Archives: Products

Siglent SMM3000X Source Measure Unit (SMU)

The Siglent SMM3000X is a four-quadrant precision source measure unit (SMU) with one or two channels. It sources and measures up to +/-210 V and 3.03 A DC (10.5 A pulsed) at 31.8 W per channel, with 10 fA / 100 nV resolution, a 6½-digit display and up to 100,000 readings per second. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SMM3000X highlights

Four-quadrant source and measure, single or dual channel
+/-210 V, +/-3.03 A DC and +/-10.5 A pulsed
Source and measure resolution down to 10 fA and 100 nV
6.5-digit display
Sampling up to 100 ksps (0.0005 PLC interval, up to 100 PLC)
Minimum programmable pulse width 50 us; minimum trigger interval 10 us
Linear and logarithmic sweep plus list mode with 10 us minimum interval
Up to 100k points of internal storage with timestamps
5-inch capacitive touchscreen with Graph, Roll and Measurement Results views

Models

Model	Channels	Rating
SMM3311X	1	+/-210 V / 3.03 A / 31.8 W
SMM3312X	2	+/-210 V / 3.03 A / 31.8 W

Where the SMM3000X fits

Semiconductor characterization (I-V curves of diodes and transistors)
Nano-scale devices and materials
Organic semiconductors
Power device pulse testing, e.g. GaN and SiC switching loss characterization
Multi-segment stress profiling and irregular transient tests

Key Specifications

Spec	Value
Channels	1 (SMM3311X) or 2 (SMM3312X)
Voltage range	+/-210 V
Current range	+/-3.03 A DC, +/-10.5 A pulsed
Power	31.8 W
Resolution	10 fA / 100 nV
Voltage accuracy	0.015% + 225 uV
Current accuracy	0.1% + 100 pA
Display digits	6.5
Max sampling rate	100 ksps
Min pulse width	50 us
Internal storage	Up to 100k points with timestamps
Display	5-inch touchscreen

Siglent SMM3000X in Israel

Buy the SMM3000X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SMM3000X?

The Siglent SMM3000X is a four-quadrant precision source measure unit (SMU) with one or two channels. It sources and measures up to +/-210 V and 3.03 A DC (10.5 A pulsed) at 31.8 W per channel, with 10 fA / 100 nV resolution, a 6½-digit display and up to 100,000 readings per second.

Which SMM3000X models are there?

SMM3311X (channels 1, rating +/-210 V / 3.03 A / 31.8 W); SMM3312X (channels 2, rating +/-210 V / 3.03 A / 31.8 W).

Where can I buy the Siglent SMM3000X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SMM3000X? Contact Pertech.

Siglent SPS6000X 1500 W Wide-Range Programmable DC Power Supply

The Siglent SPS6000X is a 1500 W wide-range programmable switching DC power supply in a 1U, 19-inch chassis: 200 V / 25 A (SPS6225X) or 100 V / 50 A (SPS6150X). Up to five units of the same model run in parallel for more power. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SPS6000X highlights

1500 W rated power, wide-range output with automatic voltage/current range switching
Up to five chassis of the same model can be paralleled to expand output power
CV / CC priority mode selection
Load transient recovery time < 2.5 ms
Adjustable slew rates: voltage 0.001-4 V/ms, current 0.001-2.4 A/ms
Protection: OVP, OCP, OTP and limit power protection (LPP, about 102% of rated power)
Internal output discharge circuit and remote sense
Local list function with up to 50 steps; external analog voltage control and V/I monitor outputs
1U (44 mm) height, 19-inch width for rack mounting

Models

Model	Channels	Rating
SPS6225X	1	200 V / 25 A / 1500 W
SPS6150X	1	100 V / 50 A / 1500 W

Where the SPS6000X fits

High-power bench and ATE racks (1U)
Capacitive loads and devices with high inrush current (adjustable slew rate)
Systems that need more than 1500 W (up to five units in parallel)

Key Specifications

Spec	Value
Outputs	1
Rated voltage	200 V (SPS6225X) / 100 V (SPS6150X)
Rated current	25 A (SPS6225X) / 50 A (SPS6150X)
Rated power	1500 W
Setting / readback resolution	10 mV, 10 mA
Setting accuracy	Voltage 0.1% +/- 10 mV; current 0.2% +/- 30 mA
Readback accuracy	Voltage 0.1% +/- 20 mV; current 0.2% +/- 40 mA
Load transient recovery	< 2.5 ms
Voltage slew rate	0.001-4 V/ms
Current slew rate	0.001-2.4 A/ms
Display	3.12-inch OLED
Size	1U (44 mm) height, 19-inch width

Siglent SPS6000X in Israel

Buy the SPS6000X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SPS6000X?

The Siglent SPS6000X is a 1500 W wide-range programmable switching DC power supply in a 1U, 19-inch chassis: 200 V / 25 A (SPS6225X) or 100 V / 50 A (SPS6150X). Up to five units of the same model run in parallel for more power.

Which SPS6000X models are there?

SPS6225X (channels 1, rating 200 V / 25 A / 1500 W); SPS6150X (channels 1, rating 100 V / 50 A / 1500 W).

Where can I buy the Siglent SPS6000X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SPS6000X? Contact Pertech.

Siglent SPD4000X 4-Channel Programmable Linear DC Power Supply

The Siglent SPD4000X is a programmable linear DC power supply with four independent outputs in a 3U half-rack box. Three models deliver 240 W, 285 W or 400 W in total, with 1 mV / 1 mA resolution, output response under 50 us, remote sense on the high-current channels and live voltage and current waveforms on screen. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SPD4000X highlights

Up to four independent, controllable outputs; CH2 and CH3 support series and parallel connection
Total rated output power of 240 W, 285 W or 400 W
5-digit voltage and current display with 1 mV / 1 mA minimum resolution
Fast output response time: < 50 us
Remote voltage compensation sense on the high-current channels, up to 0.6 V compensation
Real-time waveform display of voltage and current for all 4 channels, plus timer display mode
List function: 50 steps natively, 8 built-in list sequences, list files importable via USB
Up to 4 channels in a 3U half-rack package
Embedded web server for browser control, no software installation needed

Models

Model	Channels	Outputs
SPD4323X	4	CH1 0-6 V / 0-3.2 A; CH2 0-32 V / 0-3.2 A; CH3 0-32 V / 0-3.2 A; CH4 0-6 V / 0-3.2 A
SPD4121X	4	CH1 0-15 V / 0-1.5 A; CH2 0-12 V / 0-10 A; CH3 0-12 V / 0-10 A; CH4 0-15 V / 0-1.5 A
SPD4306X	4	CH1 0-15 V / 0-1.5 A; CH2 0-30 V / 0-6 A; CH3 0-30 V / 0-6 A; CH4 0-15 V / 0-1 A

Where the SPD4000X fits

Powering multi-rail embedded boards from one supply
R&D benches that need 4 isolated rails
Production test with LAN and SCPI control

Key Specifications

Spec	Value
Outputs	4 independent channels
Rated voltage	32 V, 12 V or 30 V (by model)
Rated output power	240 W, 285 W or 400 W (by model)
Max channel current	3.2 A (SPD4323X), 10 A (SPD4121X), 6 A (SPD4306X)
Resolution	1 mV, 1 mA
Setting accuracy	Voltage +/-(0.03% of reading + 10 mV); current +/-(0.3% of reading + 10 mA)
Readback accuracy	Voltage +/-(0.03% of reading + 10 mV); current +/-(0.3% of reading + 10 mA)
Output response time	< 50 us
Remote sense compensation	Up to 0.6 V (high-current channels)
Display	4.3-inch TFT-LCD, 480 x 272
Protection	Overvoltage (OVP) and overcurrent (OCP)
Form factor	3U half rack

Siglent SPD4000X in Israel

Buy the SPD4000X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SPD4000X?

The Siglent SPD4000X is a programmable linear DC power supply with four independent outputs in a 3U half-rack box. Three models deliver 240 W, 285 W or 400 W in total, with 1 mV / 1 mA resolution, output response under 50 us, remote sense on the high-current channels and live voltage and current waveforms on screen.

Which SPD4000X models are there?

SPD4323X (channels 4, outputs CH1 0-6 V / 0-3.2 A; CH2 0-32 V / 0-3.2 A; CH3 0-32 V / 0-3.2 A; CH4 0-6 V / 0-3.2 A); SPD4121X (channels 4, outputs CH1 0-15 V / 0-1.5 A; CH2 0-12 V / 0-10 A; CH3 0-12 V / 0-10 A; CH4 0-15 V / 0-1.5 A); SPD4306X (channels 4, outputs CH1 0-15 V / 0-1.5 A; CH2 0-30 V / 0-6 A; CH3 0-30 V / 0-6 A; CH4 0-15 V / 0-1 A).

Where can I buy the Siglent SPD4000X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SPD4000X? Contact Pertech.

Siglent SDG8000A High-Speed Arbitrary Waveform Generator

The Siglent SDG8000A is a 2- or 4-channel arbitrary waveform generator with 4 GHz output at 10 GSa/s (5 GHz at 12 GSa/s with an option), 16-bit resolution and 2 Gpts per channel (4 Gpts with an option). Options add vector signal output up to 2 GHz bandwidth, high-speed serial patterns and multi-level sequencing. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SDG8000A highlights

2 or 4 channels, 4 GHz at 10 GSa/s; 5 GHz at 12 GSa/s with an option
16-bit vertical resolution
2 Gpts per channel, 4 Gpts with an option
Multi-level sequence playback: Segment, Sequence, Scenario (option)
Vector signal output up to 2 GHz bandwidth (option)
PRBS and high-speed serial up to 1.25 Gbps (option)
Bluetooth, OFDM, IoT, LTE and WiFi signals with SigIQPro
EasyPulse low-jitter pulses; multi-tone and chirp (option)
Single-ended and differential outputs; built-in 250 GB SSD

Models

Model	Max frequency	Channels	Waveform length
SDG8002A	4 GHz at 10 GSa/s, 5 GHz at 12 GSa/s	2	2 Gpts, optional 4 Gpts
SDG8004A	4 GHz at 10 GSa/s, 5 GHz at 12 GSa/s	4	2 Gpts, optional 4 Gpts

Where the SDG8000A fits

Wireless communications and RF testing
Power device switching-parameter and dynamic-characteristic measurement
Industrial and scientific research test
Interference immunity testing with noise, frequency hopping and LFM signals

Key Specifications

Spec	Value
Max output frequency	4 GHz at 10 GSa/s, 5 GHz at 12 GSa/s
Channels	2 or 4
Sample rate	10 GSa/s, optional 12 GSa/s (interpolation)
Vertical resolution	16-bit
Waveform memory	2 Gpts per channel; 4 Gpts option
Modulation bandwidth	Up to 2 GHz (option)
PRBS	Up to 1.25 Gbps (option)
Modulation	AM, DSB-AM, FM, PM, FSK, ASK, PSK, PWM
Built-in waveforms	196
Storage	250 GB SSD
Display	7-inch touch screen

Siglent SDG8000A in Israel

Buy the SDG8000A from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SDG8000A?

The Siglent SDG8000A is a 2- or 4-channel arbitrary waveform generator with 4 GHz output at 10 GSa/s (5 GHz at 12 GSa/s with an option), 16-bit resolution and 2 Gpts per channel (4 Gpts with an option). Options add vector signal output up to 2 GHz bandwidth, high-speed serial patterns and multi-level sequencing.

Which SDG8000A models are there?

SDG8002A (max frequency 4 GHz at 10 GSa/s, 5 GHz at 12 GSa/s, channels 2, waveform length 2 Gpts, optional 4 Gpts); SDG8004A (max frequency 4 GHz at 10 GSa/s, 5 GHz at 12 GSa/s, channels 4, waveform length 2 Gpts, optional 4 Gpts).

Where can I buy the Siglent SDG8000A in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SDG8000A? Contact Pertech.

Siglent SDG3000X Function/Arbitrary Waveform Generator

The Siglent SDG3000X is a 2-channel function and arbitrary waveform generator at 80, 160 or 200 MHz, with 1.2 GSa/s, 16-bit resolution, 20 Mpts per channel (40 Mpts with an option) and up to 20 Vpp output, built on Siglent’s TrueArb and EasyPulse technologies. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SDG3000X highlights

80/160/200 MHz output, 1.2 GSa/s, 16-bit vertical resolution
Arbitrary waveform length 20 Mpts per channel, 40 Mpts with an option
TrueArb and EasyPulse for high-fidelity, low-jitter signals
Maximum output amplitude 20 Vpp
Sequence playback up to 1024 segments, five operating modes
Multi-pulse output up to 30 pulses (dual pulse for power devices)
PRBS3 to PRBS32 up to 120 Mbps, custom polynomial, differential output
Vector signal output: ASK, FSK, PSK, QAM, 250 Symb/s to 50 MSymb/s (option)
AM, DSB-SC, FM, PM, FSK, ASK, PSK, PWM modulation; 196 built-in waveforms

Models

Model	Max frequency	Channels	Waveform length
SDG3082X	80 MHz	2	20 Mpts std / 40 Mpts opt
SDG3162X	160 MHz	2	20 Mpts std / 40 Mpts opt
SDG3202X	200 MHz	2	20 Mpts std / 40 Mpts opt

Where the SDG3000X fits

Double-pulse and switching tests of power devices, with an oscilloscope
Baseband and IF vector signals (option)
General lab signal generation up to 200 MHz

Key Specifications

Spec	Value
Max output frequency	80 MHz to 200 MHz
Channels	2
Sample rate	1.2 GSa/s
Vertical resolution	16-bit
Waveform length	20 Mpts std, 40 Mpts opt
Max amplitude	20 Vpp
Sequence	up to 1024 segments
Multi-pulse	up to 30 pulses
PRBS	PRBS3 to PRBS32, up to 120 Mbps
Vector symbol rate	250 Symb/s to 50 MSymb/s
Built-in waveforms	196
Display	7-inch touch screen

Siglent SDG3000X in Israel

Buy the SDG3000X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SDG3000X?

The Siglent SDG3000X is a 2-channel function and arbitrary waveform generator at 80, 160 or 200 MHz, with 1.2 GSa/s, 16-bit resolution, 20 Mpts per channel (40 Mpts with an option) and up to 20 Vpp output, built on Siglent’s TrueArb and EasyPulse technologies.

Which SDG3000X models are there?

SDG3082X (max frequency 80 MHz, channels 2, waveform length 20 Mpts std / 40 Mpts opt); SDG3162X (max frequency 160 MHz, channels 2, waveform length 20 Mpts std / 40 Mpts opt); SDG3202X (max frequency 200 MHz, channels 2, waveform length 20 Mpts std / 40 Mpts opt).

Where can I buy the Siglent SDG3000X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SDG3000X? Contact Pertech.

Siglent SSG6M80A Multi-Channel Phase-Coherent Signal Generator

The Siglent SSG6M80A is a 2- or 4-channel phase-coherent analog signal generator from 9 kHz to 13.6 GHz or 20 GHz, with -135 dBc/Hz phase noise at 1 GHz (10 kHz offset, typical) and independent frequency, amplitude and phase on every channel. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SSG6M80A highlights

2 or 4 phase-coherent channels, up to 13.6 GHz / 20 GHz
Phase noise -135 dBc/Hz at 1 GHz, 10 kHz offset (typ.)
Independent frequency, amplitude and phase per channel
Intra-device and inter-device phase coherence; phase memory function
Phase fluctuation under 1.5 degrees at 10 GHz over 5 hours (+/-2 C)
Level range -110 dBm to +25 dBm, level error <= 0.7 dB (typ.)
Multi-unit sync via 10 MHz and 1 GHz reference outputs
Standard OCXO; FM and PM modulation; optional pulse and pulse train
Step or list sweep up to 65,535 points

Models

Model	Frequency	Channels
SSG6283A	9 kHz to 13.6 GHz (CW)	2
SSG6285A	9 kHz to 20 GHz (CW)	2
SSG6483A	9 kHz to 13.6 GHz (CW)	4
SSG6485A	9 kHz to 20 GHz (CW)	4

Where the SSG6M80A fits

Beamforming
Phased-array systems
MIMO testing
Differential signal generation
Multi-tone measurements

Key Specifications

Spec	Value
Frequency range	9 kHz to 13.6 GHz or 20 GHz
Channels	2 or 4
Frequency resolution	0.001 Hz
Amplitude resolution	0.01 dB
Level range	-110 dBm to +25 dBm
Level error	<= 0.7 dB (typ.)
Phase noise	-135 dBc/Hz at 1 GHz, 10 kHz offset (typ.)
Phase stability	< 1.5 deg, 10 GHz, 5 h, +/-2 C
Modulation	FM, PM (internal, external, Int+Ext); pulse options
I/Q modulation	Not supported
Sweep	Step or list, up to 65,535 points

Siglent SSG6M80A in Israel

Buy the SSG6M80A from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SSG6M80A?

The Siglent SSG6M80A is a 2- or 4-channel phase-coherent analog signal generator from 9 kHz to 13.6 GHz or 20 GHz, with -135 dBc/Hz phase noise at 1 GHz (10 kHz offset, typical) and independent frequency, amplitude and phase on every channel.

Which SSG6M80A models are there?

SSG6283A (frequency 9 kHz to 13.6 GHz (CW), channels 2); SSG6285A (frequency 9 kHz to 20 GHz (CW), channels 2); SSG6483A (frequency 9 kHz to 13.6 GHz (CW), channels 4); SSG6485A (frequency 9 kHz to 20 GHz (CW), channels 4).

Where can I buy the Siglent SSG6M80A in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SSG6M80A? Contact Pertech.

Siglent SSG6082A-V RF Vector Signal Generator

The Siglent SSG6082A-V is a vector signal generator from 9 kHz to 8 GHz with phase noise below -132 dBc/Hz at 1 GHz (10 kHz offset, typical) and a -140 dBm to +30 dBm level range. Its internal IQ baseband is 500 MHz wide (1 GHz RF modulation bandwidth with an option), and with SigIQPro it generates 5G NR, LTE, WLAN, Bluetooth and IoT signals. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SSG6082A-V highlights

Frequency up to 8 GHz, 0.001 Hz resolution
Phase noise < -132 dBc/Hz at 1 GHz, 10 kHz offset (typ.)
Level setting range -140 dBm to +30 dBm
Amplitude accuracy <= 0.7 dB (typ.)
500 MHz internal IQ baseband; 1 GHz RF modulation bandwidth with an option
Real-time QAM, FSK, ASK, PSK, multi-tone; waveform file and sequence playback
5G NR, WLAN, LTE, Bluetooth, IoT signals with SigIQPro software
Real-time IQ baseband AWGN for receiver measurements
S-parameter (S2P) compensation in vector mode; supports pre-distorted signals and MIMO

Models

Model	Frequency	IQ modulation
SSG6082A-V	9 kHz to 8 GHz (CW); IQ 10 MHz to 8 GHz	Yes

Where the SSG6082A-V fits

5G NR, LTE, WLAN and IoT receiver testing
MIMO and multi-unit test setups
Transmitter simulation with test-fixture (S2P) compensation

Key Specifications

Spec	Value
Frequency range	9 kHz to 8 GHz (CW), 10 MHz to 8 GHz (IQ)
Frequency resolution	0.001 Hz
Amplitude resolution	0.01 dB
Level range	-140 dBm to +30 dBm
Amplitude accuracy	<= 0.7 dB (typ.)
Phase noise	< -132 dBc/Hz at 1 GHz, 10 kHz offset (typ.)
IQ baseband	500 MHz internal; 1 GHz RF bandwidth (B1000 option)
Analog modulation	AM, FM, PM; internal and external
Pulse	Pulse modulation, pulse train, user-defined sequences (optional)
Protocols (SigIQPro)	5G NR, LTE, WLAN, Bluetooth, IoT, GSM/EDGE, WCDMA/HSPA+

Siglent SSG6082A-V in Israel

Buy the SSG6082A-V from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SSG6082A-V?

The Siglent SSG6082A-V is a vector signal generator from 9 kHz to 8 GHz with phase noise below -132 dBc/Hz at 1 GHz (10 kHz offset, typical) and a -140 dBm to +30 dBm level range. Its internal IQ baseband is 500 MHz wide (1 GHz RF modulation bandwidth with an option), and with SigIQPro it generates 5G NR, LTE, WLAN, Bluetooth and IoT signals.

Which SSG6082A-V models are there?

SSG6082A-V (frequency 9 kHz to 8 GHz (CW); IQ 10 MHz to 8 GHz, iq modulation Yes).

Where can I buy the Siglent SSG6082A-V in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SSG6082A-V? Contact Pertech.

Siglent SSG5000X and SSG5000X-V RF Signal Generator

The Siglent SSG5000X is an RF signal generator from 9 kHz to 4 GHz or 6 GHz with up to +26 dBm output (typical) and -120 dBc/Hz phase noise at 1 GHz. The SSG5000X-V models add internal IQ modulation (75 MHz bandwidth standard, 150 MHz with an option), custom digital modulation and ARB playback with real-time AWGN. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SSG5000X highlights

Frequency up to 4 GHz / 6 GHz
Maximum output power up to +26 dBm (typ.)
Phase noise -120 dBc/Hz at 1 GHz, 20 kHz offset (typ.)
0.001 Hz frequency setting resolution
-V models: internal IQ modulation, factory calibrated; 150 MHz bandwidth with an option
-V models: custom mode for QAM, PSK, ASK, FSK, MSK at up to 120 Msps
-V models: analog differential I/Q outputs and external I/Q input
ARB playback with multi-carrier, real-time AWGN and CCDF display
User-programmable flatness correction and USB power meter measurement

Models

Model	Frequency	IQ modulation
SSG5040X	9 kHz to 4 GHz (CW)	No
SSG5060X	9 kHz to 6 GHz (CW)	No
SSG5040X-V	9 kHz to 4 GHz (CW); IQ 10 MHz to 4 GHz	Yes
SSG5060X-V	9 kHz to 6 GHz (CW); IQ 10 MHz to 6 GHz	Yes

Where the SSG5000X fits

Digital wireless signal generation for R&D and education
Receiver sensitivity and AWGN tests
Manufacturing test of RF modules

Key Specifications

Spec	Value
Frequency range	9 kHz to 4 GHz or 6 GHz
IQ mode range (-V)	10 MHz to 4 GHz or 6 GHz
Frequency resolution	0.001 Hz
Amplitude resolution	0.01 dB
Max output power	+26 dBm (typ.)
Phase noise	-120 dBc/Hz at 1 GHz, 20 kHz offset (typ.)
IQ modulation bandwidth (-V)	75 MHz standard; 150 MHz option
Custom IQ sample rate (-V)	up to 120 Msps
Analog modulation	AM, FM, PM; internal, external or Int+Ext
Pulse	Single, double pulse and pulse train (option)
Display	5-inch TFT capacitive touch screen

Siglent SSG5000X in Israel

Buy the SSG5000X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SSG5000X?

The Siglent SSG5000X is an RF signal generator from 9 kHz to 4 GHz or 6 GHz with up to +26 dBm output (typical) and -120 dBc/Hz phase noise at 1 GHz. The SSG5000X-V models add internal IQ modulation (75 MHz bandwidth standard, 150 MHz with an option), custom digital modulation and ARB playback with real-time AWGN.

Which SSG5000X models are there?

SSG5040X (frequency 9 kHz to 4 GHz (CW), iq modulation No); SSG5060X (frequency 9 kHz to 6 GHz (CW), iq modulation No); SSG5040X-V (frequency 9 kHz to 4 GHz (CW); IQ 10 MHz to 4 GHz, iq modulation Yes); SSG5060X-V (frequency 9 kHz to 6 GHz (CW); IQ 10 MHz to 6 GHz, iq modulation Yes).

Where can I buy the Siglent SSG5000X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SSG5000X? Contact Pertech.

Siglent SSG5000A Microwave Signal Generator

The Siglent SSG5000A is a microwave analog signal generator from 9 kHz to 13.6 GHz or 20 GHz, with -120 dBc/Hz phase noise at 1 GHz (20 kHz offset, typical), 0.001 Hz resolution, a standard OCXO reference and AM, FM and PM modulation. Pulse modulation and pulse trains are options. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SSG5000A highlights

Frequency up to 13.6 GHz / 20 GHz
0.001 Hz frequency setting resolution
Level setting -130 dBm to +25 dBm (with LP attenuator option)
Phase noise -120 dBc/Hz at 1 GHz, 20 kHz offset (typ.)
Level error <= 0.7 dB (typ.)
AM, FM, PM with internal, external or Int+Ext source
Single pulse, double pulse and pulse train generator (option)
Power meter control kit for power measurement and line-loss correction
Standard OCXO reference

Models

Model	Frequency	IQ modulation
SSG5083A	9 kHz to 13.6 GHz (CW)	No
SSG5085A	9 kHz to 20 GHz (CW)	No

Where the SSG5000A fits

Receiver and component testing up to 20 GHz
Local oscillator substitution in R&D
Production test with remote control over LAN or USB

Key Specifications

Spec	Value
Frequency range	9 kHz to 13.6 GHz or 20 GHz
Frequency resolution	0.001 Hz
Amplitude resolution	0.01 dB
Level range	-130 dBm to +25 dBm (with LP option)
Level error	<= 0.7 dB (typ.)
Phase noise	-120 dBc/Hz at 1 GHz, 20 kHz offset (typ.)
Modulation	AM, FM, PM; pulse modulation and pulse train (options)
Reference	OCXO (standard)
Display	5-inch TFT capacitive touch screen
Upgrade	13.6 GHz to 20 GHz upgrade available (SSG5080A-F85)

Siglent SSG5000A in Israel

Buy the SSG5000A from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SSG5000A?

The Siglent SSG5000A is a microwave analog signal generator from 9 kHz to 13.6 GHz or 20 GHz, with -120 dBc/Hz phase noise at 1 GHz (20 kHz offset, typical), 0.001 Hz resolution, a standard OCXO reference and AM, FM and PM modulation. Pulse modulation and pulse trains are options.

Which SSG5000A models are there?

SSG5083A (frequency 9 kHz to 13.6 GHz (CW), iq modulation No); SSG5085A (frequency 9 kHz to 20 GHz (CW), iq modulation No).

Where can I buy the Siglent SSG5000A in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SSG5000A? Contact Pertech.

Siglent SHA860A Handheld Signal Analyzer

The Siglent SHA860A is a handheld signal analyzer from 9 kHz to 3.6 GHz or 7.5 GHz with -165 dBm/Hz DANL and an 8.4-inch touch screen. With options it adds 110 MHz analysis bandwidth, real-time spectrum analysis, 5G NR and LTE over-the-air measurement, a 2-port vector network analyzer, cable and antenna test and GNSS coverage mapping. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SHA860A highlights

9 kHz to 3.6/7.5 GHz (5 kHz usable)
DANL -165 dBm/Hz; SSB phase noise -104 dBc/Hz at 1 GHz, 10 kHz offset
Analysis bandwidth 40 MHz, or 110 MHz with an option
Real-time spectrum analysis in 110 MHz, 300,000 FFT/s, 100% POI 3.51 us (option)
5G NR OTA and LTE FDD/TDD OTA measurement (options)
1-path 2-port VNA (S11/S21), 114 dB S21 dynamic range (option)
Cable and antenna test: cable loss, return loss, VSWR, distance to fault (option)
Indoor and outdoor coverage mapping with GNSS location (options)
8.4-inch multi-touch screen, 2.5 h battery, 3.2 kg

Models

Model	Frequency	RBW	DANL
SHA861A	9 kHz to 3.6 GHz	1 Hz to 10 MHz	-165 dBm/Hz
SHA862A	9 kHz to 7.5 GHz	1 Hz to 10 MHz	-165 dBm/Hz

Where the SHA860A fits

5G/LTE base station deployment and maintenance
Interference hunting and spectrum monitoring
Coverage mapping, indoor and outdoor
Cable and antenna fault finding
Field strength (EMF) and EMI measurements

Key Specifications

Spec	Value
Frequency range	9 kHz to 3.6 GHz or 7.5 GHz (5 kHz usable)
RBW	1 Hz to 10 MHz, 1-3-10 sequence
DANL	-165 dBm/Hz
Phase noise	-104 dBc/Hz at 1 GHz, 10 kHz offset
Total amplitude accuracy	+/-0.7 dB
Analysis bandwidth	40 MHz standard; 110 MHz option
Real-time	300,000 FFT/s, 100% POI 3.51 us (option)
IQ acquisition	1 GB RAM, 300 MHz sample rate, 110 MHz bandwidth (option)
Source	Independent source to 7.5 GHz
Display / battery / weight	8.4-inch multi-touch, 2.5 h, 3.2 kg

Siglent SHA860A in Israel

Buy the SHA860A from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SHA860A?

The Siglent SHA860A is a handheld signal analyzer from 9 kHz to 3.6 GHz or 7.5 GHz with -165 dBm/Hz DANL and an 8.4-inch touch screen. With options it adds 110 MHz analysis bandwidth, real-time spectrum analysis, 5G NR and LTE over-the-air measurement, a 2-port vector network analyzer, cable and antenna test and GNSS coverage mapping.

Which SHA860A models are there?

SHA861A (frequency 9 kHz to 3.6 GHz, rbw 1 Hz to 10 MHz, danl -165 dBm/Hz); SHA862A (frequency 9 kHz to 7.5 GHz, rbw 1 Hz to 10 MHz, danl -165 dBm/Hz).

Where can I buy the Siglent SHA860A in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SHA860A? Contact Pertech.

Siglent SHS1000X Isolated Handheld Oscilloscope

The Siglent SHS1000X is a fully isolated handheld oscilloscope: two isolated channels at 100 MHz or 200 MHz (1 GSa/s, 12 Mpts), a true RMS multimeter, and a CAT III 600 Vrms / CAT II 1000 Vrms rating, with standard I2C, SPI, UART, CAN and LIN decoding in an IP51 housing. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SHS1000X highlights

Full isolation between both scope channels, multimeter, power adapter and USB port
Isolation rating CAT III 600 Vrms, CAT II 1000 Vrms on scope and multimeter inputs
SPO technology: up to 100,000 wfm/s (normal) and 400,000 wfm/s (sequence mode)
1 GSa/s single-channel, 500 MSa/s per channel with two channels; up to 12 Mpts
Standard serial trigger and decode: I2C, SPI, UART, CAN, LIN
Hardware-based true RMS 6000-count multimeter
Up to 4-channel measurement trend graphing storing 3.5 M points
256-level intensity grading and color temperature display
IP51 dust and drip-proof housing tested to IEC60529

Models

Model	Bandwidth	Channels	Sample rate	Memory	Isolation
SHS1102X	100 MHz	2	1 GSa/s	12 Mpts	1000 V CAT II, 600 V CAT III
SHS1202X	200 MHz	2	1 GSa/s	12 Mpts	1000 V CAT II, 600 V CAT III

Where the SHS1000X fits

Floating measurements on power electronics and motor drives
On-site decoding of automotive and embedded buses (CAN, LIN, I2C, SPI, UART)
Field and lab work where channels must be isolated

Key Specifications

Spec	Value
Bandwidth	100 MHz or 200 MHz
Channels	2 isolated scope channels + 1 multimeter channel
Sample rate	1 GSa/s (1 channel), 500 MSa/s (2 channels)
Memory depth	12 Mpts (1 channel), 6 Mpts (2 channels)
Waveform capture rate	100,000 wfm/s normal, 400,000 wfm/s sequence
Isolation	CAT III 600 Vrms, CAT II 1000 Vrms
Multimeter	6000 counts (about 3.5 digits), hardware true RMS
Triggers	Edge, slope, pulse width, window, runt, interval, timeout, pattern
Serial decode	I2C, SPI, UART, CAN, LIN (standard)
Display	5.6-inch TFT-LCD, 640 x 480
Ingress protection	IP51 (IEC60529)

Siglent SHS1000X in Israel

Buy the SHS1000X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SHS1000X?

The Siglent SHS1000X is a fully isolated handheld oscilloscope: two isolated channels at 100 MHz or 200 MHz (1 GSa/s, 12 Mpts), a true RMS multimeter, and a CAT III 600 Vrms / CAT II 1000 Vrms rating, with standard I2C, SPI, UART, CAN and LIN decoding in an IP51 housing.

Which SHS1000X models are there?

SHS1102X (bandwidth 100 MHz, channels 2, sample rate 1 GSa/s, memory 12 Mpts, isolation 1000 V CAT II, 600 V CAT III); SHS1202X (bandwidth 200 MHz, channels 2, sample rate 1 GSa/s, memory 12 Mpts, isolation 1000 V CAT II, 600 V CAT III).

Where can I buy the Siglent SHS1000X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SHS1000X? Contact Pertech.

Siglent SHS800X Handheld Oscilloscope and Multimeter

The Siglent SHS800X is a handheld 2-channel oscilloscope at 100 MHz or 200 MHz (1 GSa/s, 12 Mpts) with an isolated 6000-count true RMS multimeter, a recorder and logger, serial trigger and decode and FFT, in an IP51 housing with a battery that lasts up to 5.5 hours. Pertech, an authorized Siglent distributor in Israel, quotes in ILS with local invoicing, handles warranty in Israel and arranges calibration and repair.

SHS800X highlights

2-channel oscilloscope, true RMS multimeter, recorder, sample and measurement logger, serial trigger and decode, FFT
1 GSa/s single-channel, 500 MSa/s per channel with two channels
Record length up to 12 Mpts (6 Mpts per channel with two channels)
Waveform recording up to 22 hours
6000-count multimeter: DCV, ACV, DCI, ACI, resistance, diode, capacitance, continuity
1 Mpts FFT with peaks and markers
Intelligent trigger: edge, slope, pulse width, window, runt, interval, timeout (dropout), pattern
IP51 dust and drip-proof housing tested to IEC60529
UL2054 certified 6900 mAh lithium battery, up to 5.5 hours without charge

Models

Model	Bandwidth	Channels	Sample rate	Memory
SHS810X	100 MHz	2	1 GSa/s	12 Mpts
SHS820X	200 MHz	2	1 GSa/s	12 Mpts

Where the SHS800X fits

Field service and on-site troubleshooting away from the bench
Maintenance work in dusty or damp places (IP51 housing)
Long recordings of slow signals, up to 22 hours

Key Specifications

Spec	Value
Bandwidth	100 MHz or 200 MHz
Channels	2 scope channels (non-isolated) + 1 isolated multimeter channel
Sample rate	1 GSa/s (1 channel), 500 MSa/s (2 channels)
Memory depth	12 Mpts (1 channel), 6 Mpts (2 channels)
Multimeter	6000 counts, true RMS
FFT	1 Mpts
Display	5.6-inch TFT-LCD, 640 x 480
Battery	6900 mAh lithium, UL2054 certified, up to 5.5 h
Ingress protection	IP51 (IEC60529)
Dimensions	276 x 168 x 68 mm
Weight	1.75 kg

Siglent SHS800X in Israel

Buy the SHS800X from Pertech, an authorized Siglent distributor in Israel: quotes in ILS and local invoicing, warranty handled in Israel, calibration and repair arranged through Pertech, some models in stock in Israel, and technical support from Pertech engineers.

Frequently asked questions

What is the Siglent SHS800X?

The Siglent SHS800X is a handheld 2-channel oscilloscope at 100 MHz or 200 MHz (1 GSa/s, 12 Mpts) with an isolated 6000-count true RMS multimeter, a recorder and logger, serial trigger and decode and FFT, in an IP51 housing with a battery that lasts up to 5.5 hours.

Which SHS800X models are there?

SHS810X (bandwidth 100 MHz, channels 2, sample rate 1 GSa/s, memory 12 Mpts); SHS820X (bandwidth 200 MHz, channels 2, sample rate 1 GSa/s, memory 12 Mpts).

Where can I buy the Siglent SHS800X in Israel?

From Pertech, an authorized Siglent distributor in Israel. Contact Pertech for a quote in ILS, availability and help choosing the model and options.

Who handles warranty and calibration in Israel?

Pertech handles Siglent warranty in Israel: you return the unit to Pertech and Pertech deals with Siglent. Pertech also arranges calibration and repair.

Can Pertech help me set it up?

Yes. Pertech engineers help with setup and application questions for Siglent instruments bought through Pertech.

Related Siglent products at Pertech

Need a quote for the Siglent SHS800X? Contact Pertech.

J&D Tech PowerViser – Power Supply and Current Monitor

J&D Tech PowerViser is a power supply and voltage/current monitor for developing battery-powered and low-power products. It supplies the target from 2 to 9 V, measures current on a high-current path up to 5.1 A and a low-current path up to 320 mA, and shows live graphs with minimum, maximum and average values on a Windows PC or an Android phone over USB or Bluetooth. Pertech, a J&D Tech representative, sells and ships it worldwide.

PowerViser highlights

Programmable supply 2 to 9 V, 1.25 mV resolution
High-current path 0 to 5.1 A (156.25 uA resolution); low-current path 0 to 320 mA (10 uA)
Voltage and current graphs with min, max and average on one screen
Compare two points in time; markers and captures saved to file
Capture start and stop conditions and triggers
Current limits on the main and USB outputs to protect the target
Windows software and a dedicated Android app; USB 2.0 and Bluetooth 2.0 + EDR

Where PowerViser fits

Smartphones, tablets, wearables and fitness trackers
IoT devices, sensors, Bluetooth products and smart-home devices
Any battery product whose firmware must be tuned for current and voltage

Key Specifications

Spec	Value
Voltage range	2 to 9 V, 1.25 mV resolution
High-current path	0 to 5.1 A, 156.25 uA resolution
Low-current path	0 to 320 mA, 10 uA resolution
Interfaces	USB 2.0; Bluetooth 2.0 + EDR
Software	Windows (98 to 10); Android app
Power adapter	12 V / 6 A
Size	75 x 125 x 17 mm

Frequently asked questions

What is PowerViser?

PowerViser is J&D Tech’s power supply and voltage/current monitor for development boards. It powers the target and records its voltage and current so you can optimize power consumption.

What current ranges does it measure?

Two paths: high current from 0 to 5.1 A at 156.25 uA resolution, and low current from 0 to 320 mA at 10 uA resolution. Voltage is set and measured from 2 to 9 V at 1.25 mV resolution.

Can I monitor from a phone?

Yes. Besides the Windows software, PowerViser has a dedicated Android app connected over Bluetooth, with the same settings as the PC software.

Can it protect my board?

Yes. You can set current limits on the main and USB outputs to cut power when the current goes out of range.

Where can I buy PowerViser?

Pertech, a J&D Tech representative, sells and ships PowerViser worldwide. Contact Pertech for a quote, a demo or help choosing the right edition.

Related J&D Tech products at Pertech

Optimizing power on a battery product? Contact Pertech for a quote.

J&D Tech CodeViser – JTAG Debugger for Automotive MCUs and Arm

J&D Tech CodeViser is a JTAG emulator for embedded software development on automotive MCUs and Arm processors. With the CVD (CodeViser Debugger) software on a Windows PC it debugs C, C++ and assembly code at source level, controls multi-core SMP, AMP and big.LITTLE targets, programs flash, and is OS aware for Linux, Android and common RTOSs. CVD editions cover 32-bit and 64-bit Arm, Infineon TriCore (AURIX), RISC-V, Andes and Qualcomm QDSP6. Pertech, a J&D Tech representative, sells and ships it worldwide.

CodeViser highlights

Arm ARM7/9/11, Cortex-A, Cortex-R and Cortex-M, Armv7 and Armv8 64-bit
CVD editions for Infineon TriCore (AURIX), RISC-V, Andes and Qualcomm QDSP6
Multi-core SMP, AMP and big.LITTLE debugging with no extra license
Linux and Android awareness: kernel, modules, libraries, processes, threads, U-Boot
RTOS awareness: FreeRTOS, ThreadX, Nucleus, uC/OS-II, eCos, AMX, L4 and more
Hardware, software, conditional and automatic breakpoints; semihosting and DCC
Flash programming: NOR, NAND, OneNAND, moviNAND, iNAND and internal flash
.csf and .cmm script support; CVD API for your own software; function and symbol profiling
JTAG and Serial Wire Debug; JTAG clock 1 kHz to 50 MHz

CVD editions

Editions

Edition	Processors
CVD	32-bit Arm (ARM7/9/11, Cortex-A/R/M, XScale, Faraday)
CVD64	64-bit Arm (Armv8)
CVD TriCore	Infineon TriCore (AURIX), e.g. TC2xx
CVD Risc-V	RISC-V cores
CVD_ANDES	Andes cores
CodeViser QDSP6	Qualcomm QDSP6 DSP

Where CodeViser fits

Automotive ECU software on AURIX TriCore MCUs
Board bring-up and BSP work on Arm application processors
Linux and Android kernel and driver debugging
Flash programming in the lab and on small production runs

Key Specifications

Spec	Value
Host interface	High-speed USB 2.0
Target connectors	JTAG 20, 14 and 16-pin; DAP 10, 20 and 26-pin
Debug interfaces	JTAG, Serial Wire Debug
Target voltage	1.8 to 5 V
JTAG clock	1 kHz to 50 MHz
Download speed	More than 700 KB/s
Power	USB or DC 5 V / 2 A adapter
Size	76 x 128 x 18 mm
Image formats	ELF, AXF, COFF, DWARF 1/2/3/4, EXE
Host software	CVD (CodeViser Debugger) for Windows
Updates	Firmware updated through CVD

Frequently asked questions

What is CodeViser?

CodeViser is J&D Tech’s JTAG emulator. Together with the CVD debugger on a Windows PC it debugs embedded software, controls multi-core targets and programs flash.

Which CVD edition do I need?

Choose by processor: CVD for 32-bit Arm, CVD64 for 64-bit Arm (Armv8), CVD TriCore for Infineon AURIX, CVD Risc-V, CVD_ANDES for Andes cores and CodeViser QDSP6 for Qualcomm DSPs. Pertech will confirm the edition for your chip.

Does it support AURIX automotive MCUs?

Yes, through the CVD TriCore edition. TriCore is the CPU core of Infineon’s AURIX family; J&D Tech’s brochure lists TriCore TC2xx.

Is multi-core debugging an extra cost?

No. J&D Tech states that no additional license is needed for multi-core debugging in CVD.

Can it program flash?

Yes: NOR, NAND, OneNAND, moviNAND, iNAND and the internal flash of many chipsets, with device and script files for each flash. Several CodeVisers can program several boards at once.

Does it run my .cmm scripts?

CVD is compatible with .cmm script files as well as its own .csf scripts.

Where can I buy CodeViser?

Pertech, a J&D Tech representative, sells and ships CodeViser worldwide. Contact Pertech for a quote, a demo or help choosing the right edition.

Related J&D Tech products at Pertech

Debugging an AURIX or Arm target? Contact Pertech for a quote or a demo.

ScanWorks Boundary-Scan Test – JTAG Board Test and Programming

ASSET InterTech ScanWorks Boundary-Scan Test applies IEEE 1149.1 and 1149.6 boundary scan (JTAG) to test, diagnose and program circuit boards in development, manufacturing and repair. Tests are model-based and generated from the board netlist, so interconnect, pull-up and pull-down, memory and cluster tests are ready in minutes, and failures are reported down to the pin and net. The same tests and programming flows move from the lab to the production line and to contract manufacturers without changes. Pertech is an ASSET InterTech distributor.

ScanWorks highlights

Model-based, automatic test generation for IEEE 1149.1 and 1149.6 nets
Interconnect, pull-up/pull-down, memory (DDR, SRAM and more), cluster and scripted tests
Diagnostics to the failing pin and net, with a graphical board view
In-system programming of NOR and NAND flash, SPI and I2C PROMs, FPGAs and CPLDs (IEEE 1532, SVF, STAPL)
Design browser that imports CAD and schematic data from many vendors
Runs from its GUI or from any test executive or language through APIs
Controllers on USB, Ethernet, PCIe, PCI and PXI; delay compensation on Ethernet and PCIe
IJTAG (IEEE 1687) instrument access and an ICL/PDL validator

Development, production and repair

Engineers build and debug tests with a developer license. Operators run the finished test plans with an operator license: the job folder carries its own library of BSDL files, package definitions and scripts, so a program built in one site runs unchanged at a contract manufacturer. Operator mode lets technicians run the full sequence, a group of tests or a single test, and saving changes requires a developer password. ScanWorks can also share the work with in-circuit, flying-probe and functional testers.

Where ScanWorks fits

Structural test of dense boards with few test points
Production test and programming lines and contract manufacturers
Repair stations diagnosing returned boards
SoC and board teams reusing embedded instruments through IJTAG

Key Specifications

Spec	Value
Standards	IEEE 1149.1, IEEE 1149.6, IEEE 1687 (IJTAG), IEEE 1532
Tests	Scan path, interconnect, pull-up/pull-down, memory, cluster, flash, I2C, SPI, scripted
Programming	NOR/NAND flash, SPI and I2C PROMs, FPGAs, CPLDs; SVF, STAPL, SREC, HEX
Diagnostics	Failing pins and nets (opens, shorts), graphical board view
Controllers	USB, Ethernet, PCIe, PCI, PXI; TCK up to 50 MHz; I/O 0.8 to 3.3 V (5 V)
Integration	APIs for test executives and programming languages; works alongside ICT, MDA, flying-probe and functional testers
Licenses	Developer and operator; perpetual, with optional annual support and maintenance
Host	Windows 32/64-bit

Frequently asked questions

What is ScanWorks Boundary-Scan Test?

It is ASSET InterTech’s boundary-scan (JTAG) software for testing, diagnosing and programming circuit boards, based on IEEE 1149.1 and 1149.6.

Which tests does it run?

Scan path integrity, interconnect, pull-up and pull-down, memory, cluster tests of non-boundary-scan devices, and scripted tests for any device reachable through boundary-scan pins.

How precise are the diagnostics?

ScanWorks reports the failing pins and nets, such as opens and shorts, and shows them on a graphical view of the board.

Can it program devices on the board?

Yes: NOR and NAND flash, SPI and I2C PROMs, FPGAs and CPLDs, using IEEE 1532, SVF, STAPL and other formats.

How is it licensed?

Developer licenses create and edit tests; operator licenses run them in production. Licenses are perpetual, with optional annual support and maintenance for updates.

Where can I buy ScanWorks in Israel?

Pertech is an ASSET InterTech distributor in Israel. Contact Pertech for a quote, a demo or an evaluation, or to check that your platform and debug header are supported.

Related ASSET InterTech products at Pertech

Adding boundary scan to your test line? Contact Pertech for a quote, a demo or an evaluation.

Arium ECM-XDP3e – JTAG Run-Control Probe for Intel

Arium ECM-XDP3e is ASSET InterTech’s JTAG run-control probe for Intel targets with an XDP debug port. Together with SourcePoint for Intel it gives real-time debug straight out of reset for BIOS, UEFI, device drivers, OS kernels and embedded applications on Intel Core, Xeon and Atom platforms. It connects to the host over USB 2.0 or Gigabit Ethernet and covers platforms from Skylake onward; the earlier ECM-XDP3 serves older generations. Pertech is an ASSET InterTech distributor.

the ECM-XDP3e highlights

Run control from reset with SourcePoint for Intel
60-pin XDP debug port connector; adapters for MIPI and SFF-26 headers
Host connection over USB 2.0 or 10/100/1000BASE-T Ethernet
JTAG TCK up to 28 MHz; downloads above 200 KB/s
Multi-processor (SMP) support and access to all registers
Trigger in and trigger out lines
Small form factor and a built-in self-diagnostic test suite

Where the ECM-XDP3e fits

BIOS and UEFI bring-up on Intel boards with an XDP header
Shared lab setups: several probes on one floating SourcePoint license
Remote debug of targets over Ethernet

Key Specifications

Spec	Value
Model	Arium ECM-XDP3e
Target connector	60-pin XDP; MIPI and SFF-26 via adapter
Processors	Intel Core, Xeon, Atom; platforms from Skylake onward
Host connection	USB 2.0; 10/100/1000BASE-T Ethernet
JTAG TCK	Up to 28 MHz
Download speed	More than 200 KB/s
Trigger in / out	50 ohm, 155 ns / 125 ns maximum delay
Dimensions	3.8 x 5.0 x 1.5 in (97 x 127 x 38 mm)
Operating environment	0 to 31 °C, up to 85% humidity
Software	SourcePoint for Intel

Frequently asked questions

What is the Arium ECM-XDP3e?

It is ASSET InterTech’s JTAG run-control probe that connects SourcePoint for Intel to the XDP debug port of an Intel target.

ECM-XDP3e or ECM-XDP3?

The ECM-XDP3e supports platforms from Skylake onward. The earlier ECM-XDP3 covers older generations.

What if my board has a MIPI or SFF-26 header?

The MIPI debug header has a different pinout from XDP, so it needs the MIPI adapter. Boards with a 26-pin small-form-factor header use the XDP-SFF-26 adapter.

Can several probes share one license?

Yes. A floating SourcePoint license on a license server can be shared between several probes.

Where can I buy the Arium ECM-XDP3e in Israel?

Pertech is an ASSET InterTech distributor in Israel. Contact Pertech for a quote, a demo or an evaluation, or to check that your platform and debug header are supported.

Related ASSET InterTech products at Pertech

Choosing a probe for your Intel board? Contact Pertech for a quote, a demo or an evaluation.

SourcePoint for Arm – JTAG Debug and Trace for Arm SoCs

ASSET InterTech SourcePoint for Arm is a JTAG and SWD debugger with integrated trace for multi-core Arm SoCs, from Cortex-M microcontrollers to Cortex-A application processors. It works with the CoreSight trace macrocells (ETM, PTM, ITM, HTM and STM) to show exactly which code ran, with trace statistics, code profiling and call charts, and supports Linux kernel and application debug, including insmod modules and debug from board reset. Pertech is an ASSET InterTech distributor.

SourcePoint for Arm highlights

Multi-core and heterogeneous-core debug with independent core control
CoreSight trace: multiple ETMs, PTM, ITM, HTM and STM
Trace data mining, statistics, code profiling and call charts
JTAG and Serial Wire Debug (SWD)
Linux kernel, module (insmod), process and shared-library debug
ThreadX and Micro-C/OS II awareness; semihosting
Advanced breakpoints and multi-level triggers

Where SourcePoint for Arm fits

Arm SoC bring-up from board reset
Embedded Linux kernel and driver debug
Performance analysis with ETM-based profiling
RTOS applications on Cortex-M and Cortex-R

Key Specifications

Spec	Value
Cores	Arm11, Arm926, Cortex-M0/M0+/M3/M4, Cortex-R4/R5/R7, Cortex-A5/A7/A8/A9/A15/A53/A57
Devices (examples)	NXP i.MX and Kinetis, TI Sitara and OMAP, Xilinx Zynq-7000 and Zynq UltraScale+, Intel (Altera) Cyclone V SoC
Interfaces	JTAG, SWD
Trace	CoreSight ETM, PTM, ITM, HTM, STM
OS awareness	Linux, ThreadX, Micro-C/OS II
Compilers	GNU, Arm, IAR, Green Hills
Host	Windows and Linux

Frequently asked questions

What is SourcePoint for Arm?

It is ASSET InterTech’s JTAG/SWD debugger with integrated CoreSight trace for multi-core Arm SoCs.

Which Arm devices are supported?

Cores from Arm11 and Cortex-M0 to Cortex-A57, in devices from NXP, TI, Xilinx, Intel (Altera) and others. Pertech can check your specific SoC.

Can it debug embedded Linux?

Yes: kernel code, dynamically loaded modules, processes and shared libraries, with debug available from board reset.

Where can I buy SourcePoint for Arm in Israel?

Pertech is an ASSET InterTech distributor in Israel. Contact Pertech for a quote, a demo or an evaluation, or to check that your platform and debug header are supported.

Related ASSET InterTech products at Pertech

Debugging an Arm SoC? Contact Pertech for a quote, a demo or an evaluation.

SourcePoint for AMD – JTAG UEFI Debugger for AMD EPYC

ASSET InterTech SourcePoint for AMD brings SourcePoint’s run control and source-level UEFI debug to AMD EPYC server processors. It is built for server board bring-up and platform validation, where low-level firmware problems show up as intermittent, hard-to-reproduce bugs, and supports multi-core targets with non-intrusive, real-time debug. ASSET lists support for the EPYC Rome, Milan and Genoa generations. Pertech is an ASSET InterTech distributor.

SourcePoint for AMD highlights

Support for AMD EPYC Rome, Milan and Genoa
UEFI source-level debug
Non-intrusive, real-time run control
Multi-core debug with independent views
Advanced breakpoints and high-speed downloads
Automatic target acquisition

Where SourcePoint for AMD fits

Server and data-center board bring-up on AMD EPYC
UEFI and BIOS development for AMD platforms
Platform validation and intermittent firmware failures

Key Specifications

Spec	Value
Processors	AMD EPYC: Rome, Milan, Genoa
Debug	Run control, source-level UEFI debug, advanced breakpoints
Targets	Multi-core, multiprocessor
Host	Windows

Frequently asked questions

What is SourcePoint for AMD?

It is ASSET InterTech’s JTAG debugger for AMD EPYC server processors, with run control and source-level UEFI debug.

Which AMD processors are supported?

ASSET lists the EPYC Rome, Milan and Genoa generations. Ask Pertech about newer EPYC parts.

Where can I buy SourcePoint for AMD in Israel?

Pertech is an ASSET InterTech distributor in Israel. Contact Pertech for a quote, a demo or an evaluation, or to check that your platform and debug header are supported.

Related ASSET InterTech products at Pertech

Bringing up an AMD EPYC server? Contact Pertech for a quote, a demo or an evaluation.

SourcePoint WinDbg – JTAG Debug with Windows OS Awareness

ASSET InterTech SourcePoint WinDbg joins SourcePoint’s JTAG hardware debug with Microsoft’s WinDbg, so engineers get Windows OS awareness on top of run control that reaches below the operating system. It brings SourcePoint’s SMM and VMM breakpoints, Intel Processor Trace, Architectural Event Trace and a VMCS viewer and editor to Windows kernel, hypervisor and security research, including work on features such as VBS enclaves, HLAT and System Guard. A lower-cost Home edition is available for individual researchers. Pertech is an ASSET InterTech distributor.

SourcePoint WinDbg highlights

Windows OS awareness through integration with Microsoft WinDbg
JTAG run control below the OS: SMM and VMM (hypervisor) breakpoints
Intel Processor Trace and Architectural Event Trace of the code that actually ran
VMCS viewer and editor for hypervisor state
Debug from the reset vector through UEFI and into Windows boot
Home edition for individual researchers

Where SourcePoint WinDbg fits

Windows kernel and driver debug where software debuggers cannot reach
Hypervisor and virtualization-based security research
Analysing Windows boot, from early boot to the first SMI
Security teams verifying platform protections on real hardware

Key Specifications

Spec	Value
Base	SourcePoint for Intel with Microsoft WinDbg integration
Breakpoints	SMM, VMM, hardware and software
Trace	Intel Processor Trace, Architectural Event Trace
Hypervisor	VMCS viewer and editor
Editions	Standard and Home
Connection	Arium probe or Intel DCI, as SourcePoint for Intel

Frequently asked questions

What is SourcePoint WinDbg?

SourcePoint WinDbg adds Windows OS awareness to SourcePoint’s JTAG debugger through integration with Microsoft WinDbg.

Why use JTAG to debug Windows?

A JTAG debugger controls the processor from outside the operating system, so it can stop in SMM or in the hypervisor and see state that an in-OS debugger cannot, without changing the system under test.

Is there a version for individual researchers?

Yes. ASSET offers a lower-cost Home edition of SourcePoint WinDbg.

Where can I buy SourcePoint WinDbg in Israel?

Pertech is an ASSET InterTech distributor in Israel. Contact Pertech for a quote, a demo or an evaluation, or to check that your platform and debug header are supported.

Related ASSET InterTech products at Pertech

Researching Windows or hypervisor internals? Contact Pertech for a quote, a demo or an evaluation.

SourcePoint for Intel – JTAG UEFI and BIOS Debugger

ASSET InterTech SourcePoint for Intel is a JTAG-based, source-level debugger for UEFI, BIOS, boot loaders, drivers and operating-system kernels on Intel Core, Xeon and Atom platforms. It takes run control of the processor from the reset vector, before any firmware has run, and lets engineers step through PEI and DXE code, set hardware breakpoints, break on System Management Mode entry and exit, and record execution with Intel Processor Trace and the Intel Trace Hub. SourcePoint for Intel 7.14.0 (October 2026) adds Intel Nova Lake-S client silicon. Pertech is an ASSET InterTech distributor.

SourcePoint for Intel highlights

Run control from reset: halt at the reset vector and debug before memory is initialized
Source-level UEFI debug through PEI, DXE and later phases, with UEFI-aware navigation and macros
Hardware breakpoints (up to the debug registers of the processor) and unlimited software breakpoints
SMM entry and exit, reset, interrupt and other special-transition breaks; complex multi-level events
Intel Processor Trace, Architectural Event Trace and Intel Trace Hub, with a trace search call tree
Linux OS awareness with kernel and insmod module debug; multi-processor and multi-cluster targets
C-like command language and Python; Intel CScripts run from the Python command line
Code, Symbols, Registers, Memory, PCI Devices and Watch windows; .elf, .hex, .sym, .bin and PE (.exe, .dll, .efi) images

Connecting to the target

SourcePoint for Intel works with Arium run-control probes. The ECM-XDP3e connects to the 60-pin XDP debug header on platforms from Skylake onward; the earlier ECM-XDP3 covers older generations. Targets with a MIPI or SFF-26 debug header use an adapter. On Intel targets that support Direct Connect Interface (DCI), SourcePoint can connect over a single USB cable with no probe.

Where SourcePoint for Intel fits

BIOS and UEFI bring-up on new boards and new silicon
Board support package and low-level driver debug
Firmware security research: secure boot chain, SMM handlers, debug-port lock-down
Intermittent hangs and performance problems traced with Intel PT

Key Specifications

Spec	Value
Processors	Intel Core, Xeon and Atom, including Nova Lake-S (7.14.0)
Connection	Arium ECM-XDP3e or ECM-XDP3 probe (XDP), MIPI and SFF-26 via adapter, Intel DCI over USB
UEFI debug	Source level from reset through PEI and DXE; SMM breakpoints
Trace	Intel Processor Trace, Architectural Event Trace, Intel Trace Hub
Scripting	C-like command language, Python, Intel CScripts
OS awareness	Linux kernel and modules
Image formats	ELF, HEX, SYM, BIN, PE32/PE32+ (.exe, .dll, .efi)
Host	Windows and Linux
Licensing	Node-locked or floating (network) license

Frequently asked questions

What is SourcePoint for Intel?

It is ASSET InterTech’s JTAG debugger for firmware and low-level software on Intel processors, with run control from reset, source-level UEFI debug and execution trace.

Can it debug before memory is initialized?

Yes. SourcePoint halts the processor at the reset vector over JTAG, so code can be debugged before memory, BIOS or an operating system is up.

Which probe do I need?

The Arium ECM-XDP3e for XDP debug headers on Skylake and later platforms, the ECM-XDP3 for earlier ones, and an adapter for MIPI or SFF-26 headers. On targets with Intel DCI, a USB cable can replace the probe.

What do Intel CScripts add?

CScripts are Intel-provided Python scripts for platform debug, error analysis and error injection. SourcePoint runs them from its own Python command line, alongside UEFI source-level debug, and ASSET verifies new CScript releases against SourcePoint.

How is it licensed?

Node-locked to one PC, or floating on a license server so a team can share it between several probes.

Where can I buy SourcePoint for Intel in Israel?

Pertech is an ASSET InterTech distributor in Israel. Contact Pertech for a quote, a demo or an evaluation, or to check that your platform and debug header are supported.

Related ASSET InterTech products at Pertech

Bringing up an Intel platform? Contact Pertech for a quote, a demo or an evaluation.

Algocraft Write!Before – Socket Gang Programmer

Algocraft Write!Before is a socket gang programmer that programs up to eight serial memories or flash microcontrollers at once, before they are assembled on the board. A universal base unit, built on Algocraft WriteNow! technology, takes device-specific socket adapters for DIP, SDIP, SOIC, QFP, BGA and other packages, and runs standalone or connected to a PC. Pertech is an Algocraft distributor.

Write!Before highlights

Programs up to eight devices concurrently
Serial memories and flash microcontrollers
Universal, upgradable base unit with device-specific socket adapters
DIP, SDIP, SOIC, PLCC, QFP and BGA packages through adapters
Standalone with START button and PASS/FAIL LEDs, or host controlled over RS-232, USB or LAN
Programmable I/O voltage 1.6 to 5.5 V; projects stored on a built-in memory card
Project Wizard, File Merge and File Manager software

Socket adapter examples

Socket adapters

Adapter	Description
SA-WSON8-00-MEMSPI-00	4 sockets, SPI serial memories, WSON8 6 x 8 mm
SA-SO16-00-MEMSPI-00	4 sockets, SPI serial memories, SO16 300 mil
SA-QFP32-00-STM32-00	4 sockets, STM32, QFP32
SA-DIP18-00-PIC16-00	4 sockets, PIC16, DIP18
SA-DIP28-00-PIC16-00	4 sockets, PIC16, DIP28

Where Write!Before fits

Pre-programming memories and MCUs before they go to the assembly house
Boards without in-system programming access
Batch programming of spare parts and service stock
Teams already using WriteNow! projects and software

Frequently asked questions

What is Write!Before?

Write!Before is an Algocraft off-board gang programmer for serial memories and flash microcontrollers. Devices sit in sockets and up to eight are programmed at once, before they are assembled on the board.

When should I program devices before assembly instead of in-system?

When the board has no programming access, when the devices go to an outside assembler already programmed, or when a large batch of memories or microcontrollers must be programmed ahead of production. In-system programming with WriteNow! suits boards that are programmed during test.

What are socket adapters?

Socket adapters are boards that connect the programming sites to the Write!Before base unit. Each adapter carries the right socket (DIP, SDIP, SOIC, QFP, BGA and others) and wiring for a specific device. Examples: SA-WSON8-00-MEMSPI-00 and SA-SO16-00-MEMSPI-00 for SPI memories, SA-QFP32-00-STM32-00 for STM32, SA-DIP18-00-PIC16-00 and SA-DIP28-00-PIC16-00 for PIC16.

Does Write!Before need a PC?

No. It runs standalone with a START button and PASS/FAIL LEDs, or connected to a PC over RS-232, USB or LAN. Software utilities include a Project Wizard, File Merge and a File Manager.

Where can I buy the Algocraft Write!Before in Israel?

Pertech is an Algocraft distributor in Israel. Contact Pertech for a quote, a check that your devices are supported, or help planning the programming station.

Related Algocraft products at Pertech

Programming devices before assembly? Contact Pertech for a quote and the socket adapter for your package.

Algocraft MicroISP UISP1 – Single-Site In-System Programmer

Algocraft µISP is a compact, single-site in-system programmer built on the same WriteNow! technology as Algocraft’s multi-site production programmers. It programs microcontrollers, serial memories and other devices on the board through JTAG, SWD, SPI, I2C, UART and many more protocols, in the lab, on the line or in the field, and moves to WriteNow! multi-site models with the same projects when volume grows. Pertech is an Algocraft distributor.

µISP highlights

Single-site in-system programmer, 90 x 61 x 23 mm, 50 g
Universal edition or editions for one silicon vendor
Standalone with the START button or TTL control lines (START, BUSY, OK/ERR)
Host control over LAN, USB or RS-232; SDK and ASCII command protocol
Powered from USB-C or an external 5 V adapter: works as a handheld field programmer
Programmable power supply 1.5 to 12.5 V (200 mA) and programmable Vpp port
ISP lines 1.2 to 5.5 V with 6 bidirectional lines
Built-in 16 GB SD card; variable data such as serial numbers and MAC addresses
Protection mode and data encryption for firmware IP

µISP editions

Models

Model	Devices supported
UISP1-UNIVERSAL	All devices supported by Algocraft
UISP1-ARM	Arm CPUs (STM32, LPC, Kinetis, ATSAM, PSoC4, TLE98x, S32K, XMC, ADuCM, CC26xx, nRF51)
UISP1-MEMORY	SPI, I2C and Microwire serial memories
UISP1-MICROCHIP	Microchip and Atmel devices
UISP1-NXP	NXP devices
UISP1-STM	STMicroelectronics devices
UISP1-INFINEON	Infineon and Cypress devices
UISP1-TI	Texas Instruments devices
UISP1-RENESAS	Renesas devices
UISP1-SILICONLABS	Silicon Labs devices

Where µISP fits

R&D labs moving a programming flow toward production
Small production lines and rework stations
In-field firmware updates, powered from a laptop USB port
Parallel stations built from several units on a USB hub or LAN switch

Key Specifications

Spec	Value
Programming sites	1
Power supply	USB-C powered or external 5 V
Programmable power supply	1.5 to 12.5 V, 200 mA
ISP lines	1.2 to 5.5 V, 6 bidirectional lines
Programming protocols	JTAG, SWD, UART, SPI/QSPI, BDM, SWIM, I2C, DAP, cJTAG, C2, ICSP, PDI, UPDI, FINE, MUST/MICE, MON08, ISSP, ICC, MDI, OUT, PSI5, SBW and custom
Low-level interface	START, BUSY, OK/ERR (5 V compatible)
Host interfaces	LAN, USB, RS-232
Storage	Built-in 16 GB SD card
ISP connector	Box header 8×2, 2 mm pitch
Dimensions	90.0 x 60.9 x 23.4 mm with enclosure; 74 x 47.5 x 11 mm without
Weight	50 g
Compliance	CE, FCC, RoHS
Package contents	µISP1 unit, 5 V AC adapter, USB/LAN cables, test board, DIN41612 48-way adapter

Frequently asked questions

What is the Algocraft µISP?

µISP is a compact single-site in-system programmer built on Algocraft WriteNow! technology. It programs microcontrollers, serial memories and other devices on the board, standalone with a START button or under the control of a PC or an ATE.

Which µISP edition should I choose?

UISP1-UNIVERSAL supports every device in the Algocraft list. The vendor editions (Arm, serial memories, Microchip, NXP, ST, Infineon, TI, Renesas, Silicon Labs) cover one manufacturer, whatever the family or protocol. Pertech will match the edition to your parts.

Can µISP work without a PC?

Yes. The project, binaries and programming flow are stored on its 16 GB SD card. Press START, or drive the START line from a fixture, and the BUSY/PASS/FAIL LED shows the result. Powered from USB-C, it also works as a handheld programmer in the field.

Can I program several boards in parallel with µISP?

Yes. Several µISP units connected through a USB hub or a LAN switch form a parallel programming system. For one compact multi-site unit, the WriteNow! 2, 4 and 8 run the same projects.

Does it support older devices that need a Vpp voltage?

Yes. µISP has a programmable Vpp port for devices that need a high voltage to enter programming mode, and a programmable power supply output of 1.5 to 12.5 V (200 mA).

Where can I buy the Algocraft µISP in Israel?

Pertech is an Algocraft distributor in Israel. Contact Pertech for a quote, a check that your devices are supported, or help planning the programming station.

Related Algocraft products at Pertech

Need one programmer for the lab and the line? Contact Pertech for a quote or a device support check.

Starter Kit i.MX7 – i.MX7-MB Base Board and i.MX7-CM SoM

Ronetix Starter Kit i.MX7 is a ready-to-run development kit for the Ronetix iMX7-CM System-on-Module with NXP i.MX7 Dual. It contains the i.MX7-MB base board, the module, a power supply and an SD card with Yocto pre-installed. The base board brings out two Gigabit Ethernet ports, CAN, a MikroBUS socket, Mini PCIe, LVDS with touch and a MIPI-CSI camera input, and Ronetix publishes its datasheet, schematics and the U-Boot, Linux kernel and Yocto sources. Pertech is a Ronetix distributor.

i.MX7 starter kit highlights

Base board i.MX7-MB
CPU module (System-on-Module)
Power supply
SD card with Yocto pre-installed: boots out of the box
Base board: 2x Gigabit Ethernet, USB 2.0 host and OTG, USB debug UART, micro-SD, Mini PCIe
LVDS display with touch-panel interface, MIPI-CSI camera for the OV5640
CAN bus header, MikroBUS connector, GPIO headers, audio jacks
Base-board schematics published by Ronetix

Where the i.MX7 starter kit fits

Evaluating the iMX7-CM for industrial gateways
CAN and dual-Ethernet application development
Adding sensors through MikroBUS click boards
A schematic reference for your own i.MX7 carrier

Key Specifications

Spec	Value
Contents	i.MX7-MB, i.MX7-CM, power supply, SD card with Yocto
Module	NXP i.MX7D, 2x Cortex-A7 1 GHz, SO-DIMM 204
Ethernet	2x 10/100/1000BASE-T, RJ45
USB	USB 2.0 host Type A, USB 2.0 OTG micro AB, USB debug UART1 and UART2
Storage and expansion	micro-SD, Mini PCIe, MikroBUS
Display	LVDS, touch-panel interface
Camera	MIPI-CSI for OV5640
Other	CAN bus header, GPIO headers, 3.5 mm headphone and microphone jacks
Software and files	U-Boot, Linux kernel, Yocto; datasheet and schematics

Frequently asked questions

What is in the Starter Kit i.MX7?

The i.MX7-MB base board, the i.MX7-CM System-on-Module, a power supply and an SD card with Yocto pre-installed.

Are the base-board schematics available?

Yes. Ronetix publishes the i.MX7-MB datasheet and schematics.

Can I debug and program it with PEEDI?

Ronetix lists PEEDI as a development tool for the i.MX7-CM, for JTAG debugging and standalone flash programming.

Where can I buy the Starter Kit i.MX7 in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Starting an i.MX7 industrial design? Contact Pertech for a quote, availability or help choosing the right module.

Starter Kit i.MX8M – i.MX8M-MB Base Board and i.MX8M-CM SoM

Ronetix Starter Kit i.MX8M is a ready-to-run development kit for the Ronetix SO-DIMM System-on-Modules. It contains the i.MX8M-MB base board, the iMX8M-CM module with NXP i.MX8M, a power supply and an SD card with Yocto pre-installed. The base board brings out HDMI and LVDS displays with touch, USB 3.0, M.2 PCIe, a MIPI-CSI camera input and audio, and Ronetix publishes its datasheet and the U-Boot, Linux kernel and Yocto sources. Pertech is a Ronetix distributor.

i.MX8M starter kit highlights

Base board i.MX8M-MB
CPU module (System-on-Module)
Power supply
SD card with Yocto pre-installed: boots out of the box
Base board: Gigabit Ethernet, USB 3.0 host Type A and Type C, USB debug UART, micro-SD, M.2 PCIe
HDMI and LVDS displays with touch-panel interface
MIPI-CSI camera for the OV5640, audio jacks and 1 W speakers

Where the i.MX8M starter kit fits

Evaluating the iMX8M-CM and other Ronetix SO-DIMM modules
HDMI and touch-display application development
Camera bring-up
Software work before custom hardware is ready

Key Specifications

Spec	Value
Contents	i.MX8M-MB, i.MX8M-CM, power supply, SD card with Yocto
Module	NXP i.MX8M, 4x Cortex-A53 1.5 GHz, SO-DIMM 204
Ethernet	10/100/1000BASE-T, RJ45
USB	USB 3.0 host Type A, USB 3.0 Type C, USB debug UART1 and UART2
Storage and expansion	micro-SD, M.2 PCIe
Display	HDMI, LVDS, touch-panel interface
Camera	MIPI-CSI for OV5640
Audio	3.5 mm headphone and microphone jacks, 1 W speakers
Software	U-Boot, Linux kernel, Yocto

Frequently asked questions

What is in the Starter Kit i.MX8M?

The i.MX8M-MB base board, the i.MX8M-CM System-on-Module, a power supply and an SD card with Yocto pre-installed.

Can I use the iMX8M-MINI-CM or iMX8M-NANO-CM on this base board?

Ronetix names this starter kit for the iMX8M-MINI-CM and iMX8M-NANO-CM modules as well. Ask Pertech to confirm the combination you need.

Is software included?

Yes. Yocto is pre-installed on the SD card, and Ronetix publishes U-Boot, Linux kernel and Yocto for the kit.

Where can I buy the Starter Kit i.MX8M in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Want to start on i.MX8M today? Contact Pertech for a quote, availability or help choosing the right module.

Starter Kit i.MX8MM-COMPACT – Base Board and Compact SoM

Ronetix Starter Kit i.MX8MM-COMPACT is a ready-to-run development kit for the Ronetix 40 x 30 mm compact System-on-Modules. It contains the i.MX8MM-COMPACT-MB base board, the i.MX8MM-COMPACT-CM module with NXP i.MX8M Mini, a power supply and an SD card with Yocto pre-installed, so the board boots Linux on the first power-up. Pertech is a Ronetix distributor.

i.MX8MM-COMPACT starter kit highlights

Base board i.MX8MM-COMPACT-MB
CPU module (System-on-Module)
Power supply
SD card with Yocto pre-installed: boots out of the box
Base board: Gigabit Ethernet, USB 2.0 host and micro AB, USB debug UART, micro-SD, M.2 PCIe
LVDS display, MIPI-CSI camera for the OV5640, audio jacks and 1 W speakers
Two Hirose DF40 connectors for the compact module

Where the i.MX8MM-COMPACT starter kit fits

Evaluating the compact i.MX8M modules
Starting Linux and application development on day one
Display and camera bring-up
A reference before designing your own carrier

Key Specifications

Spec	Value
Contents	i.MX8MM-COMPACT-MB, i.MX8MM-COMPACT-CM, power supply, SD card with Yocto
Module	NXP i.MX8M Mini, 4x Cortex-A53 1.8 GHz, 40 x 30 mm
Ethernet	10/100/1000BASE-T, RJ45
USB	USB 2.0 host Type A, USB 2.0 micro AB, USB debug UART2 and UART4
Storage and expansion	micro-SD, M.2 PCIe
Display	LVDS
Camera	MIPI-CSI for OV5640
Audio	3.5 mm headphone and microphone jacks, 1 W speakers
Software	Yocto, Linux kernel, U-Boot

Frequently asked questions

What is in the Starter Kit i.MX8MM-COMPACT?

The i.MX8MM-COMPACT-MB base board, the i.MX8MM-COMPACT-CM System-on-Module, a power supply and an SD card with Yocto pre-installed.

Does it work out of the box?

Yes. The SD card is pre-installed with Yocto, so the kit boots Linux on first power-up.

Can I use other compact modules on this base board?

The base board uses Hirose DF40 connectors compatible with the i.MX8MM-COMPACT-CM. Ask Pertech about using the iMX8MN-COMPACT-CM.

Where can I buy the Starter Kit i.MX8MM-COMPACT in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Want to start on i.MX8M Mini today? Contact Pertech for a quote, availability or help choosing the right module.

RNX-OSM-CARRIER – Carrier Board for OSM Modules

Ronetix RNX-OSM-CARRIER is a development carrier board for Open Standard Module (OSM) System-on-Modules of all sizes. The OSM module is soldered onto a small RNX-OSM-ADAPTER board, which plugs into the carrier through four 100-pin Hirose DF40 connectors, so modules can be replaced easily. The carrier brings out Ethernet, USB, HDMI, LVDS, RGB, MIPI, M.2 PCIe, audio, CAN and PMOD. Ronetix publishes the adapter schematics, stencil Gerbers and a 3D model, and offers the Altium project on request. Pertech is a Ronetix distributor.

RNX-OSM-CARRIER highlights

Development board for OSM modules of all sizes
RNX-OSM-ADAPTER board on 4x 100-pin Hirose DF40 connectors for easy module replacement
2x Gigabit Ethernet, USB 2.0 and 3.0, USB debug UART
HDMI, LVDS, MIPI-DSI, RGB parallel display and MIPI-CSI
M.2 PCIe, micro-SD, audio jack and 1 W speakers
2x CAN, 3x PMOD, GPIO headers
Adapter schematics, stencil Gerbers, 3D model; Altium project on request

Where the RNX-OSM-CARRIER fits

Evaluating the RNX-iMX93-OSM or RNX-RZG2UL-OSM
Software development on OSM modules
A reference for your own OSM carrier design
Display and camera bring-up

Key Specifications

Spec	Value
Model	RNX-OSM-CARRIER
Module	OSM, all sizes, via RNX-OSM-ADAPTER
Module connection	4x Hirose DF40 100-pin connectors
Ethernet	2x 10/100/1000BASE-T, RJ45
USB	USB 2.0 OTG (micro AB), USB 2.0 host (Type A), USB 3.0 (Type C), USB 3.0 host (Type A), USB debug UART
Storage and expansion	micro-SD, M.2 PCIe
Display	HDMI, LVDS, MIPI-DSI, RGB parallel
Camera	MIPI-CSI
Audio	3.5 mm headphone and microphone jack, 1 W speakers
Other	2x CAN, 3x PMOD, GPIO headers
Design files	Datasheet, adapter schematics, stencil Gerbers, 3D STEP model; Altium project on request

Frequently asked questions

What is the RNX-OSM-CARRIER?

It is a Ronetix development carrier board for OSM System-on-Modules of all sizes, using an adapter board that carries the soldered module.

Should I choose this board or the v2.0?

Choose v2.0 if you swap modules often or test modules in production: its LGA662 socket needs no soldering. This board suits development on modules of all sizes and comes with published adapter design files.

Which modules does it support?

Ronetix lists the RNX-iMX93-OSM and RNX-RZG2UL-OSM as mating products.

Where can I buy the RNX-OSM-CARRIER in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Evaluating an OSM module? Contact Pertech for a quote, availability or help choosing the right module.

RNX-SMARC-CARRIER – Carrier Board for SMARC Modules

Ronetix RNX-SMARC-CARRIER is a 170 x 170 mm development carrier board for System-on-Modules in the SMARC (Smart Mobility Architecture) format. It brings out the module’s interfaces to standard connectors: two Gigabit Ethernet ports, USB 2.0 and 3.0, HDMI, LVDS, MIPI-DSI and MIPI-CSI, M.2 PCIe, audio, CAN and three PMOD connectors, so you can evaluate a module and start software work before your own carrier exists. Ronetix makes the complete Altium project available on request. Pertech is a Ronetix distributor.

RNX-SMARC-CARRIER highlights

Development board for SMARC modules, 170 x 170 mm
2x Gigabit Ethernet RJ45
USB 2.0 OTG, USB 2.0 host, USB 3.0 host Type A and USB 3.0 Type C
HDMI, LVDS, MIPI-DSI and MIPI-CSI connectors
M.2 PCIe, micro-SD, audio jack and 1 W speakers
2x CAN connectors, 3x PMOD, GPIO headers
Complete Altium project available on request from Ronetix

Where the RNX-SMARC-CARRIER fits

Evaluating the RNX-iMX93-SMARC, RNX-iMX95-SMARC or RNX-RZV2N-SMARC
Software development before custom hardware is ready
A reference design for your own SMARC carrier
Display and camera bring-up

Key Specifications

Spec	Value
Model	RNX-SMARC-CARRIER
Module	SMARC (Smart Mobility Architecture)
Board size	170 x 170 mm
Ethernet	2x 10/100/1000BASE-T, RJ45
USB	USB 2.0 OTG (micro AB), USB 2.0 host (Type A), USB 3.0 host (Type A), USB 3.0 (Type C), USB debug UART
Storage and expansion	micro-SD, M.2 PCIe
Display	HDMI, LVDS, MIPI-DSI
Camera	MIPI-CSI
Audio	3.5 mm headphone and microphone jack, 1 W speakers
Other	2x CAN, 3x PMOD, GPIO headers
Design files	Datasheet; complete Altium project on request

Frequently asked questions

What is the RNX-SMARC-CARRIER?

It is a Ronetix development carrier board for SMARC System-on-Modules that brings out their interfaces to standard connectors.

Which modules does it support?

SMARC-format modules. Ronetix lists the RNX-iMX93-SMARC as a mating product, and it is the carrier Ronetix names for the RNX-iMX95-SMARC and RNX-RZV2N-SMARC.

Can I use it as a reference for my own carrier?

Yes. Ronetix offers the complete Altium project for this board on request.

Where can I buy the RNX-SMARC-CARRIER in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Evaluating a SMARC module? Contact Pertech for a quote, availability or help choosing the right module.

RNX-OSM-CARRIER v2.0 – OSM Carrier Board with LGA662 Socket

Ronetix RNX-OSM-CARRIER v2.0 is a carrier board for development and mass-production test of Open Standard Module (OSM) v1.2 modules in sizes S, M and L. The module is clamped in an LGA662 socket, so it can be exchanged in seconds without soldering. Most module signals can be checked with loopback jumpers on the pin headers, and the USB debug console is powered from the USB cable, so the test log is captured from power-up. Pertech is a Ronetix distributor.

RNX-OSM-CARRIER v2.0 highlights

LGA662 socket for OSM v1.2 modules, sizes S, M and L
Swap modules in seconds, no soldering
Built for development and mass-production testing
Loopback test of UART, SPI, GPIO, CAN and ADC via jumpers on 2.54 mm headers
USB-powered debug console captures the log from power-up
JTAG/SWD 10-pin 1.27 mm connector for a debugger such as PEEDI

How the production test works

Insert an OSM module in the socket, close the clamp and power the board. Loopback jumpers on the 2.54 mm headers connect the module’s UART, SPI, GPIO, CAN and ADC pins back to themselves, so a test script on the module can check each interface. The USB debug console runs from USB power, so the whole boot log is recorded. Open the clamp and insert the next module: no soldering, no rework.

Where the RNX-OSM-CARRIER v2.0 fits

Developing on OSM modules before committing to a soldered design
Production test of OSM modules before they are soldered onto your board
Comparing i.MX93, RZ/G2UL and RZ/V2N modules on one board
Camera and display bring-up with Raspberry Pi CM4-style MIPI connectors

Key Specifications

Spec	Value
Model	RNX-OSM-CARRIER v2.0
Module	OSM v1.2, sizes S, M and L, LGA662 socket
Power	12 V via 2.1 mm DC jack or 4-pin Molex Mini-Fit; power switch
Ethernet	2x 10/100/1000BASE-T, RJ45
USB	USB 2.0 OTG (micro AB), USB 2.0 host (Type A), 2x USB 3.0 host (stacked Type A), USB debug UART (micro AB)
Storage and expansion	micro-SD, M.2 Key E (PCIe, optional USB 2.0)
Display	HDMI, dual-channel LVDS, 4-lane MIPI-DSI (Raspberry Pi CM4 pinout), RGB parallel headers
Camera	2x 4-lane MIPI-CSI (Raspberry Pi CM4 pinout)
Audio	PMOD Type 7 (I2S)
Debug	JTAG/SWD, 10-pin 1.27 mm
Headers	UART, SPI/QSPI, I2C, PWM, GPIO, CAN, ADC; boot-mode jumpers; RTC coin cell
Mating modules	RNX-iMX93-OSM, RNX-RZG2UL-OSM, RNX-RZV2N-OSM

Frequently asked questions

What is the RNX-OSM-CARRIER v2.0?

It is a Ronetix carrier board with an LGA662 socket for OSM v1.2 modules, built for development and for production testing of modules.

What is the difference from the original RNX-OSM-CARRIER?

The original board uses an adapter board that the module is soldered onto. Version 2.0 uses a clamp socket, so modules are exchanged without soldering, and it adds production-test features such as loopback headers.

Which modules does it accept?

OSM v1.2 modules in sizes S, M and L, including the Ronetix RNX-iMX93-OSM, RNX-RZG2UL-OSM and RNX-RZV2N-OSM.

Can I debug the module over JTAG?

Yes. The board has a 10-pin 1.27 mm JTAG/SWD connector, which fits a debugger such as the Ronetix PEEDI.

Where can I buy the RNX-OSM-CARRIER v2.0 in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Testing OSM modules in production? Contact Pertech for a quote, availability or help choosing the right module.

iMX7-CM – SO-DIMM SoM with NXP i.MX7D

Ronetix iMX7-CM is a System-on-Module on a standard SO-DIMM 204 card (67.6 x 40 mm) built on the NXP i.MX7 Dual: two Arm Cortex-A7 cores at 1 GHz with a 200 MHz Cortex-M4 co-processor. It is an industrial workhorse with two Gigabit Ethernet ports, up to seven UARTs, two CAN buses, eight ADC channels, tamper inputs and up to 96 GPIOs, for control and communication products where interfaces matter more than graphics. Pertech is a Ronetix distributor.

iMX7-CM highlights

NXP i.MX7D: 2x Arm Cortex-A7 at 1 GHz plus Cortex-M4 at 200 MHz
2x Gigabit Ethernet, up to 2x CAN, up to 7x UART
8 ADC channels, 4 tamper inputs, up to 96 GPIO
LVDS up to 1400 x 1050 and 24-bit parallel display up to 1920 x 1080
512 MiB DDR3L (up to 2 GiB), 4 GiB eMMC (up to 32 GiB)
WM8960 audio codec; optional Wi-Fi and Bluetooth 4.2
Ronetix provides standalone U-Boot, Linux kernel and Yocto

Where the iMX7-CM fits

Industrial gateways with two Ethernet ports and CAN
Protocol converters and data concentrators
Control units that need many UARTs and GPIOs
Security-sensitive devices using the tamper inputs

Key Specifications

Spec	Value
Model	iMX7-CM
Form factor	SO-DIMM 204 (JEDEC MO-274), 67.6 x 40 mm
Processor	NXP i.MX7D: 2x Cortex-A7 1 GHz, Cortex-M4 200 MHz
Memory	512 MiB DDR3L (up to 2 GiB); 4 GiB eMMC (up to 32 GiB); 64 KiB I2C EEPROM and 64 MiB QSPI NOR optional
Display	LVDS up to 1400 x 1050 at 60 Hz; 24-bit parallel up to 1920 x 1080 at 60 Hz
Camera	MIPI-CSI, 2 lanes
Network	2x Gigabit Ethernet; Wi-Fi 802.11b/g/n and Bluetooth 4.2 optional
Audio	WM8960 codec: stereo headphone, 1 W class D speaker, microphone
I/O	PCIe x1 Gen 2.1, USB 2.0 OTG, up to 7x UART, up to 2x CAN, SD/SDIO, up to 3x SPI, up to 3x I2C, up to 4x PWM, 8x ADC, 4x tamper, up to 96 GPIO
Supply	3.5 to 4.5 V
Software	Standalone U-Boot, Linux kernel, Yocto
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX7-CM?

It is a Ronetix System-on-Module on an SO-DIMM 204 card with the NXP i.MX7 Dual processor and a rich set of industrial interfaces.

Is there a starter kit?

Yes. The Starter Kit i.MX7 combines this module with the i.MX7-MB base board, a power supply and an SD card with Yocto pre-installed.

Can I program its flash in production with PEEDI?

Ronetix lists the PEEDI JTAG emulator and flash programmer as a development tool for this module; PEEDI can program NOR, NAND and DataFlash devices in standalone mode.

Where can I buy the iMX7-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Need a proven industrial i.MX7 module? Contact Pertech for a quote, availability or help choosing the right module.

iMX8M-CM – SO-DIMM SoM with NXP i.MX8M

Ronetix iMX8M-CM is a System-on-Module on a standard SO-DIMM 204 card (67.6 x 40 mm) built on the NXP i.MX8M (Quad): four Arm Cortex-A53 cores at 1.5 GHz, a 266 MHz Cortex-M4 co-processor and 3D graphics. It is the multimedia module of the SO-DIMM range, with HDMI, two MIPI-CSI cameras, two PCIe lanes and two USB 3.0 ports. Ronetix sells it alone or with the i.MX8M-MB base board as a starter kit. Pertech is a Ronetix distributor.

iMX8M-CM highlights

NXP i.MX8M: 4x Arm Cortex-A53 at 1.5 GHz plus Cortex-M4 at 266 MHz
3D graphics; NEON SIMD and VFPv4
HDMI, LVDS up to 1400 x 1050 at 60 Hz and MIPI-DSI
2x MIPI-CSI 4-lane cameras
2x PCIe x1 Gen 2.1 and 2x USB 3.0/2.0 OTG
1 GiB LPDDR4 (up to 4 GiB), 4 GiB eMMC (up to 64 GiB)
WM8960 audio codec; optional 2×2 MIMO Wi-Fi 802.11ac and Bluetooth 5.0

Where the iMX8M-CM fits

Multimedia and HDMI display products
Dual-camera devices
Gateways that need PCIe and USB 3.0 expansion
Teams starting from the i.MX8M starter kit

Key Specifications

Spec	Value
Model	iMX8M-CM
Form factor	SO-DIMM 204 (JEDEC MO-274), 67.6 x 40 mm
Processor	NXP i.MX8M: 4x Cortex-A53 1.5 GHz, Cortex-M4 266 MHz
Memory	1 GiB LPDDR4 (up to 4 GiB); 4 GiB eMMC (up to 64 GiB); 64 KiB I2C EEPROM and 64 MiB QSPI NOR optional
Display	HDMI, LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI
Camera	2x MIPI-CSI, 4 lanes
Network	Gigabit Ethernet; Wi-Fi 802.11ac 2×2 MIMO and Bluetooth 5.0 optional
Audio	WM8960 codec: stereo headphone, 1 W class D speaker, microphone
I/O	2x PCIe x1 Gen 2.1, 2x USB 3.0/2.0 OTG, up to 4x UART, SD/SDIO, up to 3x SPI, up to 3x I2C, up to 4x PWM, GPIO
Supply	3.5 to 4.5 V
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX8M-CM?

It is a Ronetix System-on-Module on an SO-DIMM 204 card with the NXP i.MX8M processor, HDMI and two MIPI-CSI cameras.

Is there a starter kit?

Yes. The Starter Kit i.MX8M combines this module with the i.MX8M-MB base board, a power supply and an SD card with Yocto pre-installed.

What supply voltage does it need?

Ronetix specifies 3.5 to 4.5 V for this module.

Where can I buy the iMX8M-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Building an HDMI or dual-camera device? Contact Pertech for a quote, availability or help choosing the right module.

iMX8M-MINI-CM – SO-DIMM SoM with NXP i.MX8M Mini

Ronetix iMX8M-MINI-CM is a System-on-Module on a standard SO-DIMM 204 card (67.6 x 40 mm) built on the NXP i.MX8M Mini: four Arm Cortex-A53 cores at 1.8 GHz, a 400 MHz Cortex-M4 co-processor, a video processing unit and a GPU. It adds PCIe and two USB OTG ports to the SO-DIMM range, with an on-module audio codec and optional Wi-Fi and Bluetooth 5.0. Pertech is a Ronetix distributor.

iMX8M-MINI-CM highlights

NXP i.MX8M Mini: 4x Arm Cortex-A53 at 1.8 GHz plus Cortex-M4 at 400 MHz
Video processing unit and GPU; NEON SIMD and VFPv4
LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI, 4-lane MIPI-CSI
PCIe x1 Gen 2.1 and 2x USB 2.0 OTG
1 GiB LPDDR4 (up to 4 GiB), 4 GiB eMMC (up to 64 GiB); optional EEPROM and 64 MiB QSPI NOR
WM8960 audio codec; optional Wi-Fi 802.11ac and Bluetooth 5.0
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the iMX8M-MINI-CM fits

Industrial HMI and control panels
Gateways and data concentrators
Medical and instrumentation devices that need long availability
Upgrading a design within the same SO-DIMM footprint

Key Specifications

Spec	Value
Model	iMX8M-MINI-CM
Form factor	SO-DIMM 204 (JEDEC MO-274), 67.6 x 40 mm
Processor	NXP i.MX8M Mini: 4x Cortex-A53 1.8 GHz, Cortex-M4 400 MHz
Memory	1 GiB LPDDR4 (up to 4 GiB); 4 GiB eMMC (up to 64 GiB); 64 KiB I2C EEPROM and 64 MiB QSPI NOR optional
Display	LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI
Camera	MIPI-CSI, 4 lanes
Network	Gigabit Ethernet; Wi-Fi 802.11ac and Bluetooth 5.0 optional
Audio	WM8960 codec: stereo headphone, 1 W class D speaker, microphone
I/O	PCIe x1 Gen 2.1, 2x USB 2.0 OTG, up to 4x UART, SD/SDIO, up to 3x SPI, up to 4x I2C, up to 4x PWM, GPIO
Supply	3.85 to 5.0 V
Software	Yocto, Linux kernel, U-Boot
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX8M-MINI-CM?

It is a Ronetix System-on-Module on an SO-DIMM 204 card with the NXP i.MX8M Mini processor.

What clock speed does it run at?

Ronetix specifies the quad Cortex-A53 at 1.8 GHz in the module description.

Which base board can I use for development?

Ronetix lists the Starter Kit i.MX8M-CM and i.MX8M-MB for this module family.

Where can I buy the iMX8M-MINI-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Using an SO-DIMM module in your design? Contact Pertech for a quote, availability or help choosing the right module.

iMX8M-NANO-CM – SO-DIMM SoM with NXP i.MX8M Nano

Ronetix iMX8M-NANO-CM is a System-on-Module on a standard SO-DIMM 204 card (67.6 x 40 mm) built on the NXP i.MX8M Nano: four Arm Cortex-A53 cores at 1.5 GHz, a 750 MHz Cortex-M7 co-processor and a two-shader GPU. The module carries an audio codec and has optional EEPROM, QSPI NOR, Wi-Fi and Bluetooth, and it shares its footprint with the other Ronetix i.MX8M SO-DIMM modules and the i.MX8M-MB base board. Pertech is a Ronetix distributor.

iMX8M-NANO-CM highlights

NXP i.MX8M Nano: 4x Arm Cortex-A53 at 1.5 GHz plus Cortex-M7 at 750 MHz
GPU with 2 shaders; NEON SIMD and VFPv4
LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI, 4-lane MIPI-CSI
1 GiB LPDDR4 (up to 4 GiB), 4 GiB eMMC (up to 64 GiB); optional 64 KiB EEPROM and 64 MiB QSPI NOR
WM8960 audio codec on the module
Gigabit Ethernet; optional Wi-Fi 802.11ac and Bluetooth 5.0
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the iMX8M-NANO-CM fits

Industrial HMI and control panels
Gateways and data concentrators
Medical and instrumentation devices that need long availability
Upgrading a design within the same SO-DIMM footprint

Key Specifications

Spec	Value
Model	iMX8M-NANO-CM
Form factor	SO-DIMM 204 (JEDEC MO-274), 67.6 x 40 mm
Processor	NXP i.MX8M Nano: 4x Cortex-A53 1.5 GHz, Cortex-M7 750 MHz
Memory	1 GiB LPDDR4 (up to 4 GiB); 4 GiB eMMC (up to 64 GiB); 64 KiB I2C EEPROM and 64 MiB QSPI NOR optional
Display	LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI
Camera	MIPI-CSI, 4 lanes
Network	Gigabit Ethernet; Wi-Fi 802.11ac and Bluetooth 5.0 optional
Audio	WM8960 codec: stereo headphone, 1 W class D speaker, microphone
I/O	USB 2.0 OTG, up to 4x UART, SD/SDIO, up to 3x SPI, up to 4x I2C, up to 4x PWM, GPIO
Supply	3.85 to 5.0 V
Software	Yocto, Linux kernel, U-Boot
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX8M-NANO-CM?

It is a Ronetix System-on-Module on an SO-DIMM 204 card with the NXP i.MX8M Nano processor.

Which base board can I use for development?

Ronetix lists the Starter Kit i.MX8M-CM and i.MX8M-MB for this module family.

Can I move to a faster module later?

Ronetix builds the iMX8M-MINI-CM and iMX8M-CM in the same SO-DIMM 204 format; check pin compatibility for your carrier with Pertech before you switch.

Where can I buy the iMX8M-NANO-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Using an SO-DIMM module in your design? Contact Pertech for a quote, availability or help choosing the right module.

iMX8MM-COMPACT-CM – Compact SoM with NXP i.MX8M Mini

Ronetix iMX8MM-COMPACT-CM is a 40 x 30 mm System-on-Module built on the NXP i.MX8M Mini: four Arm Cortex-A53 cores at 1.8 GHz with a 400 MHz Cortex-M4 co-processor, a video processing unit and a GPU. It brings PCIe and two USB OTG ports to a very small footprint, for compact multimedia and connected devices. Ronetix sells it with the i.MX8MM-COMPACT-MB base board as a starter kit. Pertech is a Ronetix distributor.

iMX8MM-COMPACT-CM highlights

NXP i.MX8M Mini: 4x Arm Cortex-A53 at 1.8 GHz plus Cortex-M4 at 400 MHz
Video processing unit and GPU; NEON SIMD and VFPv4
LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI, 4-lane MIPI-CSI
PCIe x1 Gen 2.1 and 2x USB 2.0 OTG
1 GiB LPDDR4 (up to 4 GiB), 4 GiB eMMC (up to 64 GiB)
Gigabit Ethernet; optional Wi-Fi 802.11ac and Bluetooth 4.2
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the iMX8MM-COMPACT-CM fits

Compact handheld and battery-powered devices
HMI panels with LVDS or MIPI-DSI displays
Industrial controllers with real-time tasks on the Cortex-M core
Products moving from a starter kit to a custom carrier

Key Specifications

Spec	Value
Model	iMX8MM-COMPACT-CM
Size	40 x 30 mm
Processor	NXP i.MX8M Mini: 4x Cortex-A53 1.8 GHz, Cortex-M4 400 MHz
Graphics and video	GPU, VPU; NEON SIMD and VFPv4
Memory	1 GiB LPDDR4 (up to 4 GiB); 4 GiB eMMC (up to 64 GiB)
Display	LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI
Camera	MIPI-CSI, 4 lanes
Network	Gigabit Ethernet; Wi-Fi 802.11ac and Bluetooth 4.2 optional
I/O	PCIe x1 Gen 2.1, 2x USB 2.0 OTG, up to 4x UART, SD/SDIO, up to 3x SPI, up to 4x I2C, up to 4x PWM, GPIO
Supply	3.85 to 5.0 V
Software	Yocto, Linux kernel, U-Boot
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX8MM-COMPACT-CM?

It is a Ronetix 40 x 30 mm System-on-Module with the NXP i.MX8M Mini processor.

Is there a starter kit for it?

Yes. The Starter Kit i.MX8MM-COMPACT combines this module with the i.MX8MM-COMPACT-MB base board, a power supply and an SD card with Yocto pre-installed.

Compact module or the 67 x 40 mm iMX8M-MINI-CM?

Same processor family. The compact module is 40 x 30 mm on Hirose connectors; the iMX8M-MINI-CM is an SO-DIMM 204 module with an on-board audio codec and optional EEPROM and QSPI NOR.

Where can I buy the iMX8MM-COMPACT-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Need a small i.MX8M Mini module? Contact Pertech for a quote, availability or help choosing the right module.

iMX8MN-COMPACT-CM – Compact SoM with NXP i.MX8M Nano

Ronetix iMX8MN-COMPACT-CM is a 40 x 30 mm System-on-Module built on the NXP i.MX8M Nano: four Arm Cortex-A53 cores at 1.5 GHz with a 750 MHz Cortex-M7 real-time co-processor and a GPU. It is the entry point to the i.MX 8M family in Ronetix’s compact range, for small Linux devices with a display that need to stay low in cost and power. Pertech is a Ronetix distributor.

iMX8MN-COMPACT-CM highlights

NXP i.MX8M Nano: 4x Arm Cortex-A53 at 1.5 GHz plus Cortex-M7 at 750 MHz
NEON SIMD, VFPv4 and a GPU
LVDS up to 1400 x 1050 at 60 Hz and MIPI-DSI
4-lane MIPI-CSI camera input
1 GiB LPDDR4 (up to 4 GiB), 4 GiB eMMC (up to 64 GiB)
Gigabit Ethernet; optional Wi-Fi 802.11ac and Bluetooth 4.2
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the iMX8MN-COMPACT-CM fits

Compact handheld and battery-powered devices
HMI panels with LVDS or MIPI-DSI displays
Industrial controllers with real-time tasks on the Cortex-M core
Products moving from a starter kit to a custom carrier

Key Specifications

Spec	Value
Model	iMX8MN-COMPACT-CM
Size	40 x 30 mm
Processor	NXP i.MX8M Nano: 4x Cortex-A53 1.5 GHz, Cortex-M7 750 MHz
Graphics	GPU; NEON SIMD and VFPv4
Memory	1 GiB LPDDR4 (up to 4 GiB); 4 GiB eMMC (up to 64 GiB)
Display	LVDS up to 1400 x 1050 at 60 Hz, MIPI-DSI
Camera	MIPI-CSI, 4 lanes
Network	Gigabit Ethernet; Wi-Fi 802.11ac and Bluetooth 4.2 optional
I/O	USB 2.0 OTG, up to 4x UART, SD/SDIO, up to 3x SPI, up to 4x I2C, up to 4x PWM, GPIO
Supply	3.85 to 5.0 V
Software	Yocto, Linux kernel, U-Boot
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX8MN-COMPACT-CM?

It is a Ronetix 40 x 30 mm System-on-Module with the NXP i.MX8M Nano processor.

Nano or Mini compact module?

The i.MX8M Nano module runs at 1.5 GHz with a Cortex-M7. The iMX8MM-COMPACT-CM (i.MX8M Mini) runs at 1.8 GHz with a Cortex-M4 and adds a video processing unit, PCIe and a second USB OTG port.

Is there a starter kit?

Ronetix offers a compact base board, the i.MX8MM-COMPACT-MB, sold as a starter kit with a compact module, power supply and an SD card with Yocto.

Where can I buy the iMX8MN-COMPACT-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Looking for a small, low-cost Linux module? Contact Pertech for a quote, availability or help choosing the right module.

iMX8MP-COMPACT-CM – Compact SoM with NXP i.MX8M Plus

Ronetix iMX8MP-COMPACT-CM is a 50 x 30 mm System-on-Module built on the NXP i.MX8M Plus. Four Arm Cortex-A53 cores at 1.8 GHz, a 2.3 TOP/s NPU, a 375 Mpixel/s HDR image signal processor and an 800 MHz Cortex-M7 for real-time control fit on a module smaller than a credit card, connected through three 100-pin Hirose DF40C connectors. It suits vision, AI and multimedia devices where board space is tight. Pertech is a Ronetix distributor.

iMX8MP-COMPACT-CM highlights

NXP i.MX8M Plus: 4x Arm Cortex-A53 at 1.8 GHz plus Cortex-M7 at 800 MHz
NPU, 2.3 TOP/s for machine-learning inference
HDR ISP, 375 Mpixel/s; 2x MIPI-CSI 4-lane cameras
GC7000UL GPU with OpenCL and Vulkan; video processing unit
HDMI up to 3840 x 2160 at 30 Hz, 2x LVDS, MIPI-DSI
1 GiB LPDDR4 (up to 4 GiB), 4 GiB eMMC (up to 64 GiB)
On-module WM8962 audio codec; optional Wi-Fi and Bluetooth

Where the iMX8MP-COMPACT-CM fits

Smart cameras and vision devices with on-board AI
Multimedia and HMI products with HDMI or dual LVDS
Space-constrained designs that need i.MX8M Plus performance
Industrial edge devices with real-time tasks on the Cortex-M7

Key Specifications

Spec	Value
Model	iMX8MP-COMPACT-CM
Size and connectors	50 x 30 mm; 3x 100-pin Hirose DF40C
Processor	NXP i.MX8M Plus: 4x Cortex-A53 1.8 GHz, Cortex-M7 800 MHz
AI	NPU, 2.3 TOP/s
Graphics and video	GC7000UL GPU (OpenCL, Vulkan), VPU, HDR ISP 375 Mpixel/s
Memory	1 GiB LPDDR4 (up to 4 GiB); 4 GiB eMMC (up to 64 GiB); QSPI NOR optional
Display	HDMI up to 3840 x 2160 at 30 Hz, 2x LVDS, MIPI-DSI
Camera	2x MIPI-CSI, 4 lanes
Network	Gigabit Ethernet; Wi-Fi 802.11ac and Bluetooth 4.2 optional
I/O	2x USB 3.0/2.0, PCIe 2.0 x1, up to 4x UART, SD/SDIO, up to 3x SPI, up to 4x I2C, up to 4x PWM, GPIO
Audio	WM8962 codec: stereo headphone, 1 W class D speaker, microphone
Supply	3.85 to 5.0 V
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the iMX8MP-COMPACT-CM?

It is a Ronetix 50 x 30 mm System-on-Module with the NXP i.MX8M Plus processor, its 2.3 TOP/s NPU and an HDR ISP.

How does it connect to the carrier?

Through three 100-pin Hirose DF40C board-to-board connectors.

How does it compare with the other compact modules?

The iMX8MN-COMPACT-CM and iMX8MM-COMPACT-CM are 40 x 30 mm and have no NPU. The i.MX8M Plus adds the NPU, the ISP, HDMI, dual LVDS and USB 3.0.

Where can I buy the iMX8MP-COMPACT-CM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Need i.MX8M Plus AI in a tiny footprint? Contact Pertech for a quote, availability or help choosing the right module.

RNX-RZG2UL-OSM – OSM SoM with Renesas RZ/G2UL, RZ/A3UL or RZ/Five

Ronetix RNX-RZG2UL-OSM is a solderable System-on-Module in the OSM Size-L format, 45 x 45 mm, for the Renesas RZ family of 64-bit MPUs. One footprint, three processor choices: RZ/G2UL (Arm Cortex-A55 at 1 GHz plus a Cortex-M33 at 200 MHz), RZ/A3UL (Cortex-A55 at 1 GHz) or RZ/Five (RISC-V AX45MP at 1 GHz). That lets one carrier design serve Arm and RISC-V variants of a product. Pertech is a Ronetix distributor.

RNX-RZG2UL-OSM highlights

Three SoC options on one module: RZ/G2UL, RZ/A3UL or RZ/Five (RISC-V)
RZ/G2UL: Cortex-A55 1 GHz plus Cortex-M33 200 MHz
1 GiB DDR4, 4 GiB eMMC (up to 64 GiB), optional QSPI NOR
Parallel LCD and 4-lane MIPI-CSI (G2UL and A3UL)
Gigabit Ethernet, 4x USB 2.0, 2x 12-bit ADC, I2S, up to 2x CAN
OSM Size-L LGA 662, solderable
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the RNX-RZG2UL-OSM fits

Cost-optimized industrial controllers and gateways
Evaluating RISC-V (RZ/Five) against Arm on the same carrier
Entry-level HMI with a parallel LCD
Data loggers and sensor hubs with ADC and CAN

Key Specifications

Spec	Value
Model	RNX-RZG2UL-OSM
Form factor	OSM Size-L, 45 x 45 mm, LGA 662, solderable
Processor options	RZ/G2UL: Cortex-A55 1 GHz + Cortex-M33 200 MHz; RZ/A3UL: Cortex-A55 1 GHz; RZ/Five: RISC-V AX45MP 1 GHz
Memory	1 GiB DDR4; 4 GiB eMMC (up to 64 GiB); QSPI NOR optional
Display	Parallel LCD (G2UL and A3UL)
Camera	MIPI-CSI, 4 data lanes (G2UL and A3UL)
Network	RGMII 10/100/1000
I/O	3x USB 2.0 host, 1x USB 2.0 OTG, 4x UART, SD/SDIO, 2x SPI, 2x I2C, up to 3x PWM, up to 2x CAN, 2x 12-bit ADC, I2S, GPIO
Supply	5.0 V
Software	Yocto, Linux kernel, U-Boot
Carrier board	RNX-OSM-CARRIER
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the RNX-RZG2UL-OSM?

It is a Ronetix solderable OSM Size-L System-on-Module for Renesas RZ processors, offered with RZ/G2UL, RZ/A3UL or RZ/Five.

Which version is RISC-V?

The RZ/Five variant, with a single RISC-V AX45MP core at 1 GHz. The RZ/Five variant has no parallel LCD or MIPI-CSI.

Which carrier board do I use?

The RNX-OSM-CARRIER board, or the RNX-OSM-CARRIER v2.0 with an LGA662 socket for swapping modules without soldering.

Is the RNX-RZG2UL-OSM available now?

Ronetix lists the RNX-RZG2UL-OSM as coming soon. Contact Pertech for the current availability and for early samples.

Where can I buy the RNX-RZG2UL-OSM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Comparing Arm and RISC-V for your next product? Contact Pertech for a quote, availability or help choosing the right module.

RNX-iMX93-OSM – OSM SoM with NXP i.MX93

Ronetix RNX-iMX93-OSM is a solderable System-on-Module in the Open Standard Module (OSM) Size-L format, 45 x 45 mm, built on the NXP i.MX93. Two Arm Cortex-A55 cores at 1.7 GHz, an Arm Ethos-U65 microNPU (0.5 TOP/s), a Cortex-M33 at 250 MHz and the EdgeLock secure enclave sit on an LGA 662 package that is soldered straight onto your board, with no connectors to loosen under vibration. Pertech is a Ronetix distributor.

RNX-iMX93-OSM highlights

NXP i.MX93: dual Arm Cortex-A55 at 1.7 GHz plus Arm Cortex-M33 at 250 MHz
Arm Ethos-U65 microNPU, 0.5 TOP/s
EdgeLock secure enclave for security functions
1 GiB LPDDR4X (up to 2 GiB), 4 GiB eMMC (up to 64 GiB)
1080p60 MIPI-DSI, 720p60 LVDS and 1080p60 MIPI-CSI
Optional Wi-Fi 6 and Bluetooth 5.0
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.
OSM Size-L LGA 662: soldered like a large chip, no board-to-board connectors

Where the RNX-iMX93-OSM fits

Compact, vibration-resistant industrial devices
Cost-sensitive volume products that want a standard module
Secure IoT nodes with on-device ML
HMI and control units with LVDS or MIPI-DSI displays

Key Specifications

Spec	Value
Model	RNX-iMX93-OSM
Form factor	OSM Size-L, 45 x 45 mm, LGA 662, solderable
Processor	NXP i.MX93: 2x Cortex-A55 1.7 GHz, Cortex-M33 250 MHz
AI	Arm Ethos-U65 microNPU, 0.5 TOP/s
Security	EdgeLock secure enclave
Memory	1 GiB LPDDR4X (up to 2 GiB); 4 GiB eMMC (up to 64 GiB)
Display	1080p60 MIPI-DSI (4-lane), 720p60 LVDS (4-lane)
Camera	1080p60 MIPI-CSI (2-lane)
Network	2x RGMII 10/100/1000; Wi-Fi 6 and Bluetooth 5.0 optional
I/O	6x USB 2.0 (4 via hub), up to 5x UART, SD/SDIO, 2x SPI, 2x I2C, 2x CAN, up to 4x PWM, GPIO
Supply	5.0 V
Software	Yocto, Linux kernel, U-Boot
Carrier board	RNX-OSM-CARRIER
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the RNX-iMX93-OSM?

It is a Ronetix solderable System-on-Module in the OSM Size-L format with the NXP i.MX93 processor.

What is OSM?

Open Standard Module is a standard for small solderable modules. The module is an LGA package that is soldered onto the carrier like a large chip, so no board-to-board connectors are needed.

How do I develop with an OSM module before soldering it?

Use the RNX-OSM-CARRIER v2.0 board: the module is clamped in an LGA662 socket, so it can be exchanged in seconds without soldering.

How does it differ from the RNX-iMX93-SMARC?

Same processor and memory. The OSM version is 45 x 45 mm and soldered; it brings out up to five UARTs and four PWM signals. The SMARC version is 82 x 50 mm and pluggable, with Ethernet PHYs on the module.

Where can I buy the RNX-iMX93-OSM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Designing a compact i.MX93 product? Contact Pertech for a quote, availability or help choosing the right module.

RNX-iMX93-SMARC – SMARC SoM with NXP i.MX93

Ronetix RNX-iMX93-SMARC is a SMARC System-on-Module, 82 x 50 mm, built on the NXP i.MX93. Two Arm Cortex-A55 cores at 1.7 GHz run Linux, an Arm Ethos-U65 microNPU (0.5 TOP/s) speeds up machine-learning inference, and a Cortex-M33 at 250 MHz handles real-time control, with the EdgeLock secure enclave for security. It suits power-conscious industrial, IoT and HMI products. Pertech is a Ronetix distributor.

RNX-iMX93-SMARC highlights

NXP i.MX93: dual Arm Cortex-A55 at 1.7 GHz plus Arm Cortex-M33 at 250 MHz
Arm Ethos-U65 microNPU, 0.5 TOP/s
EdgeLock secure enclave for security functions
1 GiB LPDDR4X (up to 2 GiB), 4 GiB eMMC (up to 64 GiB)
1080p60 MIPI-DSI, 720p60 LVDS and 1080p60 MIPI-CSI
Optional Wi-Fi 6 and Bluetooth 5.0
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.
Two Gigabit Ethernet PHYs on the module

Where the RNX-iMX93-SMARC fits

Industrial controllers and gateways
HMI panels with LVDS or MIPI-DSI displays
Secure IoT devices that need on-device ML
Designs that want a pluggable SMARC module

Key Specifications

Spec	Value
Model	RNX-iMX93-SMARC
Form factor	SMARC, 82 x 50 mm
Processor	NXP i.MX93: 2x Cortex-A55 1.7 GHz, Cortex-M33 250 MHz
AI	Arm Ethos-U65 microNPU, 0.5 TOP/s
Security	EdgeLock secure enclave
Memory	1 GiB LPDDR4X (up to 2 GiB); 4 GiB eMMC (up to 64 GiB)
Display	1080p60 MIPI-DSI (4-lane), 720p60 LVDS (4-lane)
Camera	1080p60 MIPI-CSI (2-lane)
Network	2x Gigabit Ethernet PHY; Wi-Fi 6 and Bluetooth 5.0 optional
I/O	6x USB 2.0 (4 via hub), 4x UART, SD/SDIO, 2x SPI, 2x I2C, 2x CAN, GPIO
Supply	5.0 V
Software	Yocto, Linux kernel, U-Boot
Carrier board	RNX-SMARC-CARRIER
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the RNX-iMX93-SMARC?

It is a Ronetix SMARC System-on-Module with the NXP i.MX93: two Cortex-A55 cores, an Ethos-U65 microNPU and a Cortex-M33.

Why is RAM limited to 2 GiB?

Ronetix notes that 2 GiB is the maximum because of a limitation of the i.MX93 processor.

SMARC or OSM version?

Same processor. Choose SMARC for a pluggable module on a standard connector, or the RNX-iMX93-OSM for a 45 x 45 mm module soldered onto your board.

Which carrier board do I use?

The RNX-SMARC-CARRIER board.

Where can I buy the RNX-iMX93-SMARC in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Starting an i.MX93 design? Contact Pertech for a quote, availability or help choosing the right module.

RNX-iMX95-SMARC – SMARC SoM with NXP i.MX 95 for Edge AI

Ronetix RNX-iMX95-SMARC is a SMARC System-on-Module, 82 x 50 mm, built on the NXP i.MX 95. It combines six Arm Cortex-A55 cores at 2.0 GHz with the NXP eIQ Neutron NPU (2.0 TOP/s), an Arm Cortex-M7 at 800 MHz and a Cortex-M33 at 333 MHz, plus 10 Gigabit Ethernet and a Mali-G310 GPU. It is the most powerful module in the Ronetix range, aimed at edge AI, industrial automation, vision and automotive designs. Pertech is a Ronetix distributor.

RNX-iMX95-SMARC highlights

NXP i.MX 95: 6x Arm Cortex-A55 at 2.0 GHz
NXP eIQ Neutron NPU, 2.0 TOP/s for machine-learning inference
Real-time cores: Arm Cortex-M7 at 800 MHz and Cortex-M33 at 333 MHz
Arm Mali-G310 3D GPU and a 2D GPU; SafeAssure framework with hardware safety checkers
4 GiB LPDDR5 (up to 16 GiB), 16 GiB eMMC (up to 256 GiB), 16 MiB octal-SPI NOR
2x Gigabit Ethernet plus 1x 10GbE, 2x PCIe; optional Wi-Fi 6 and Bluetooth 5.0
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the RNX-iMX95-SMARC fits

Edge AI gateways and industrial PCs
Machine vision with high-resolution displays
Automotive and safety-aware designs
Upgrading from i.MX 8M or i.MX93 when more CPU, AI and networking are needed

Key Specifications

Spec	Value
Model	RNX-iMX95-SMARC
Form factor	SMARC, 82 x 50 mm
Processor	NXP i.MX 95: 6x Cortex-A55 2.0 GHz, Cortex-M7 800 MHz, Cortex-M33 333 MHz
AI	NXP eIQ Neutron NPU, 2.0 TOP/s
Memory	4 GiB LPDDR5 (up to 16 GiB); 16 GiB eMMC (up to 256 GiB); 16 MiB octal-SPI NOR; I2C EEPROM
Display	MIPI-DSI 3840 x 1440 at 60 Hz, up to 2x LVDS, HDMI
Camera	Up to 2x MIPI-CSI (4-lane and 2-lane, 2.5 Gbps/lane)
Network	2x Gigabit Ethernet PHY, 1x 10GbE, 2x PCIe; Wi-Fi 6 and Bluetooth 5.0 optional
I/O	6x USB 2.0 (4 via hub), 4x UART, SD/SDIO, 2x SPI, 2x I2C, 2x CAN, GPIO
Supply	5.0 V
Software	Yocto, Linux kernel, U-Boot
Carrier board	RNX-SMARC-CARRIER
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the RNX-iMX95-SMARC?

It is a Ronetix SMARC System-on-Module with the NXP i.MX 95 processor: six Cortex-A55 cores, an eIQ Neutron NPU and Cortex-M7 and Cortex-M33 real-time cores.

How does it compare with the RNX-iMX93-SMARC?

Both are SMARC modules. The i.MX 95 has six Cortex-A55 cores at 2.0 GHz instead of two at 1.7 GHz, a 2.0 TOP/s NPU instead of 0.5 TOP/s, up to 16 GiB LPDDR5, a 3D GPU and 10GbE.

Does it support wireless?

Wi-Fi 6 (802.11ax, dual-band) and Bluetooth 5.0 are optional on the module.

Which carrier board do I use?

The RNX-SMARC-CARRIER board.

Where can I buy the RNX-iMX95-SMARC in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Need serious edge AI on a standard module? Contact Pertech for a quote, availability or help choosing the right module.

RNX-RZV2N-SMARC – SMARC SoM with Renesas RZ/V2N for Vision AI

Ronetix RNX-RZV2N-SMARC is a SMARC System-on-Module, 82 x 50 mm, built on the Renesas RZ/V2N vision AI processor. Four Arm Cortex-A55 cores at 1.8 GHz, the DRP-AI accelerator (15 sparse TOPS, 4 dense TOPS), an Arm Mali-C55 ISP and a Cortex-M33 for real-time tasks make it a compact base for smart cameras, robots and industrial vision. Because it follows the SMARC standard, it plugs into a SMARC carrier and can be swapped or upgraded without redesigning the board. Pertech is a Ronetix distributor.

RNX-RZV2N-SMARC highlights

Renesas RZ/V2N: 4x Arm Cortex-A55 at 1.8 GHz plus Arm Cortex-M33 at 200 MHz
DRP-AI accelerator: 15 sparse TOPS and 4 dense TOPS
Arm Mali-C55 ISP; up to 2x MIPI-CSI cameras, 4K RAW12 at 30 fps
H.264/H.265 codec, Mali-G31 3D GPU and 2D GPU
4 GiB LPDDR4 (up to 8 GiB), 16 GiB eMMC (up to 256 GiB), 16 MiB SPI NOR
Two Gigabit Ethernet PHYs on the module
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the RNX-RZV2N-SMARC fits

Smart cameras and multi-camera vision
Machine vision and quality inspection
Robotics and autonomous machines
Designs that want a pluggable, standard SMARC module

Key Specifications

Spec	Value
Model	RNX-RZV2N-SMARC
Form factor	SMARC, 82 x 50 mm
Processor	Renesas RZ/V2N: 4x Cortex-A55 1.8 GHz, Cortex-M33 200 MHz
AI	DRP-AI, 15 sparse / 4 dense TOPS
Memory	4 GiB LPDDR4 (up to 8 GiB); 16 GiB eMMC (up to 256 GiB); 16 MiB SPI NOR
Display	MIPI-DSI 1920 x 1200 at 60 Hz
Camera	Up to 2x MIPI-CSI (4-lane and 2-lane, 2.1 Gbps/lane), 4K RAW12 30 fps
Network	2x Gigabit Ethernet PHY
I/O	PCIe 2-lane, 4x USB 2.0 (hub), 1x USB 3.2 host, 4x UART, SD/SDIO, 2x SPI, 5x I2C, 2x CAN, GPIO
Supply	5.0 V
Software	Yocto, Linux kernel, U-Boot
Carrier board	RNX-SMARC-CARRIER
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the RNX-RZV2N-SMARC?

It is a Ronetix System-on-Module in the SMARC format with the Renesas RZ/V2N processor and its DRP-AI accelerator, for vision AI at the edge.

What can the RZ/V2N camera path handle?

Ronetix specifies up to two MIPI-CSI cameras (4-lane and 2-lane, 2.1 Gbps per lane) and 4K RAW12 at 30 fps, processed by the Arm Mali-C55 ISP.

SMARC or OSM?

Choose SMARC when you want a pluggable module on a standard edge connector. Choose the RNX-RZV2N-OSM when you want a smaller module soldered directly onto your board.

Which carrier board fits it?

The RNX-SMARC-CARRIER board, which gives you Ethernet, USB, HDMI, LVDS, MIPI-DSI and MIPI-CSI, audio, CAN and PMOD connectors.

Where can I buy the RNX-RZV2N-SMARC in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Building a smart camera or vision system? Contact Pertech for a quote, availability or help choosing the right module.

RNX-RZV2N-OSM – OSM SoM with Renesas RZ/V2N for Vision AI

Ronetix RNX-RZV2N-OSM is a solderable System-on-Module in the Open Standard Module (OSM) Size-L format, 45 x 45 mm, built on the Renesas RZ/V2N vision AI processor. It pairs four Arm Cortex-A55 cores at 1.8 GHz with the DRP-AI accelerator (15 sparse TOPS, 4 dense TOPS) and a Cortex-M33 for real-time control, so one module can run camera pipelines, neural-network inference and control loops for smart cameras, robots and inspection systems. Pertech is a Ronetix distributor.

RNX-RZV2N-OSM highlights

Renesas RZ/V2N: 4x Arm Cortex-A55 at 1.8 GHz plus Arm Cortex-M33 at 200 MHz
DRP-AI accelerator: 15 sparse TOPS and 4 dense TOPS for edge inference
Arm Mali-C55 image signal processor; up to 2x MIPI-CSI cameras, 4K RAW12 at 30 fps
H.264/H.265 video codec, Mali-G31 3D GPU and a 2D GPU
4 GiB LPDDR4 (up to 8 GiB), 16 GiB eMMC (up to 256 GiB), 16 MiB SPI NOR
OSM Size-L LGA 662, soldered straight onto the carrier, no connectors
Ronetix supplies Yocto, a Linux kernel and U-Boot for this module.

Where the RNX-RZV2N-OSM fits

Smart cameras and multi-camera vision systems
Industrial inspection and machine vision at the edge
Robotics that combine inference and real-time motor control
Products that need a small, rugged, connector-free module

Key Specifications

Spec	Value
Model	RNX-RZV2N-OSM
Form factor	OSM Size-L, 45 x 45 mm, LGA 662, solderable
Processor	Renesas RZ/V2N: 4x Cortex-A55 1.8 GHz, Cortex-M33 200 MHz
AI	DRP-AI, 15 sparse / 4 dense TOPS
Memory	4 GiB LPDDR4 (up to 8 GiB); 16 GiB eMMC (up to 256 GiB); 16 MiB SPI NOR
Display	MIPI-DSI 1920 x 1200 at 60 Hz
Camera	Up to 2x MIPI-CSI (4-lane and 2-lane, 2.1 Gbps/lane), 4K RAW12 30 fps
Network	2x RGMII 10/100/1000
I/O	PCIe 2-lane, 4x USB 2.0 (hub), 1x USB 3.2 host, 5x UART, SD/SDIO, 2x SPI, 2x I2C, 2x CAN, 34 GPIO
Supply	5.0 V
Software	Yocto, Linux kernel, U-Boot
Carrier board	RNX-OSM-CARRIER
Operating temperature	0 to +70 °C; -40 to +85 °C optional
Relative humidity	10% to 90%
MTTF	More than 200,000 hours

Frequently asked questions

What is the RNX-RZV2N-OSM?

It is a Ronetix System-on-Module in the OSM Size-L format with the Renesas RZ/V2N processor, aimed at vision AI and edge computing.

How much AI performance does it have?

The DRP-AI accelerator in the RZ/V2N is rated by Ronetix at 15 sparse TOPS and 4 dense TOPS.

What is the difference between the OSM and SMARC RZ/V2N modules?

Same processor. The OSM module is 45 x 45 mm and is soldered onto the carrier (LGA 662); the SMARC module is 82 x 50 mm and plugs into a SMARC edge connector. The OSM version also brings out a fifth UART and 34 GPIOs.

Which carrier board do I use for development?

Ronetix pairs it with the RNX-OSM-CARRIER board. The RNX-OSM-CARRIER v2.0 uses an LGA662 socket, so modules can be swapped without soldering.

Is the RNX-RZV2N-OSM available now?

Ronetix lists the RNX-RZV2N-OSM as coming soon. Contact Pertech for the current availability and for early samples.

Where can I buy the RNX-RZV2N-OSM in Israel?

Pertech is a Ronetix distributor in Israel. Contact Pertech for a quote, lead time, memory and temperature options, or help choosing a module and carrier board.

Related Ronetix products at Pertech

Planning a vision AI product? Contact Pertech for a quote, availability or help choosing the right module.

STEPg1 Electrical Validation and Protocol Decode Software

Prodigy PGY-STEPg1 is automated electrical validation and protocol decode software for STEPg1, the 12 Gbps serial link Intel uses in its 16th-generation Core processors. STEPg1 encodes data in the width of positive and negative pulses, packing more bits into each cycle at a reduced supply voltage, which makes manual measurement impractical. Running on Tektronix DPO7000DX and SX oscilloscopes, the software identifies every symbol, delimiter and idle in the capture, measures each one across the whole waveform and decodes the data into Basic Transport Units (BTUs). Pertech is the authorized Prodigy distributor.

STEPg1 software highlights

Decodes the acquired waveform into BTUs (Basic Transport Units)
Automatically identifies Symbols 0, 1, 2, 3 and 6, delimiters and idle, and makes the electrical measurements
Color marking of control and data symbols in each BTU
Measurements over the entire acquired waveform for more reliable results
User-defined limits for every electrical measurement
Report saves the waveform images of the minimum and maximum value of each parameter
Jitter measurement of repetitive symbols (requires Tektronix DPOJET)
Python scripting for automation; CSV and TXT export

Measurements for each symbol

For Symbols 0, 1, 2, 3 and 6, PGY-STEPg1 measures:

Symbol time
Rise time and fall time
Amplitude and peak-to-peak amplitude
Common-mode voltage and AC RMS
Jitter

Where the STEPg1 software earns its keep

Electrical validation of STEPg1 links on new platforms
Protocol debug of BTU traffic correlated with the physical layer
Automated characterization runs through Python
Documenting worst-case measurements with waveform images in the report

Key Specifications

Spec	Value
Model	PGY-STEPg1
Interface	STEPg1, 12 Gbps
Platform	Tektronix DPO7000DX and DPO7000SX
Decode	BTUs; Symbols 0, 1, 2, 3, 6; delimiters; idle
Measurements	Symbol time, rise, fall, amplitude, peak-to-peak, common voltage, AC RMS, jitter
Jitter	Requires Tektronix DPOJET
Limits	User-defined
Automation	Python
Export	CSV and TXT; reports

Frequently asked questions

What is STEPg1?

STEPg1 is a 12 Gbps high-speed serial link in Intel 16th-generation Core processors. It uses pulse width modulation of positive and negative pulses to carry more bits per cycle at a reduced supply voltage.

Which oscilloscopes does PGY-STEPg1 run on?

It integrates with Tektronix DPO7000DX and DPO7000SX series oscilloscopes. Jitter measurements also require Tektronix DPOJET.

What does the software measure?

For each symbol type it measures symbol time, rise and fall time, amplitude, peak-to-peak amplitude, common voltage, AC RMS and jitter, across the whole acquired waveform.

Can STEPg1 validation be automated?

Yes. The software supports Python scripting, user-defined limits and automatic reports that include the waveform images of the minimum and maximum value of each parameter.

Where can I buy Prodigy STEPg1 software in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers free online technical support and free software updates. Contact Pertech for a quote, a demo or help checking that your oscilloscope is supported.

Related Prodigy products at Pertech

Validating a STEPg1 link? Contact Pertech for a quote, a demo or help choosing the right tool.

MIPI UniPro, LLI and UFS Protocol Decode Software

Prodigy PGY-UPRO/LLI/UFS is protocol decode software for MIPI M-PHY based UniPro, LLI and UFS links that runs on Tektronix DPO, DSA and MSO70000 oscilloscopes. It decodes up to four lanes at once, identifies the signaling scheme and gear automatically, checks CRC on every packet and links each frame to its waveform. With the oscilloscope’s ST6G serial trigger option, it adds real-time hardware triggers on UniPro and UFS protocol events for PWM, NRZ and 8b/10b data. Pertech is the authorized Prodigy distributor.

UniPro/LLI/UFS software highlights

Decodes UniPro 1.6, LLI 1.0 and UFS 2.0
NRZ and PWM signaling, with automatic detection of signaling scheme and gear
Four-lane simultaneous decode to correlate events lane to lane
Protocol-aware hardware triggers for PWM, NRZ and 8b/10b data (oscilloscope option ST6G)
Automated CRC computation to flag CRC errors
Frame listing and detailed frame description per the UniPro and LLI specifications
Markers to measure time between messages on different lanes
Live channels or Tektronix .wfm files; reports and TXT/CSV export

Where the UniPro/LLI/UFS software earns its keep

Debugging UFS storage links at the M-PHY and UniPro layers
LLI chip-to-chip interconnect validation
Correlating lane-to-lane events on multi-lane links
Teams with a high-bandwidth Tektronix oscilloscope who need protocol decode alongside signal analysis

Key Specifications

Spec	Value
Model	PGY-UPRO/LLI/UFS
Platform	Tektronix DPO/DSA/MSO70000
Protocols	UniPro 1.6, LLI 1.0, UFS 2.0
Signaling	NRZ, PWM; gear detected automatically
Lanes	Up to four, decoded simultaneously
Triggers	Hardware, protocol aware, with oscilloscope option ST6G (PWM, NRZ, 8b/10b)
Error check	CRC
Input	Live channels, .wfm files
Export	TXT and CSV; reports

Frequently asked questions

Which protocol versions does it support?

It conforms to UniPro 1.6, LLI 1.0 and UFS 2.0, over NRZ and PWM signaling.

Which oscilloscopes does it run on?

It runs on Tektronix DPO, DSA and MSO70000 series oscilloscopes. Protocol-aware hardware triggering uses the oscilloscope ST6G serial trigger option.

Can it decode several lanes at once?

Yes. It decodes up to four lanes simultaneously, and markers measure the time between messages on different lanes.

Software or a dedicated UFS protocol analyzer?

The software decodes what a high-bandwidth oscilloscope captures, with the physical layer in view. For long captures and current UFS generations, use a dedicated analyzer such as the UFS 4.0/4.1 or UFS 5.0 Protocol Exerciser and Analyzer.

Where can I buy Prodigy UniPro, LLI and UFS decode software in Israel?

Related Prodigy products at Pertech

Debugging a UFS or LLI link? Contact Pertech for a quote, a demo or help choosing the right tool.

I2S Electrical Validation, Audio and Protocol Decode Software

Prodigy PGY-I2S is electrical validation, audio and protocol decode software for I2S that runs inside a Tektronix oscilloscope. One tool covers three layers: automated timing measurements against the I2S standard, protocol decode, and the audio itself, which you can play back, view as a spectrogram and export as a WAV file. A five-panel view cross-links the spectrogram, audio waveform, protocol data, analog signal and eye diagram, so a glitch you hear can be traced to the bit and the edge that caused it. Pertech is the authorized Prodigy distributor.

I2S software highlights

One tool for physical, protocol and audio analysis
Penta monitor: spectrogram, audio, protocol, signal and eye diagram monitors, cross-linked in one window
Supports I2S, left justified and right justified formats
Automated timing measurements against the I2S standard
Protocol and timing based I2S triggering
Oscilloscope setup assistant for accurate, repeatable measurements
Play and store the uncompressed audio; search across thousands of protocol events
Export to WAV, MATLAB, CSV and text; customizable reports

Where the I2S software earns its keep

Validating audio codecs, DACs and ADCs on I2S links
Tracing audible glitches to protocol or timing errors
Compliance checks of I2S timing before production
Audio teams that need to hear and see the same capture

Key Specifications

Spec	Value
Model	PGY-I2S
Platform	Software running inside Tektronix oscilloscopes
Formats	I2S, left justified, right justified
Analysis	Electrical timing, protocol decode, audio (spectrogram, playback)
Views	Spectrogram, audio, protocol, signal and eye diagram monitors
Triggers	Protocol and timing based
Export	WAV, MATLAB, CSV, TXT; reports

Frequently asked questions

What makes PGY-I2S different from a plain I2S decoder?

It analyzes three layers in one tool: electrical timing against the I2S standard, protocol decode and the audio content, with a spectrogram, playback and eye diagram all linked to the same capture.

Which I2S formats are supported?

Standard I2S, left justified and right justified.

Can I listen to the captured audio?

Yes. The software plays and stores the uncompressed audio and exports it as a WAV file, as well as to MATLAB, CSV and text.

Which oscilloscopes does it run on?

It runs inside Tektronix oscilloscopes, and its setup assistant configures the oscilloscope automatically for accurate measurements.

Where can I buy Prodigy I2S software in Israel?

Related Prodigy products at Pertech

Validating an audio interface? Contact Pertech for a quote, a demo or help choosing the right tool.

FlexRay Protocol Decode and SI Analysis Software

Prodigy PGY-FlexRay is protocol decode and signal integrity analysis software for FlexRay that runs inside Windows-based Tektronix DPO5000, DPO7000 and DPO70000 oscilloscopes. It decodes thousands of FlexRay messages, shows the waveform and decoded data side by side, and adds signal integrity tools: eye diagrams for selected messages, time interval error per frame to reveal oscillator stability, sync frame timing and average bit time. Pertech is the authorized Prodigy distributor.

FlexRay software highlights

Converts time-domain waveforms into FlexRay messages, shown in hex or decimal
Waveform and decoded data in one window, with any frame, data or address linked to its waveform
Bit-level 1 and 0 annotations in a zoomed waveform window
Software triggers on frame content, null frames, sync frames and CRC errors
Search across thousands of messages and timestamps relative to the trigger
Offline analysis from reference waveforms, WFM and CSV files; decoded messages saved as CSV

Signal integrity analysis

Beyond decode, PGY-FlexRay measures what the bus is doing electrically:

Eye diagram for selected messages across the full acquisition
Time interval error for each frame, showing how oscillator stability affects each FlexRay node
Time between sync frames
Average bit time

Where the FlexRay software earns its keep

Validating FlexRay nodes and networks in automotive ECUs
Tracing intermittent frame errors to signal integrity problems
Checking clock and oscillator behavior across nodes
Analyzing saved captures offline

Key Specifications

Spec	Value
Model	PGY-FlexRay
Platform	Windows-based Tektronix DPO5000, DPO7000, DPO70000
Decode	FlexRay messages; hex or decimal
Triggers (software)	Frame content, null frame, sync frame, CRC error
Signal integrity	Eye diagram, time interval error, sync timing, average bit time
Offline files	Reference waveforms, WFM, CSV
Export	CSV

Frequently asked questions

What does the signal integrity analysis add?

Besides decoding, it shows eye diagrams for selected messages, measures time interval error for each frame to reveal oscillator stability in each node, and measures sync frame timing and average bit time.

Which oscilloscopes does PGY-FlexRay run on?

It runs on Windows-based Tektronix DPO5000, DPO7000 and DPO70000 oscilloscopes.

Can it trigger on FlexRay errors?

Yes. Software triggers fire on frame content, null frames, sync frames and CRC errors.

Can I analyze captures later?

Yes. It decodes from reference waveforms, WFM files and CSV files, and saves decoded messages in CSV format.

Where can I buy Prodigy FlexRay software in Israel?

Related Prodigy products at Pertech

Validating a FlexRay network? Contact Pertech for a quote, a demo or help choosing the right tool.

100BaseT1 Automotive Ethernet Protocol Decode Software

Prodigy PGY-100BASE-T1 is automotive Ethernet protocol decode software that runs inside a Tektronix oscilloscope. Feed the output of a directional coupler to the oscilloscope and it decodes the PAM3 encoded 100BASE-T1 signal, shows master and slave packets separately and checks the FCS of each one, so protocol problems between two ECUs can be traced straight to the physical layer. Pertech is the authorized Prodigy distributor.

100BASE-T1 software highlights

Decodes PAM3 encoded 100BASE-T1 signals
Decodes Send_N mode packets without any training sequence
Master and slave packets displayed separately
FCS validation, with error packets shown in red
Timestamp, packet type, source and destination IP address, and payload decode
Detail view correlates decoded packets with the waveform in a bus diagram
CSV and TXT export and report generation

Where the 100BASE-T1 software earns its keep

Debugging the link between two automotive Ethernet ECUs
Correlating protocol errors with signal problems on the physical layer
Checking traffic in each direction separately using a directional coupler
Labs with a Tektronix oscilloscope that need occasional 100BASE-T1 decode

Key Specifications

Spec	Value
Model	PGY-100BASE-T1
Platform	Software running inside Tektronix oscilloscopes
Signal	100BASE-T1, PAM3
Setup	Directional coupler output to the oscilloscope
Decode	Send_N mode without training sequence; master and slave packets separately
Error check	FCS validation, errors highlighted
Export	CSV and TXT; reports

Frequently asked questions

How is the 100BASE-T1 signal captured?

The output of a directional coupler is fed to the Tektronix oscilloscope, and PGY-100BASE-T1 decodes the PAM3 encoded signal in the time domain.

Can it separate master and slave traffic?

Yes. Master and slave packets are displayed separately, which makes it easy to follow the conversation between two ECUs.

Decode software or a dedicated 100BASE-T1 analyzer?

The software is the right choice for debugging the physical layer and short captures on an oscilloscope you already have. For long, passive captures with Layer 2 to Layer 7 decode, SOME/IP and multi-level triggers, choose the 100Base-T1 Automotive Ethernet Protocol Analyzer.

Does it detect errors?

Yes. It validates the FCS of every packet and shows error packets in red, linked to their waveforms.

Where can I buy Prodigy 100BASE-T1 decode software in Israel?

Related Prodigy products at Pertech

Debugging an automotive Ethernet link? Contact Pertech for a quote, a demo or help choosing the right tool.

10BaseT1S Protocol Decode Software

Prodigy PGY-10BaseT1S is 10BASE-T1S protocol decode software that runs inside a Windows-based Tektronix oscilloscope. 10BASE-T1S is the multidrop automotive Ethernet bus that connects sensors to ECUs; its data is differential Manchester encoded and scrambled on a single twisted pair, which makes decoding by hand slow and error-prone. PGY-10BaseT1S decodes the captured waveform automatically, checks the FCS of every packet and links each packet to its waveform. Pertech is the authorized Prodigy distributor.

10BASE-T1S software highlights

Decodes scrambled, differential Manchester encoded 10BASE-T1S signals
FCS validation, with error packets shown in red
Timestamp, packet type, source and destination IP address, and payload decode for each packet
Detail view correlates each decoded packet with its waveform in a bus diagram
Zoom and pan for close inspection of the physical layer
CSV and TXT export and report generation

Where the 10BASE-T1S software earns its keep

Bringing up 10BASE-T1S sensor networks in vehicles
Correlating packet errors with the physical-layer waveform
Checking FCS errors on a multidrop bus during integration
Teams with a Tektronix oscilloscope who need 10BASE-T1S decode without a separate analyzer

Key Specifications

Spec	Value
Model	PGY-10BaseT1S
Platform	Software running inside Windows-based Tektronix oscilloscopes
Signal	10BASE-T1S, differential Manchester encoded, scrambled
Decode	Timestamp, packet type, IP source and destination, payload
Error check	FCS validation, errors highlighted
Views	Packet list, detail view with bus diagram
Export	CSV and TXT; reports

Frequently asked questions

What is 10BASE-T1S?

10BASE-T1S is an automotive Ethernet interface for connecting sensors to ECUs over a multidrop bus on a single twisted pair, using differential Manchester encoding with scrambled data.

Why use decode software for 10BASE-T1S?

Because the data is both differential Manchester encoded and scrambled, decoding it by hand from a waveform is complex and slow. PGY-10BaseT1S decodes it automatically and validates each packet.

Which oscilloscopes does it run on?

It runs inside Tektronix oscilloscopes that have a Windows operating system.

Does it detect errors?

Yes. It validates the FCS of every packet and shows error packets in red, linked to their waveforms.

Where can I buy Prodigy 10BASE-T1S decode software in Israel?

Related Prodigy products at Pertech

Bringing up an automotive Ethernet network? Contact Pertech for a quote, a demo or help choosing the right tool.

JTAG (IEEE 1149.1) Protocol Decode Software

Prodigy PGY-JTAG is IEEE 1149.1 JTAG protocol decode software that runs inside a Tektronix oscilloscope. It decodes JTAG activity into TAP states, shows the IR opcode and DR name for each transaction, and links every decoded packet to its waveform. Because it can decode from the digital channels of an MSO, the analog channels stay free to probe other test points and correlate them with JTAG activity. Pertech is the authorized Prodigy distributor.

JTAG decode software highlights

JTAG protocol analysis from live analog and digital channels or saved files
Decoded data shown in JTAG state format, with IR opcode and DR name
User-defined symbols for IR and DR values
Decoding on digital channels leaves analog channels free for other test points
Detail view of decoded data together with the waveforms
Search and filter by state across hundreds of packets
CSV and TXT export and report generation

Where the JTAG decode software earns its keep

Debugging JTAG chains and TAP controllers on new boards
Correlating JTAG activity with power rails or reset signals on the analog channels
Checking what a debugger or programmer actually sends over JTAG
Labs with a Tektronix MSO that need JTAG decode without another instrument

Key Specifications

Spec	Value
Model	PGY-JTAG
Standard	IEEE 1149.1 JTAG
Platform	Software running inside Tektronix oscilloscopes
Input	Live analog and digital channels, saved files
Decode	JTAG states, IR opcode, DR name; user symbols
Search and filter	By state
Export	CSV and TXT; reports

Frequently asked questions

What does the JTAG decode software show?

It decodes JTAG activity into TAP states and shows the IR opcode and DR name for each transaction, with your own symbols for IR and DR values, linked to the waveforms.

Which oscilloscopes does PGY-JTAG run on?

It runs inside Windows-based Tektronix oscilloscopes, and uses the digital channels of an MSO for decoding where available.

Why decode JTAG on the digital channels?

Decoding from the MSO digital channels leaves the analog channels free, so you can probe other test points, such as power or reset, and see them in time with the JTAG activity.

Do I also need a JTAG exerciser?

The software analyzes what the oscilloscope captures; it does not drive the bus. To emulate a JTAG device, generate traffic or inject errors, pair it with Prodigy’s JTAG Protocol Exerciser and Analyzer.

Where can I buy Prodigy JTAG decode software in Israel?

Related Prodigy products at Pertech

Debugging a JTAG chain? Contact Pertech for a quote, a demo or help choosing the right tool.

SPMI Electrical Validation and Protocol Analysis Software

Prodigy PGY-SPMI is electrical validation and protocol decode software for SPMI, the MIPI power management bus between a SoC and its PMICs. Running inside a Tektronix oscilloscope, it measures SCLK and SDATA levels and timing against the SPMI specification, decodes SPMI frames with parity checks on command and data, and links every result to its waveform. Reference levels and limits are customizable, and long captures can be decoded to cover more transactions. Pertech is the authorized Prodigy distributor.

SPMI software highlights

Electrical measurements for compliance with the SPMI specification
Works from live oscilloscope channels or saved signals (WFM by default; H5 and TRC as an option)
Decoded data in SPMI frame format, with parity checks on command and data
Slave ID shown as a symbol or hex value; data in hex, binary, decimal or octal
Detail view: select a row to zoom the matching waveform and see all its measurements
Long-duration decode, search and filter
CSV and TXT export, PDF reports and a Python API
Customizable reference levels and limits

Electrical measurements

PGY-SPMI measures the electrical parameters in the SPMI specification, including:

Input high, low and threshold voltage on SDATA and SCLK (VIH, VIL, VHYS), and output high and low (VOH, VOL)
SCLK frequency, high and low time, and SCLK output transition time
SDATA output valid time from the SCLK rising edge, output transition, setup time, rise and fall time

Where the SPMI software earns its keep

PMIC and SoC power controller compliance testing
Correlating SPMI protocol errors with signal integrity problems
Automated SPMI validation runs through the Python API
Labs pairing protocol decode with a Tektronix oscilloscope they already own

Key Specifications

Spec	Value
Model	PGY-SPMI
Platform	Tektronix DPO5000, TDS7000, DPO/DSA/MSO7000, MSO5/6 (Windows 7 or later)
Input	Live channels; WFM files, H5 and TRC optional
Decode	SPMI frames, command and data parity checks
Display formats	Hex, binary, decimal, octal; Slave ID as symbol or hex
Reports	PDF
Export	CSV and TXT
API	Python

Frequently asked questions

What does SPMI electrical validation check?

It measures SCLK and SDATA voltage levels and timing, such as VIH, VIL, clock frequency, high and low time, setup time and rise and fall time, and compares them with the SPMI specification.

Which oscilloscopes does PGY-SPMI run on?

It runs inside Windows-based Tektronix oscilloscopes (Windows 7 or later), including the DPO5000, TDS7000, DPO/DSA/MSO7000 and MSO5/6 series.

Can SPMI validation be automated?

Yes. PGY-SPMI has a Python API, and it can decode long captures to cover more SPMI transactions in one run.

Do I also need an SPMI exerciser?

The software analyzes what the oscilloscope captures; it does not drive the bus. To emulate an SPMI device, generate traffic or inject errors, pair it with Prodigy’s SPMI Protocol Analyzer and Exerciser.

Where can I buy Prodigy SPMI software in Israel?

Related Prodigy products at Pertech

Validating a PMIC interface? Contact Pertech for a quote, a demo or help choosing the right tool.

SMBus Electrical Validation and Protocol Decode Software

Prodigy PGY-SMBus is electrical validation and protocol decode software that runs inside a Tektronix oscilloscope. It measures SMBCLK and SMBDAT timing and voltage levels against version 3.2 of the SMBus specification at 100 kHz, 400 kHz and 1 MHz, with limit comparison, and decodes the bus traffic, linking every packet to its waveform. Saved captures from Tektronix, LeCroy and Keysight oscilloscopes can be analyzed offline. Pertech is the authorized Prodigy distributor.

SMBus software highlights

Automated electrical measurements per SMBus specification version 3.2
100 kHz, 400 kHz and 1 MHz bus speeds, with limit comparison
Protocol data overlaid on the waveform, color-coded by SMBCLK, SMBDAT, address, data and ACK
Decoded packets linked to the electrical waveform, with a zoomed detail view of any selected frame
Data shown in hexadecimal, decimal, binary, octal or ASCII
Search to find a specific event among thousands of packets
PDF reports with configuration, measurements, images and protocol listing; CSV and TXT export
Offline analysis of .wfm (Tektronix), .trc (LeCroy) and .h5 (Keysight) files

Electrical measurements

PGY-SMBus covers timing and voltage parameters, including:

SMBCLK frequency, high and low period
Rise and fall time of SMBCLK and SMBDAT, and SMBDAT input and output rise, fall, setup and hold times
Setup and hold time of (repeated) START, setup time for STOP, data valid time and bus free time
Input low and high voltage (VIL, VIH), output low voltage (VOL), overshoot and undershoot

Where the SMBus software earns its keep

Validating platform management buses on server and PC motherboards
Smart battery and power management device compliance checks
Comparing SMBus captures from different oscilloscope brands in one tool
Documenting compliance with PDF reports for design reviews

Key Specifications

Spec	Value
Model	PGY-SMBus
Platform	Software running inside Tektronix oscilloscopes
Specification	SMBus 3.2
Bus speeds	100 kHz, 400 kHz, 1 MHz
Decode formats	Hex, octal, binary, decimal, ASCII
Search	Data and address
Reports	Customizable PDF
Export	CSV and TXT
Offline files	.wfm (Tektronix), .trc (LeCroy), .h5 (Keysight)

Frequently asked questions

Which SMBus speeds does the software validate?

It measures and decodes SMBus at 100 kHz, 400 kHz and 1 MHz, comparing each measurement against the limits in SMBus specification version 3.2.

Which oscilloscopes does PGY-SMBus run on?

It runs inside Windows-based Tektronix oscilloscopes, and uses the digital channels of an MSO for decoding where available.

Can it analyze captures from other oscilloscope brands?

Yes, offline: besides Tektronix .wfm files it reads LeCroy .trc and Keysight .h5 files.

Do I also need an SMBus exerciser?

The software analyzes what the oscilloscope captures; it does not drive the bus. To emulate an SMBus device, generate traffic or inject errors, pair it with Prodigy’s SMBus Protocol Exerciser and Analyzer.

Where can I buy Prodigy SMBus software in Israel?

Related Prodigy products at Pertech

Validating SMBus compliance? Contact Pertech for a quote, a demo or help choosing the right tool.

UART/RS232C Protocol Decode Software

Prodigy PGY-UART is UART and RS232C protocol decode software that runs inside a Tektronix oscilloscope. It turns the captured waveform into UART/RS232C messages, shows the waveform and the decoded data in one window, and overlays the ones and zeros on the signal for any selected frame. Start and stop bits, bits per byte and MSB or LSB order are all configurable, so it adapts to non-standard serial formats as well. Pertech is the authorized Prodigy distributor.

UART software highlights

Converts time-domain waveforms into UART/RS232C messages
Waveform and decoded data in a single window, with any frame linked to its waveform
Detail view overlays the binary data on the waveform of the selected frame
Configurable start and stop bits, bits per data byte and MSB or LSB first
Data shown in hex, binary, decimal or ASCII, with search across thousands of messages
Timestamps relative to the trigger position
Offline analysis from reference waveforms, WFM and CSV files
Decoded messages saved in CSV format

Where the UART software earns its keep

Debugging console, bootloader and sensor UART links
RS232C interfaces on industrial and legacy equipment
Checking serial communication alongside high-speed signals on the same high-bandwidth oscilloscope
Non-standard UART framing that generic decoders do not handle

Key Specifications

Spec	Value
Model	PGY-UART
Platform	Software running inside Tektronix oscilloscopes, including DPO/DSA70000
Protocols	UART, RS232C
Framing	Configurable start/stop bits, bits per byte, MSB/LSB order
Decode formats	Hex, binary, decimal, ASCII
Timestamps	Relative to trigger position
Offline files	Reference waveforms, WFM, CSV
Export	CSV

Frequently asked questions

Can it decode non-standard UART formats?

Yes. You can set the number of start and stop bits, the number of bits per data byte, and whether bytes are sent MSB or LSB first.

Which oscilloscopes does PGY-UART run on?

It runs inside Windows-based Tektronix oscilloscopes, including the DPO/DSA70000 series, and uses the digital channels of an MSO for decoding where available.

Can I decode signals I captured earlier?

Yes. It decodes from the oscilloscope reference waveforms, from WFM files and from CSV files, and plots the waveform alongside the decoded data.

Do I also need a UART exerciser?

The software analyzes what the oscilloscope captures; it does not drive the bus. To emulate a UART device, generate traffic or inject errors, pair it with Prodigy’s UART Protocol Exerciser and Analyzer.

Where can I buy Prodigy UART software in Israel?

Related Prodigy products at Pertech

Debugging a serial link? Contact Pertech for a quote, a demo or help choosing the right tool.

SPI Electrical Validation and Protocol Decode Software

Prodigy PGY-SPI is electrical validation and protocol decode software that runs inside a Tektronix oscilloscope. It measures SPI clock, data and chip-select timing automatically, at any bus speed the oscilloscope can capture, against limits you set, and decodes MOSI and MISO traffic. Customizable reference levels and pass/fail limits make it easy to characterize SPI signals across devices and data rates. Pertech is the authorized Prodigy distributor.

SPI software highlights

Automated SPI electrical measurements, independent of bus speed
Customizable reference levels and measurement limits for pass/fail validation at different data rates
Decodes MOSI and MISO, with protocol data overlaid on the analog waveform
Decoded packets linked to the electrical waveform, with a zoomed detail view of any selected frame
Data shown in hexadecimal, decimal, binary, octal or ASCII
Search to find a specific event among thousands of packets
CSV and TXT export and HTML reports; WFM and ISF files for offline work

Electrical measurements

PGY-SPI measures clock, data and chip-select timing, including:

Clock frequency, cycle time, high and low time, rise and fall time
Data-in setup and hold time on MOSI and MISO
Output hold time and output disable time
Chip select setup, hold and deselect time

Where the SPI software earns its keep

Characterizing SPI flash, sensor and peripheral interfaces at their rated clock
Validating timing margins when moving to a faster SPI clock
Debugging intermittent read errors by linking bad frames to their waveforms
Pass/fail checks with limits taken from a device datasheet

Key Specifications

Spec	Value
Model	PGY-SPI
Platform	Software running inside Tektronix oscilloscopes (DPO5000, TDS7000, DPO/DSA/MSO7000)
Bus speed	Custom; limited by oscilloscope bandwidth
Signals decoded	MOSI, MISO
Limits	User-defined reference levels and pass/fail limits
Decode formats	Hex, octal, binary, decimal, ASCII
Reports	HTML
Export	CSV and TXT
Offline files	WFM, ISF

Frequently asked questions

What SPI speeds can it measure?

There is no fixed SPI speed: measurements are independent of bus speed and limited only by the bandwidth of the oscilloscope.

Which oscilloscopes does PGY-SPI run on?

It runs inside Windows-based Tektronix oscilloscopes, including the DPO5000, TDS7000 and DPO/DSA/MSO7000 series, and uses the digital channels of an MSO for decoding where available.

Can I set my own pass/fail limits?

Yes. Reference levels and measurement limits are customizable, so you can validate against the timing in your device datasheet at any data rate.

Do I also need an SPI exerciser?

The software analyzes what the oscilloscope captures; it does not drive the bus. To emulate an SPI device, generate traffic or inject errors, pair it with Prodigy’s I2C/SPI Exerciser and Protocol Analyzer.

Where can I buy Prodigy SPI software in Israel?

Related Prodigy products at Pertech

Characterizing an SPI interface? Contact Pertech for a quote, a demo or help choosing the right tool.

I2C Electrical Validation and Protocol Decode Software

Prodigy PGY-I2C is electrical validation and protocol decode software that runs inside a Tektronix oscilloscope. At the click of a button it measures I2C timing and electrical parameters against the I2C bus specification (Rev 3, June 2007), and decodes the traffic between master and slave in standard, fast, fast plus and high-speed modes. Every decoded packet links back to its waveform, so a compliance failure and the frame that caused it sit on the same screen. Pertech is the authorized Prodigy distributor.

I2C software highlights

Automated electrical measurements per the I2C bus specification, Rev 3 (June 2007)
Standard, fast, fast plus and high-speed modes, for both measurement and decode
Protocol data overlaid on the analog waveform in a bus diagram, color-coded for quick reading
Decoded packets linked to the electrical waveform, with a zoomed detail view of any selected frame
Data shown in hexadecimal, decimal, binary, octal or ASCII
Search to find a specific event among thousands of packets
CSV and TXT export and HTML reports; WFM and ISF files for offline work

Electrical measurements

PGY-I2C measures the parameters the I2C specification defines, including:

SCL clock frequency, SCL high and low period
Rise and fall time
Data setup, hold and valid time, and data valid acknowledge time
Setup and hold time of the repeated START condition, and setup time for STOP
Bus free time between STOP and START

Where the I2C software earns its keep

I2C compliance checks on new boards before sign-off
Debugging timing violations between a controller and its peripherals
Verifying fast plus and high-speed I2C links at their speed limit
Labs that already own a Tektronix oscilloscope and want I2C answers from it

Key Specifications

Spec	Value
Model	PGY-I2C
Platform	Software running inside Tektronix oscilloscopes
Specification	I2C bus specification Rev 3 (June 2007)
Bus speeds	Standard, fast, fast plus, high speed
Decode formats	Hex, octal, binary, decimal, ASCII
Search	Data and address
Reports	Customizable HTML
Export	CSV and TXT
Offline files	WFM, ISF

Frequently asked questions

What is I2C electrical validation?

It checks that the I2C signals meet the electrical and timing limits of the I2C specification, such as rise and fall times, setup and hold times and clock periods, so marginal designs are caught before they fail in the field.

Which oscilloscopes does PGY-I2C run on?

It runs inside Windows-based Tektronix oscilloscopes, and uses the digital channels of an MSO for decoding where available.

Can it trigger on I2C packets?

Yes, through the oscilloscope: I2C protocol triggers are set up with the built-in I2C trigger of the Tektronix oscilloscope, and PGY-I2C then measures and decodes the captured signals.

Do I also need an I2C exerciser?

The software analyzes what the oscilloscope captures; it does not drive the bus. To emulate an I2C device, generate traffic or inject errors, pair it with Prodigy’s I2C/SPI Exerciser and Protocol Analyzer.

Where can I buy Prodigy I2C software in Israel?

Related Prodigy products at Pertech

Checking I2C compliance? Contact Pertech for a quote, a demo or help choosing the right tool.

100G Ethernet BERT and Analyzer

The Prodigy 100G 802.3-2015 BERT and Analyzer (PGY-100G-802.3_2015) tests the bit error rate of 100G Ethernet interfaces. It generates IEEE 802.3bm-2015 compliant traffic with programmable error injection and runs Reed-Solomon forward error correction in real time, so the performance of the whole interface, from PCS to FEC, can be measured and stressed. Pertech is the authorized Prodigy distributor.

100G BERT highlights

Fully compliant with IEEE 802.3bm-2015
Fixed, PRBS31, PRBS15 and incremental payload patterns
Reed-Solomon encoder and decoder per the standard, with the option to bypass scrambling and the RS encoder
Random and burst error injection at a programmable error rate, in the RS layer or the PCS after the RS encoder
Transmit and receive statistics, including RMON and detailed error counts
Real-time transmit and receive throughput display with a programmable frame rate
Fixed frame sizes from 64 to 9600 bytes, or random sizes
Two CFP ports, upgradable to four

Where the 100G BERT earns its keep

Bit error rate testing of 100G Ethernet line cards, modules and links
Measuring how well RS-FEC corrects random and burst errors
Stress testing interfaces across frame sizes and traffic patterns

Key Specifications

Spec	Value
Model	PGY-100G-802.3_2015
Standard	IEEE 802.3bm-2015
Patterns	Fixed; PRBS31, PRBS15, incremental
FEC	Reed-Solomon encoder and decoder; bypass option
Error injection	Random and burst, programmable rate; RS layer or PCS
Statistics	RMON, error counts, real-time throughput
Frame size	64 to 9600 bytes, or random
Interface	Two CFP ports, upgradable to four

Frequently asked questions

What is a BERT used for?

A bit error rate tester sends known traffic through an interface and counts the errors that come back, so engineers can measure link quality and how it behaves under stress.

Which standard does the Prodigy 100G BERT follow?

It is fully compliant with IEEE 802.3bm-2015 for 100G Ethernet.

Can it test forward error correction?

Yes. It includes a Reed-Solomon encoder and decoder, and injects random or burst errors at a programmable rate in the RS layer or in the PCS after the RS encoder, to measure how well FEC corrects them.

Which test patterns are available?

Fixed data patterns and variable PRBS31, PRBS15 and incremental patterns, with frame sizes from 64 to 9600 bytes or random sizes.

Where can I buy the Prodigy 100G BERT in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Testing a 100G Ethernet interface? Contact Pertech for a quote, a demo or help choosing the right tool.

Serial RapidIO Protocol Analyzer

The Prodigy Serial RapidIO Protocol Analyzer (PGY-SRIO-PA) captures and decodes Serial RapidIO (SRIO) traffic for protocol verification, debug and system validation. It supports RapidIO Gen1 and Gen2 signaling at up to 10 Gbaud per lane on 1-lane and 4-lane links, decodes full RapidIO 4.1 packet formats and control symbols in real time, and records both link directions at once into a buffer of up to 64 GB. The compact unit works on the bench and in the field. Pertech is the authorized Prodigy distributor.

Serial RapidIO analyzer highlights

RapidIO Gen1 and Gen2, 1.25, 2.5, 3.125, 5.0, 6.25 and 10 Gbaud per lane
4-lane links on QSFP+ and 1-lane links through an SFP+ adapter, optical or copper
Dual QSFP+ ports capture Link A and Link B at the same time, with a time-correlated dual trace view
Decodes RapidIO 4.1 Class 1 and Class 2 packets, including maintenance, messaging, doorbell, NWRITE and NREAD
Full control symbol decode, including SOP, EOP, REPLAY and link requests, plus symbol-level raw view after 8b/10b
Hardware triggers on packet fields, control symbols or an external input, with up to 8-level if-then-else state machines
Hardware filters, and up to 64 GB circular buffer with adjustable pre-trigger depth
Trigger in and out (LVTTL), Windows and Linux software, USB 3.0 Type-C, CSV and TXT export

Where the Serial RapidIO analyzer earns its keep

Protocol compliance verification of SRIO endpoints and switches
Debugging host and device interactions on both directions of a link at once
System validation in the lab and field debugging on deployed equipment
Catching rare link events with deep buffers and multi-level triggers

Key Specifications

Spec	Value
Model	PGY-SRIO-PA
Protocol	RapidIO 4.1, Class 1 and Class 2 (Gen1, Gen2)
Baud rates	1.25 / 2.5 / 3.125 / 5.0 / 6.25 / 10.0 Gbaud
Link width	1-lane (SFP+ adapter), 4-lane (QSFP+)
Connectors	2 x QSFP+ (Link A, Link B); trigger in/out SMB (LVTTL)
Capture buffer	Up to 64 GB circular; 1 GB default, pre-trigger in 125 MB steps
Triggers	Manual, protocol, external, if-then-else up to 8 levels
Filters	Hardware packet and control symbol filter; software search and filter
Host interface	USB 3.0 Gen 1, Type-C
Software	Windows 10/11 64-bit, Ubuntu 22.04 LTS
Power	12 V DC, 6 A (adapter included)

Frequently asked questions

Which Serial RapidIO versions and speeds are supported?

RapidIO Gen1 and Gen2 signaling at 1.25, 2.5, 3.125, 5.0, 6.25 and 10 Gbaud per lane, with full decode of RapidIO 4.1 Class 1 and Class 2 packets.

Can it capture both directions of a link?

Yes. Two QSFP+ ports capture Link A and Link B at the same time, and a time-correlated dual trace view shows both directions side by side.

How much data can it store?

It has a circular buffer of up to 64 GB, 1 GB by default, with pre-trigger depth adjustable in 125 MB steps, and hardware filters to keep irrelevant packets out.

Does the software run on Linux?

Yes. The software runs on Windows 10 and 11 (64-bit) and on Ubuntu 22.04 LTS.

Where can I buy the Prodigy Serial RapidIO analyzer in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Debugging a Serial RapidIO link? Contact Pertech for a quote, a demo or help choosing the right tool.

PCIe Low Power Side Band Signal Analyzer

The Prodigy PCIe Low Power Side Band Signal Analyzer (PGY-PCIeLP-SBA) measures the timing of the PCIe sideband signals on an M.2 interface (PWR, PERST#, CLKREQ# and REFCLK) against the PCIe and M.2 specifications, and reports every failure during power-on, restart and low-power entry and exit to and from L0. It runs for hours, streaming continuously to the host, and can trigger in hardware on a timing failure, which makes it a fit for long, automated M.2 SSD test runs. Pertech is the authorized Prodigy distributor.

Sideband analyzer highlights

Plots PWR, CLKREQ#, PERST# and REFCLK, with REFCLK shown as active (100 MHz) or off
Covers power-on, restart, power cycling and low-power entry and exit to and from L0
Measures TCRH OFF, TCRL ON, TPVGL, TPERST#-CLK and TPERST against the specifications
Hardware trigger on any timing parameter failure, with pre- and post-trigger data
Continuous streaming to the host for captures lasting hours, or manual stop
Summary statistics and detail per measurement; sort by pass or fail and jump from a result to its waveform with markers
Latency Tolerance Report support, with the option to overwrite the T-CRON parameter
M.2 extender board with access to all sideband signals; Windows software and report generation

Where the sideband analyzer earns its keep

M.2 SSD validation across power states and operating conditions
Debugging failures on low-power entry and exit to and from L0
Long-duration automated test environments that need to be alerted to a timing failure
Checking power-on and reset sequencing of PCIe endpoints

Timing parameters measured

TCRH OFF: CLKREQ# de-asserted high to clock parked
TCRL ON: CLKREQ# asserted low to clock active
TPVGL: power valid to PERST# input active
TPERST#-CLK: REFCLK stable before PERST# de-assertion
TPERST: PERST# assertion time

Key Specifications

Spec	Value
Model	PGY-PCIeLP-SBA
Signals	PWR, CLKREQ#, PERST#, REFCLK
Interface	M.2 (extender board included)
States covered	Power-on, restart, low-power entry and exit to/from L0
Measurements	TCRH OFF, TCRL ON, TPVGL, TPERST#-CLK, TPERST
Trigger	Hardware trigger on timing parameter failure
Capture	Continuous streaming to host; duration set by user
Reports	Summary statistics, detail, Latency Tolerance Report
Software	Windows PC

Frequently asked questions

What does a PCIe sideband signal analyzer measure?

It measures the timing of the PCIe sideband signals, PWR, PERST#, CLKREQ# and REFCLK, especially during power-on, restart and low-power entry and exit, and checks each measurement against the PCIe and M.2 specifications.

Why do sideband signals matter in low-power transitions?

When a device enters or leaves a low-power state, its sideband signals must meet the required timing. A violation can affect how the device behaves, so measuring them shows engineers where the failure starts.

Can it be used to debug M.2 SSDs?

Yes. It connects through an M.2 extender board and is designed to test and debug M.2 SSD devices under different operating conditions.

Why run sideband analysis for a long time?

Some timing failures appear only after many power-state transitions. Continuous streaming lets the analyzer run for hours and trigger on the first failure in an automated test.

Where can I buy the Prodigy PCIe sideband analyzer in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Testing M.2 SSD power states? Contact Pertech for a quote, a demo or help choosing the right tool.

100Base-T1 Automotive Ethernet Protocol Analyzer

The Prodigy 100Base-T1 Automotive Ethernet Protocol Analyzer (PGY-100BASE-T1-PA) captures and decodes in-vehicle Ethernet traffic from Layer 2 to Layer 7. It taps the two-wire, full-duplex 100BASE-T1 bus passively at the physical layer, so it adds no latency and does not disturb the network, and it streams captures continuously to the host for long test runs. Multi-level triggers on any layer, SOME/IP decode, TC10 sleep and wake-up decode and simultaneous MDIO monitoring make it a fit for ADAS and connected-vehicle ECUs. Pertech is the authorized Prodigy distributor.

100BASE-T1 analyzer highlights

Passive, non-intrusive tap of the 100BASE-T1 bus with no added latency
Four 100BASE-T1 ports, upgradable with two more, plus an MDIO/MDC port and two CAN ports
Protocol decode from Layer 2 to Layer 7, including IPv4, IPv6, ARP, TCP, UDP, ICMP and SOME/IP
Triggers on fields at every layer, from Ethernet type and MAC address to SOME/IP service and message IDs, with if-then-else multi-level logic
Decodes TC10 sleep and wake-up events of master and slave
Monitors 100BASE-T1 and MDIO/MDC activity at the same time; upgradable to CAN protocol analysis
Live decode while the test runs, per-layer analytics and FCS error reporting
Boolean search and filter, CSV and TXT export, field-upgradable software and firmware

Where the 100BASE-T1 analyzer earns its keep

Validating ECUs for ADAS and connected-vehicle functions on 100BASE-T1
Debugging SOME/IP services and message flows between ECUs
Checking TC10 sleep and wake-up behavior of automotive Ethernet PHYs
Correlating PHY management traffic on MDIO with the data on the link

Key Specifications

Spec	Value
Model	PGY-100BASE-T1-PA
Ports	Four 100BASE-T1 (two more as upgrade), MDIO/MDC, two CAN
Tap	Passive, physical layer
Protocol analysis	Layer 2 to Layer 7; MDIO/MDC decode; CAN as upgrade
Triggers	Layer 2 to 7 fields, if-then-else multi-level
Event monitoring	FCS errors; TC10 sleep and wake-up
Views	Layer 2 listing, packet view, tree view, line training view, analytics
Search and filter	Boolean expressions
Capture	Continuous streaming to host SSD or HDD
Export	CSV or TXT
Host PC	Windows 64-bit, 16 GB RAM (32 GB recommended)

Frequently asked questions

Does the analyzer affect the 100BASE-T1 network?

No. It taps the bus passively at the physical layer, so it adds no latency and captures the protocol data as it is on the link.

Which protocol layers does it decode?

Layer 2 to Layer 7: Ethernet, IPv4, IPv6, ARP, TCP, UDP, ICMP and SOME/IP, with triggers on fields at each of these layers.

Can it decode TC10 sleep and wake-up?

Yes. It decodes TC10 sleep and wake-up events of both the master and the slave PHY.

Can it monitor MDIO and CAN as well?

It monitors MDIO/MDC alongside the 100BASE-T1 traffic, and it has two CAN ports that can be upgraded to CAN protocol analysis.

Where can I buy the Prodigy 100BASE-T1 analyzer in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Validating automotive Ethernet ECUs? Contact Pertech for a quote, a demo or help choosing the right tool.

Logic Analyzer for Embedded Interfaces

The Prodigy Logic Analyzer for Embedded Interfaces (PGY-LA-EMBD), from Prodigy’s Discovery series, is a compact, PC-based 16-channel logic analyzer that combines timing analysis at 1 GS/s, state analysis at 100 MHz and protocol decode of I2C, SPI, UART, I3C, SPMI, RFFE, CAN 2.0 and CAN FD in one capture. Several buses decode at once, time-correlated with their waveforms, so circuit-level and system-level problems show up on the same screen. At 115 x 90 x 25 mm it fits on a crowded bench or in a field engineer’s bag. Pertech is the authorized Prodigy distributor.

Logic analyzer highlights

16 channels with logic and protocol analysis
1 GS/s asynchronous (timing) capture and 100 MHz synchronous (state) capture, with two state clocks on rising or falling edge
Inputs from 0 to 5 V with a user-defined logic threshold
Simultaneous decode of I2C, SPI, UART, I3C, SPMI, RFFE, CAN 2.0 and CAN FD, time-correlated with the waveforms
Pattern, pulse width and delay triggers, protocol-aware triggers on packet fields for each bus, and external trigger
Continuous streaming to the host disk over USB 3.0 Type-C for long captures
Timing, state, listing and protocol views, six markers with delta measurements, and protocol error analysis
PDF and CSV reports and a Python API

Where the logic analyzer earns its keep

Debugging hardware and embedded software integration on boards with several serial buses
Finding setup and hold violations, glitches and missing data in digital designs
Systems that mix sensor buses such as I3C and SPI with CAN or CAN FD
Field debugging, where a small, portable analyzer matters

Logic analyzer, protocol analyzer or both?

The PGY-LA-EMBD runs in logic analysis mode, protocol analysis mode or a combined mode. Logic analysis shows what each signal does in time: edges, glitches, setup and hold. Protocol analysis turns the same signals into decoded packets. Combined, a protocol error can be traced straight to the waveform that caused it.

Key Specifications

Spec	Value
Model	PGY-LA-EMBD
Channels	16
Timing (asynchronous)	1 GS/s
State (synchronous)	100 MHz, two state clocks
Input voltage	0 to 5 V, user-defined threshold
Protocol decode	I2C, SPI, UART, I3C, SPMI, RFFE, CAN 2.0, CAN FD
Triggers	Pattern, pulse width, delay, protocol-aware, external
Record length	Continuous streaming to host HDD or SSD
Markers	Six, with delta
Probes	Flying leads with female connectors; micro grabber clips optional
API	Python
Host connection	USB 3.0 Type-C
Size and weight	115 x 90 x 25 mm, 300 g

Frequently asked questions

What is the difference between a logic analyzer and a protocol analyzer?

A logic analyzer shows digital signals over time, so you can measure edges, glitches and timing. A protocol analyzer decodes those signals into packets and transactions. The PGY-LA-EMBD does both, separately or in one combined capture.

Which protocols does the Prodigy logic analyzer decode?

I2C, SPI, UART, I3C, SPMI, RFFE, CAN 2.0 and CAN FD, and it can decode several of them at the same time in one time-correlated view.

How fast does it sample?

It captures timing (asynchronous) data at 1 GS/s and state (synchronous) data at 100 MHz across 16 channels, with inputs from 0 to 5 V.

How long can it capture?

Record length is not limited by on-board memory: the analyzer streams data continuously to the host computer disk over USB 3.0.

Where can I buy the Prodigy logic analyzer in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Debugging a multi-bus embedded board? Contact Pertech for a quote, a demo or help choosing the right tool.

SMBus Protocol Exerciser and Analyzer

The Prodigy SMBus Protocol Exerciser and Analyzer (PGY-SMBus-EX-PD) tests System Management Bus designs against SMBus 3.2 at speeds up to 3.4 MHz. SMBus links the low-speed management devices in a system, such as motherboard components, batteries, temperature sensors and power management devices, and carries PCIe sideband communication. The instrument acts as master or slave, or as a standalone system with an internal master and up to three slaves, and generates and decodes traffic at the same time. Pertech is the authorized Prodigy distributor.

SMBus analyzer highlights

SMBus 3.2, SMBCLK from 1 kHz to 3.4 MHz
All SMBus protocols, from Quick Command and Send Byte to Write/Read 32 and 64, Block Write/Read, Process Call and Host Notify
Address Resolution Protocol (ARP), packets with or without PEC, and clock stretching at the slave
Drive levels from 1 V to 3.3 V in 50 mV steps, duty cycle from 10 to 90 percent
Timing parameters set by script in 5 ns steps: tCAS, tCO, tSU:STA, tSU:STO and tSU:DAT
ACK and NACK error injection; error reports including PEC errors and non-standard frames
Auto, simple and advanced multi-state, multi-level triggers with timer
Loop scripts, continuous streaming to the host disk, and a Python and C++ API

Where the SMBus analyzer earns its keep

Server and PC platform management buses, smart batteries and thermal sensors
PCIe sideband SMBus validation
Timing margin tests by sweeping setup times, clock delays and bus voltage
Automated regression of SMBus firmware with looped scripts

Key Specifications

Spec	Value
Model	PGY-SMBus-EX-PD
Specification	SMBus 3.2
Configuration	1 master + 3 slaves
SMBCLK frequency	1 kHz to 3.4 MHz
Drive level	1 V to 3.3 V in 50 mV steps
Duty cycle	10 to 90%
Timing parameters	tCAS, tCO, tSU:STA, tSU:STO, tSU:DAT in 5 ns steps
Features	ARP, PEC, clock stretching
Error injection	ACK/NACK
Triggers	Auto, simple, advanced multi-state with timer
Capture	Continuous streaming to host HDD or SSD
API	Python and C++
Host connection	USB 2.0/3.0

Frequently asked questions

Which SMBus version and speeds are supported?

The analyzer decodes SMBus 3.2 and runs SMBCLK from 1 kHz to 3.4 MHz.

Does it support PEC and ARP?

Yes. It generates and receives packets with or without the Packet Error Checking byte, reports PEC errors, and supports the Address Resolution Protocol.

Can I test timing margins?

Yes. Scripts set clock delay after start, clock-to-data delay and setup times for repeated start, stop and data in 5 ns steps, and the bus voltage is adjustable from 1 V to 3.3 V in 50 mV steps.

Can it run without the device under test providing a master?

Yes. It can work standalone with an internal master and up to three slaves, or act as either side to test a real device.

Where can I buy the Prodigy SMBus analyzer in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Validating a management bus? Contact Pertech for a quote, a demo or help choosing the right tool.

PMBus Protocol Analyzer and Exerciser

The Prodigy PMBus Protocol Analyzer and Exerciser (PGY-PMBus-EX-PD) configures, monitors and debugs power-management devices that speak PMBus, such as AC-DC power supplies and fan controllers. It acts as master or slave, generates PMBus traffic and decodes the bus at the same time. Built for both validation labs and manufacturing, it can configure a power supply quickly and store the values in the device’s non-volatile memory. Pertech is the authorized Prodigy distributor.

PMBus analyzer highlights

Configurable as 1 master and 3 slaves, with custom PMBus traffic from the GUI or scripts
SCL from 100 kHz to 1 MHz with user-defined duty cycle and SCL and SDA delays
Drive levels from 1 V to 3.3 V in 100 mV steps
ACK and NACK error injection
Auto, simple and advanced multi-state triggers on any PMBus packet
Error reports for ACK and NACK errors and non-standard frames
Generates traffic and decodes the bus simultaneously, with continuous streaming to the host disk
Python and C++ API for automation

Where the PMBus analyzer earns its keep

Validating power supplies, converters and fan controllers against the PMBus command set
Configuring power devices on the production line and storing settings in device NVM
Developing and debugging PMBus firmware in power controllers
Testing how devices respond to marginal timing and voltage levels

Key Specifications

Spec	Value
Model	PGY-PMBus-EX-PD
Configuration	1 master + 3 slaves
SCL frequency	100 kHz to 1 MHz
Drive level	1 V to 3.3 V in 100 mV steps
Timing	User-defined duty cycle and SCL/SDA delays
Error injection	ACK/NACK
Triggers	Auto, simple, advanced multi-state
Error report	ACK/NACK errors, non-standard frames
Capture	Continuous streaming to host HDD or SSD
API	Python and C++
Host connection	USB 2.0/3.0

Frequently asked questions

What is PMBus used for?

PMBus is a standard command interface for configuring, monitoring and maintaining power conversion products such as AC-DC power supplies, converters and fan controllers.

Can the PMBus analyzer be used in production?

Yes. Prodigy designed it for validation and manufacturing: it configures a power supply in a short time and can store the values in the device NVM, and the Python and C++ API lets a test station drive it.

What speeds and voltages does it support?

SCL runs from 100 kHz to 1 MHz, and the drive level is adjustable from 1 V to 3.3 V in 100 mV steps.

Can it inject errors?

Yes. It injects ACK and NACK errors, and its analyzer reports ACK and NACK errors and non-standard frames on the bus.

Where can I buy the Prodigy PMBus analyzer in Israel?

Pertech is the authorized Prodigy distributor. Prodigy offers evaluation units, free online technical support and free software updates. Contact Pertech for a quote or a demo.

Related Prodigy products at Pertech

Working on power management? Contact Pertech for a quote, a demo or help choosing the right tool.

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