PGY-I3C Protocol Trigger & Decode Software
The PGY-I3C Protocol Trigger & Decode Software from Prodigy Technovations is an advanced protocol analysis and debug solution designed for engineers working with I3C-based systems. Running directly inside supported Tektronix oscilloscopes, the software provides real-time protocol-aware triggering, deep packet decoding, and waveform correlation to simplify debugging and accelerate development of next-generation embedded and sensor interfaces.
Advanced I3C Protocol Analysis
PGY-I3C enables engineers to analyze I3C traffic using either live oscilloscope acquisitions or previously stored waveform data. The software supports decoding of multiple I3C frame formats, including:
The platform is designed to help engineers quickly identify protocol-level issues and validate communication between host processors and connected devices in mobile, automotive, and embedded applications.
Real-Time Protocol-Aware Triggering
The software utilizes powerful hardware-based real-time triggering capabilities available on Tektronix oscilloscopes. Engineers can trigger directly on:
This enables precise capture of difficult-to-find protocol anomalies and intermittent communication issues.
The flexible trigger engine also allows combinations of different frame types and commands, making it ideal for complex I3C validation and debug scenarios.
Deep Waveform and Packet Correlation
PGY-I3C links decoded protocol packets directly to the oscilloscope waveform display, allowing engineers to move seamlessly between packet-level analysis and physical layer behavior.
The software provides:
This tight integration between waveform and protocol analysis dramatically improves debug efficiency and reduces investigation time.
Powerful Debug and Analysis Environment
The software offers a comprehensive debug environment with:
Users can quickly search for specific protocol events, isolate errors, and focus only on relevant traffic within large captures.
Long Acquisition Memory Support
PGY-I3C supports protocol analysis on acquisition memory sizes up to 125 MB, enabling engineers to decode long protocol sessions and capture rare or intermittent events that may not appear in shorter acquisitions.
This capability is especially valuable when debugging complex embedded systems or validating long-duration communication behavior.
Flexible Operating Modes
The software supports multiple acquisition and analysis modes, including:
This flexibility allows engineers to work efficiently during both live debug sessions and offline post-analysis.
Reporting and Documentatio
PGY-I3C includes built-in reporting and export capabilities to support documentation and compliance workflows:
These features simplify collaboration between engineering teams and help maintain structured validation records.
Supported Oscilloscopes
The software is designed for Tektronix oscilloscope platforms including:
The license is locked to the oscilloscope platform for streamlined deployment in development and validation laboratories.
Ideal Applications
PGY-I3C Protocol Trigger & Decode Software is ideal for:
The solution helps engineering teams accelerate debug cycles, improve visibility into I3C communication, and reduce development risk in complex embedded designs.
PGY-I3C Electrical Validation Software
The PGY-I3C Electrical Validation Software from Prodigy Technovations is a comprehensive compliance and debug solution designed for engineers developing and validating I3C interfaces. Running directly on supported Tektronix oscilloscopes, the software automates electrical measurements, protocol correlation, and waveform analysis to significantly reduce debug time and accelerate product development.
Automated I3C Electrical Compliance Testing
The software performs automated electrical measurements according to the I3C specification, including support for:
* Fast Mode
* Fast Mode Plus
* Open Drain mode
* Push-Pull mode
* SDR and HDR-DDR timing analysis
* I2C legacy device communication validation
Engineers can automatically verify critical timing and electrical parameters such as clock frequency, rise/fall times, setup and hold timing, bus free conditions, and spike suppression requirements.
Deep Correlation Between Protocol and Physical Layer
One of the key strengths of the PGY-I3C platform is its ability to directly correlate decoded protocol packets with analog waveforms on the oscilloscope. Engineers can instantly jump from a protocol event in the decode table to the corresponding electrical waveform for rapid root-cause analysis.
The software provides:
* Linked protocol decode and waveform visualization
* Detailed packet-level electrical analysis
* Zoom-to-event capability
* Worst-case measurement identification
* Multi-acquisition debug correlation
This dramatically simplifies debugging of intermittent or marginal I3C timing issues.
Flexible Characterization Beyond Compliance
Unlike basic compliance tools, PGY-I3C allows engineers to customize reference levels and measurement limits for advanced characterization and margin testing. This enables validation teams to evaluate device performance beyond specification limits and better understand system robustness under varying conditions.
Powerful Debug Environment
The integrated debug environment helps engineers quickly isolate failures and investigate waveform behavior with:
* Detailed analog waveform inspection
* Cursor and marker utilities
* Interactive zoom controls
* Worst-case acquisition tracking
* Measurement correlation across multiple captures
The Detail View combines protocol decode, waveform display, and electrical measurements in a single screen for highly efficient analysis.
Offline Analysis and Reporting
PGY-I3C supports:
* WFM file import for offline analysis
* CSV and TXT export of measurement data
* Automated report generation
This makes it easy to document compliance results, share findings across engineering teams, and maintain validation records.
Supported Oscilloscopes
The software is designed for Tektronix oscilloscope platforms including:
* DPO/MSO5000 series
* DPO7000 series
* DPO/MSO/DSA70000 series
* MSO5 series
* MSO6 series
The license is locked to the oscilloscope platform for seamless deployment in validation laboratories.
Ideal Applications
PGY-I3C Electrical Validation Software is ideal for:
* Semiconductor validation labs
* Embedded systems development
* Sensor and mobile platform validation
* Automotive electronics development
* High-speed serial interface characterization
* Compliance and interoperability testing
The solution helps design and validation teams improve measurement accuracy, reduce manual analysis effort, and shorten development cycles for modern I3C-based systems.
SPI Flash Development kit gives engineers the total solution while working on firmware development based on the SPI flash memories.
This kit combines all the accessories of EM100Pro-G2 and SF600Plus and gives the users greater price advantages than purchasing separately.
For more information, please visit SF600Plus and EM100Pro-G2 product page.
SPI Flash Development kit gives engineers the total solution while working on firmware development based on the SPI flash memories. This kit combines all the accessories of EM100Pro-G2 and SF100 and gives the users greater price advantages than purchasing separately. For more information, please visit SF100 and EM100Pro-G2 product page.
SF700 is a all-new designed SPI Flash engineering programmer, which supports all SPI NOR Flash and SPI NAND Flash in the market.
SF700 continues to provide strong engineering mode and command line as SF600, DediProg’s another programmer, to satisfy the
demand for R&D.
Apart from the engineering application, SF700 also supports projectfile for small volume production demand. SF700 can do programming in parallel with multiple programmers or
Standalone mode.
In System Programming (ISP) method Description:
Update your SPI Flash soldered on your application board by using our dedicated programmers: SF100. When connected to the application board, the SF100 programmer can control the SPI bus to read or update the Serial Flash content in a very short time.
DediProg’s SF100 is a high speed “In System Programming” programmer to update the SPI Flash soldered on board or Freescale MCU using Ezport.
The programmer is easily controlled by the computer DediProg Software through the USB bus offering a friendly interface and powerful features to users.
SF600Plus-G2 is a high-speed Serial NOR/NAND Flash programmer with In-Circuit Programming (update the SPI Flash soldered on board) and Standalone programming (update the SPI Flash in the socket adaptor) Mode.
With DediProg SF software and the USB, it offers friendly user interfaces and powerful features.
The newly designed SF600Plus-G2 is the upgraded version of SF600 and SF600Plus, which greatly increases the programming efficiency with the SOC architecture of FPGA.
Other than the original functions of the SF600/S600Plus, it can also support SPI NAND, which will be convenient for the developer when programming.
The SF600 is a high-speed “in System Programming” programmer to update the SPI Flash soldered on board (In-Circuit Programming) or in the socket adaptor (Offline programming). The programmer is easily controlled by the computer DediProg Software through the USB bus offering a friendly interface and powerful features to users.
SF600 combines the advantages of SF100 with additional improvements: High-speed USB and higher SPI performances.
https://pertech.co.il/wp-content/uploads/2020/10/SF600_SF600Plus-Flyer_EN.pdf
Binho is proud to introduce the first I3C BasicSM Protocol Analyzer for firmware development and embedded systems testing. Leave that stack of silicon-validation equipment in the lab, speed up development, and save a pile of money all at the same time.
The Binho Nova comes along with a helpful breadboard breakout adapter and a 1 foot USB type C (male) to type A (male) cable in a soft-shell zippered case.
The Binho Pulsar USB Host Adapter allows one to interface a PC directly to hardware circuits. Featuring a USB 2.0 High Speed 480 Mbps link to the host, the Pulsar offers an unmatched value proposition in the test tool market. The Pulsar features a modern USB Type-C port, 5 x RGB LEDs for visual status indication, and a variety of DUT-facing connections all in a compact, robust machined-aluminum enclosure including integrated mounting holes.
The host adapter is able to communicate on many digital buses: I2C, SPI, UART, RS-485, 1-Wire, and CAN-FD. All of these protocols are implemented on their own dedicated pins and can be operated simultaneously. A bank of 6 x dedicated digital GPIO pins can be assigned to other related or unrelated purposes such as GPIO, interrupts, resets, chip selects, etc, as well as operating as digital PWM outputs.
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The full product datasheet is available at the link below:
Binho Pulsar Product Datasheet
The JTAG/BDM/SWD Flash Programmer is a solution that enables you to program on-board and on-chip FLASH devices on ARM/Cortex, Power Architecture, ColdFire, Blackfin, MIPS32, MIPS64, AVR32 processor cores via the JTAG/BDM/SWD port.
The PEEDI Flash Programmer is a lite version of the PEEDI Emulator and Flash Programmer.
The difference is that PEEDI Flash Programmer can’t be used for source level debugging – it doesn’t have debugger support.
The PEEDI Flash Programmer can accept commands in a console while in development or work in standalone mode in the production line. It can program up to four target devices, but in this case a multi-prog license is needed.
For more information and technical documentation:
PEEDI is an EmbeddedICE solution that enables you to debug software running on ARM, CORTEX-M0, M3, M4, M7, M33, A5, A8, A9, A15, A53, A55, A72, Power Architecture 32-bit and 64-bit, ColdFire, Analog Devices Blackfin, MIPS32, MIPS64, AVR32, XScale processor cores via the JTAG/BDM/SWD port. PEEDI provides the services needed to perform all debugging operations.
| JTAG/BDM Clock: | 2kHz –33MHz, Adaptive Clocking |
| Target Voltage: | Autosense 1.2V-5V |
| Ethernet: | 10/100BaseT |
| LEDs: | Power, Target Power, Ethernet Status, JTAG Status, 7 Segment led |
| Power Supply: | 5V / 1A 6.9V overvoltage shutdown, reverse polarity protection |
| Small robust aluminium case: | |
| Dimensions: | 115x105x34mm |
| Weight: | 270 gram |
| I/O ports: | JTAG/BDM Header 2×10, RJ45 RS232, Power Jack 2.1mm |
| Buttons: | Two on front panel, One on back panel – Reset |
Key Features:
Applications
Hardware Features
Software Features
Key Features:
Applications
Hardware Features
Software Features
Key Features:
Applications
Hardware Features
Software Features
Key Features:
Applications
Hardware Features
Software Features
The Logic MSO combines a high-performance logic analyzer with an oscilloscope in a compact, USB-based package specifically
designed for embedded systems development. The hardware supports 200 MHz of bandwidth across all four analog channels
simultaneously, with continuous gap-free recording on up to 20 digital channels for comprehensive signal analysis. Powered by the
Logic 2 software with cross-platform support for Windows, macOS, and Linux, it offers advanced protocol decoding, signal integrity
analysis, and embedded systems debugging capabilities, making it an ideal tool for engineers and developers requiring precise
signal visualization and analysis
Specifications:
The Logic MSO combines a high-performance logic analyzer with an oscilloscope in a compact, USB-based package specifically
designed for embedded systems development. The hardware supports 200 MHz of bandwidth across all four analog channels
simultaneously, with continuous gap-free recording on up to 20 digital channels for comprehensive signal analysis. Powered by the
Logic 2 software with cross-platform support for Windows, macOS, and Linux, it offers advanced protocol decoding, signal integrity
analysis, and embedded systems debugging capabilities, making it an ideal tool for engineers and developers requiring precise
signal visualization and analysis
Specifications:
The Logic MSO combines a high-performance logic analyzer with an oscilloscope in a compact, USB-based package specifically
designed for embedded systems development. The hardware supports 200 MHz of bandwidth across all four analog channels
simultaneously, with continuous gap-free recording on up to 20 digital channels for comprehensive signal analysis. Powered by the
Logic 2 software with cross-platform support for Windows, macOS, and Linux, it offers advanced protocol decoding, signal integrity
analysis, and embedded systems debugging capabilities, making it an ideal tool for engineers and developers requiring precise
signal visualization and analysis
Specifications:
The Logic MSO combines a high-performance logic analyzer with an oscilloscope in a compact, USB-based package specifically
designed for embedded systems development. The hardware supports 200 MHz of bandwidth across all four analog channels
simultaneously, with continuous gap-free recording on up to 20 digital channels for comprehensive signal analysis. Powered by the
Logic 2 software with cross-platform support for Windows, macOS, and Linux, it offers advanced protocol decoding, signal integrity
analysis, and embedded systems debugging capabilities, making it an ideal tool for engineers and developers requiring precise
signal visualization and analysis
Specifications:
The Logic MSO combines a high-performance logic analyzer with an oscilloscope in a compact, USB-based package specifically
designed for embedded systems development. The hardware supports 200 MHz of bandwidth across all four analog channels
simultaneously, with continuous gap-free recording on up to 20 digital channels for comprehensive signal analysis. Powered by the
Logic 2 software with cross-platform support for Windows, macOS, and Linux, it offers advanced protocol decoding, signal integrity
analysis, and embedded systems debugging capabilities, making it an ideal tool for engineers and developers requiring precise
signal visualization and analysis
Specifications:
The Logic MSO combines a high-performance logic analyzer with an oscilloscope in a compact, USB-based package specifically
designed for embedded systems development. The hardware supports 200 MHz of bandwidth across all four analog channels
simultaneously, with continuous gap-free recording on up to 20 digital channels for comprehensive signal analysis. Powered by the
Logic 2 software with cross-platform support for Windows, macOS, and Linux, it offers advanced protocol decoding, signal integrity
analysis, and embedded systems debugging capabilities, making it an ideal tool for engineers and developers requiring precise
signal visualization and analysis
Specifications:
There are 3 models of Multilink:
MULTILINK ACP MULTILINK UNIVERSAL LC MULTILINK UNIVERSAL FX
All Multilink debug probes offer these standard features:
MULTILINK UNIVERSAL LC and MULTILINK UNIVERSAL FX also include these features:
MULTILINK UNIVERSAL FX supports these additional advanced features:
The exceptional performance increases seen with the USB Multilink Universal FX are limited to synchronous architectures: ARM devices, Kinetis, S32, MPC55xx-577xx (& STMicroelectronics SPC5), Coldfire V2-V4, DSC, MPC5xx/8xx, and HC16/683xx.
There are 3 models of Multilink:
MULTILINK ACP MULTILINK UNIVERSAL LC MULTILINK UNIVERSAL FX
All Multilink debug probes offer these standard features:
MULTILINK UNIVERSAL LC and MULTILINK UNIVERSAL FX also include these features:
MULTILINK UNIVERSAL FX supports these additional advanced features:
The exceptional performance increases seen with the USB Multilink Universal FX are limited to synchronous architectures: ARM devices, Kinetis, S32, MPC55xx-577xx (& STMicroelectronics SPC5), Coldfire V2-V4, DSC, MPC5xx/8xx, and HC16/683xx.
There are 3 models of Multilink:
MULTILINK ACP MULTILINK UNIVERSAL LC MULTILINK UNIVERSAL FX
All Multilink debug probes offer these standard features:
MULTILINK UNIVERSAL LC and MULTILINK UNIVERSAL FX also include these features:
MULTILINK UNIVERSAL FX supports these additional advanced features:
The exceptional performance increases seen with the USB Multilink Universal FX are limited to synchronous architectures: ARM devices, Kinetis, S32, MPC55xx-577xx (& STMicroelectronics SPC5), Coldfire V2-V4, DSC, MPC5xx/8xx, and HC16/683xx.
PEmicro offers Cyclone LC and Cyclone FX production programmers. All of our Cyclones are full-featured tools for in-circuit flash programming, debug, and test. Cyclone FX programmers add features like:
PEmicro offers Cyclone LC and Cyclone FX production programmers. All of our Cyclones are full-featured tools for in-circuit flash programming, debug, and test. Cyclone FX programmers add features like:
Time is money, especially when programming many thousands of devices. For those who need the fastest programming capability, CYCLONE FX programmers provide extremely high-speed and robust debug communications rates for ARM® Cortex® devices. With debug shift speeds reaching 75 Mbits/s, the download and verification rates achieved for almost every ARM Cortex device, even low-speed Cortex M0 parts, are in the MBytes per second range.
This results in the following advantages :
Windows 7/8/10: 32-bit (x86) or 64-bit (x64)
Windows 11: 64-bit (x64)
Item number PAXLBK30
These label kits provide a unique way to identify your display with one of 189 different engineering units. The label lights up from inside the PAX or PAX Lite Meters where it is protected from washdown and dirty environments
Item number CBLMOD01
The CBL MODICON (RS232) is a 10-foot communication cable designed to connect Graphite®, DSP, G3, or Modular Controller series devices to Modicon programmable logic controllers or other devices utilizing the RS-232 communication protocol. Facilitates seamless serial data exchange between Red Lion HMIs/controllers and Modicon equipment.
Item number CBLYAS02
The YASKAWA FSP DRIVE cable provides a 10-foot connection between Graphite®, Data Station Plus (DSP), G3, or Modular Controller units and Yaskawa FSP series drives. This cable enables seamless communication for drive control and data acquisition.
Item number CT005001
The Model CT measures currents up to 50 amps with a 100 mA AC output.
Item number CBLIDE03
The G3/MC TO IDEC MICRO SMART is a 10-foot communication cable specifically designed to connect Graphite®, DSP, G3, or Modular Controller series devices to the IDEC MicroSmart Series of programmable logic controllers. This reliable cable facilitates seamless data exchange and communication between these industrial automation components.
Item number WF1000BK
The 1 FT BALANCED KNURL WHEEL features a 1-foot knurled aluminum tread, providing excellent grip on surfaces like rubber, coarse weave fabrics, wood, foam, and insulation. This design ensures reliable traction for demanding applications. Engineered for a maximum speed of 3000 RPM, this wheel offers high-performance material handling.
Item number PWR-RM12-A-15
The 15’ PWR-RM12-A-15 Power Cable with IP67 Rating is designed for use with N-TRON® M12 products. This IP67 rated, shielded, straight 15-foot power cable has a 90 degree M12 connector on one end and bare wire on the other. Suitable for indoor/outdoor use and direct burial, offering superior performance in harsh industrial and environmental conditions.
Item number NT10GSFP-LR-80
The 10G Base ER SM SFP 80km is a 10 Gigabit Ethernet single-mode SFP+ transceiver with an LC style connector.Designed for extended reach (ER) applications up to 80km, it’s compatible with N-TRON®’s NT328G Series and other 10 Gigabit Ethernet switches, providing high-bandwidth fiber connectivity over very long distances.
Item number CBLRLC05
The CBL G3/MC RS485 JUMPERED is a ten-foot communication cable designed for direct connection between two Graphite®, DSP, G3, or Modular Controller series devices. Utilizing RJ45 connectors on both ends, this cable facilitates communication via 2-wire RS-485 mode, enabling efficient data exchange between compatible Red Lion HMIs and controllers.
Item number NTSFP-SX
The 1000BASESX MM SFP 550M is a Gigabit multimode SFP (mini-GBIC) transceiver with an LC style connector. Operating at an 850nm wavelength, it supports 1000BaseSX Ethernet over multimode fiber for distances up to 550 meters. With a TX power of -9.5dBm (min) and RX sensitivity of -17dBm (max), it ensures reliable high-speed Gigabit connectivity for N-TRON® 7000 Series and compatible switches.
Item number PMM000PWACP00000
The PM-50 AC to DC Power Module adds AC power input to PM-50 Graphical Panel Meters.
Item number CBLRLC02
The CBL RJ12-RJ12 10′ CROSSED is a ten-foot communication cable designed for direct connection between two Graphite®, DSP, G3, or Modular Controller series devices. Featuring RJ12 connectors on both ends with a crossed wiring configuration, this cable facilitates specific communication protocols between compatible Red Lion HMIs and controllers over a convenient ten-foot length.
Item number CBLMDM00
The CBL MODEM 9PIN MALE is a 10-foot communication cable designed to connect Graphite®, DSP, G3, or Modular Controller series devices to a modem equipped with a standard DB9 male connector. Facilitates seamless data exchange and communication for remote access and data transfer applications.
Item number 2ZR6AA-100
The durable 2ZR6AA-100- 100′ Multimode Duplex Fiber Optic Cable with ST-ST connectors help add fiber capability to industrial applications. 100 feet in length, diameter of 62.5/125, wavelength of 1310nm, and maximum insertion loss of 0.4dB. Safety rated and high performing in harsh conditions from -20 to 70 °C.
Item number CAT5E-XM12-XAM12-23
The 23ft shielded Gigabit CAT5e cable provides a robust, high-speed connection for industrial devices. Featuring a straight X-Code M12 connector and a space-saving 115-degree angled X-Code M12, it offers flexible routing in tight setups. Shielding ensures reliable gigabit data transfer between M12 ports by minimizing EMI/RFI. Ideal for short, secure links.
Item number 2ZR6AC-6
The durable 2ZR6AC-6 – 6′ Multimode Duplex Fiber Optic Cable with ST-LC help add fiber capability to industrial applications. 6 feet in length, diameter of 62.5/125, wavelength of 1310nm, and maximum insertion loss of 0.4dB. Safety rated and high performing in harsh conditions from -20 to 70 °C.
Item number 2ZR8AA-3
The durable 2ZR8AA-3 – 3′ Singlemode Duplex Fiber Optic Cable with ST-ST connectors help add fiber capability to industrial applications. 3 feet in length, diameter of 8.3/125, and maximum insertion loss of 0.4dB. Safety rated and high performing in harsh conditions from -20 to 70 °C.
Item number TMPCNM03
Miniature Connectors are for use with the Miniature Quick Disconnect TC Probes. They are available in both male and female termination, and include a “write on label” for easy identification.
Item number CAT5E-XAM12-RJ45-22
The 22ft Gigabit Shielded CAT5e cable is engineered for reliable high-speed data transfer in industrial and outdoor settings. It features a robust, space-efficient 115-degree angled X-Code M12 connector, ensuring secure connections to standard RJ45 ports.
Item number CBLGEN02
The CBL RS232 BARE WIRES is a 10-foot communication cable designed to connect Graphite®, DSP, G3, or Modular Controller series devices to RS-232 interfaces via unterminated (bare) wires. Provides flexibility for custom wiring configurations, allowing connection to a variety of devices with open RS-232 terminals. Ideal for specialized integration scenarios requiring direct wire connections.
Item number WF1000OF
1 foot flat polyurethane tread for use on soft, smooth material; paper, matting, cardboard, fine weave textiles. The maximum speed 600 RPM.
Item number CBLSIE05
The G3/MC-SIE 545/555 RS232 is a 10-foot communication cable facilitating RS-232 connection between Graphite®, Data Station Plus (DSP), or G3 Modular Controller units and Siemens 545/555 PLCs.
Item number URMK
This accessory is a universal rack mount kit used for mounting various equipment in a standard rack.
Item number CAT5E-XM12-XM12-250
The 250ft shielded Gigabit CAT5e cable features secure straight X-Code M12 connectors on both ends for direct device-to-device connections. Shielded against EMI/RFI for consistent high-speed data in demanding environments. Durable construction ensures dependable long-distance M12 connectivity.
Accessory for Ixxat Mobilizer
Item number 1.04.0143.00003
The Ixxat Mobilizer power cable is a practical accessory, specially developed for the Ixxat Mobilizer variants. It provides a simple and efficient power connection and is ideally suited for the use of the device in various applications.
Item number 2ZR6CC-800
The durable 2ZR6CC-800 – 800′ Multimode Duplex Fiber Optic Cable with LC-LC connectors help add fiber capability to industrial applications. 800 feet in length, diameter of 62.5/125, wavelength of 850nm, and maximum insertion loss of 0.4dB. Safety rated and high performing in harsh conditions from -20 to 70 °C.
Item number MLPS2000
The MLPS2 provides a 24 VDC output and can be powered from an 85-250 VAC source. The Model MLPS power supplies are designed to attach to the rear of the Micro-Line Series.
