SIGLENT’s function generators / arbitrary waveform generators use advanced Digital Frequency Synthesis (DDS) technology to produce high quality standard function and arbitrary waveform signals. They also provide a wide range of analog and digital modulation functions.
SIGLENT’s SDM3000 Series Digital Multimeters are dual-display multimeters offering 4½, 5½ and 6½-digit resolution with up to 35 PPM DCV accuracy and a powerful feature set at an excellent price.
Siglent’s innovative spectrum analyzers provide reliable measurement precision and a wide range of RF measurement functions. They incorporate all-digital IF technology and have frequency ranges from 9 kHz to 7.5 GHz for use for almost any application.
SSG6000A meet the stringent requirements of microwave and millimeter wave testing with reliable performance and provide another choice in size, speed and cost, especially suitable for applications that pursue program efficiency but have limited testing budget and space.
SSG6000A Series RF Signal Generator supports AM and pulse modulation, pulse sequence generator, power meter control and other functions. With standard OCXO reference hardware module inside ensures high-precision and high stability signal output. It is not only an ideal local oscillator and clock source, but also a high-performance analog signal source. It is suitable for various application scenarios such as R&D and production. SIGLENT provides a total solution including proven reliability and standard 3 years warranty plus pre-sale and post-sale support.
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.
Key Features
Supports the latest I3C BasicSM Specification (v1.1.1)
Support for 12.5MHz Single Data Rate (SDR) Mode
Direct & Broadcast CCC Command Decoding
Support for In-Band Interrupts and Hotjoin Requests
Support for Private Read & Private Write
Byte-Level and Transaction-Level Decoding
Real-Time Decoding & HLA Support
Support for Automated I3C Testing
Software Compatibility
Works with Logic 1.x (version Logic 1.2.29 and up)
Works with Logic 2.x (version Logic 2.3.43 and up)
Cross-Platform Support (Windows, Mac, & Ubuntu)
Hardware Compatibility
Saleae Logic Pro 8 and Logic Pro 16
Saleae Logic 8 (I3C Bus Voltage cannot be less than 1.8V)
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.
Support for MIPI I3C Basic v1.0 and v1.1.1
12.5MHz SDR mode and HDR-DDR mode support
I3C Controller and Target role support
Supported voltage range from 0.8V to 3.3V
Can provide downstream power to test circuit, programmable voltage.
Implements best-in-class coax wire harness to maintain signal integrity.
But wait, there’s more:
Supports I2C Master
Support for SPI, UART, and GPIO operations coming soon
Download our Product Brief for additional details. More documentation will be published before launch.
Use our Binho Mission Control cross-platform desktop GUI software to point-and-click to send I3C Transactions. Supernova also comes with a fully-baked python library to make automated testing a breeze. We even provide examples for real-time data streaming from I3C Targets using Jupyter Notebook. For those looking to implement Supernova into their own software applications, we also offer a C/C++ SDK for direct device access.
Supernova comes everything you need to get up and running:
1 x Binho Supernova
1 x I3C Wire Harness
3 x Qwiic Cables
30 conductor ribbon cable
2.54mm Breakout Board
1 x USB Type C to USB Type C Cable
1 x USB Type C to USB Type A Adapter
2 x Mounting Screws
Zippered Case
Kvaser DIN Rail SE410S-X10 is a powerful Ethernet to CAN/CAN FD interface with support for Kvaser t programs. It has 4 CAN/CAN FD channels, support for I/O via add-on modules and 16GB flash storage. Kvaser DIN Rail SE410S-X10 acts as a master for the add-ons. The housing has a smart mounting clip that attaches to a DIN rail for easy installation. The communication between the I/O modules and the Kvaser DIN Rail SE410S-X10 uses an optical bus, thus there is no need for cables in between. The I/O modules can be controlled either from Kvaser’s CANlib SDK (over Ethernet) or directly on the unit using Kvaser t programs. The Kvaser DIN Rail SE410S-X10 is compatible with applications that use Kvaser’s CANlib SDK.
The Kvaser Ethercan HS is a powerful, real-time Ethernet to CAN interface that, when linked over the Internet to an Ethernet-equipped PC, allows CAN data to be remotely accessed from anywhere in the world. Built-in Power over Ethernet (PoE) eliminates the need for a separate power cable when you can’t power the device from the CAN bus.
Kvaser’s Ethercan product range makes it easy to implement the Internet of Things (IoT) concept by enabling data from any CAN product or system to be sent over a corporate network or WAN, using the standard Kvaser CANlib API. Users of the Kvaser Ethercan HS can also choose to connect to the device using the built-in REST API for web-enabled devices, such as smartphones.
As a programmable interface, the Kvaser Ethercan HS is suited to advanced applications, such as ECU reflashing. For example, a t program could be created to process CAN messages locally in the device, removing the latency of WiFi and/or Ethernet.
The Kvaser Ethercan Light HS is a CAN to Ethernet interface that, when linked over the Internet to an Ethernet-equipped PC, allows CAN data to be remotely accessed from anywhere in the world.
Ethercan makes it easy to implement the Internet of Things (IoT) concept by enabling data from any CAN product or system to be sent over a corporate network or the Cloud, using the standard Kvaser API. The Kvaser Ethercan device can be configured with a static IP and comes with an Ethercan Factory Reset Device to reset the configuration to factory default DHCP settings at the push of a button.
