Binho: Buy in India
Authorized India Partner · GSAS Micro Systems
Binho × GSAS
Binho LLC builds USB host adapters and I3C exercisers for embedded firmware development, protocol debugging, and production testing. Its flagship instrument, the Binho Supernova, implements the MIPI I3C specification across versions v1.0, v1.1.1, and v1.2 at up to 12.5 MHz, in both SDR mode and HDR-DDR, with In-Band Interrupts, Hot-Join, and all Common Command Codes, and Binho specifies its I3C role as Controller or Target. Binho states that it does not simply follow the I3C specification but helps develop it, citing participation in MIPI I3C Plugfests since 2022 and membership of the MIPI Alliance as a Contributor Member.
GSAS is an authorized India partner, providing Supernova, Pulsar, and Nova USB host adapters with hands-on application engineering, evaluation units, I3C protocol training, and technical support from offices in Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR. GSAS also supports teams moving to Mission Control 3 on the Supernova and Pulsar, from firmware updates to workflow setup.
Latest Insights
I3C FAQ for Firmware Teams: What the Bus Is, What Changes, and What You Need on the Bench
31 Jul 2026
Running the Binho Supernova as an I3C Target: Emulating a Device Against Your Own Controller
31 Jul 2026
Binho Mission Control 3 (Public Preview): Point-and-Click I2C, SPI, I3C, and GPIO
20 Jul 2026
Product Families
Binho Products by Category
Binho Supernova I3C Exerciser: Buy in India
A MIPI I3C exerciser covering spec versions v1.0, v1.1.1, and v1.2. Binho specifies 12.5 MHz I3C in SDR mode and HDR-DDR, with In-Band Interrupts, Hot-Join, and all CCCs, and an I3C role of Controller or Target so the same instrument can drive a bus of targets or present itself as one. I3C signalling spans 0.8 V to 3.3 V; the I2C, SPI, UART, and GPIO pins run 1.2 V to 3.3 V. Mission Control for interactive bus exploration, plus Python, C, C++, and C# SDKs for automated test integration.
Binho Pulsar USB Host Adapter: Buy in India
A USB host adapter in a machined-aluminum enclosure with a 50 MHz SPI controller (4x CS, all four modes), a 1 MHz I2C controller with configurable pull-ups, UART at 115200 baud with hardware flow control, and a half-duplex RS-485 interface rated -7 V to +12 V common-mode for Indian Modbus RTU work. Six configurable GPIO pins, USB 2.0 High Speed at 480 Mbps, and programmable downstream power from 1.2 V to 3.3 V. Binho publishes CAN-FD, 1-Wire, SPI/I2C Peripheral modes, I2C 10-bit addressing, and GPIO PWM as coming soon, so treat those as roadmap.
Binho Nova Multi-Protocol USB Host Adapter: Buy in India
Binho's first-generation multi-protocol adapter, listed by Binho with I2C up to 3.4 MHz (high-speed I2C), SPI up to a 12 MHz max clock speed, UART up to 1 Mbps, and 1-Wire, plus 5x shared GPIO pins at 3.3 V logic, powered directly from USB. The Nova is the entry point for embedded teams that need one USB tool for sensor bring-up, EEPROM and SPI flash work, UART console access, and 1-Wire device enumeration. Binho has not retired it: newer models offer expanded capabilities, but Binho describes the Nova as remaining "a reliable and cost-effective solution".
Binho I3C Protocol Analyzer Plugin for Saleae Logic
Binho also publishes a licensed I3C Basic℠ Protocol Analyzer plugin for Saleae Logic, which Binho introduces as "the first I3C Basic℠ Protocol Analyzer for firmware development and embedded systems testing". It decodes I3C Basic spec v1.0, v1.1, v1.1.1, and v1.2 at 12.5 MHz in SDR and HDR-DDR, covering direct and broadcast CCC decoding, In-Band Interrupts, Hot-Join requests, and private read and write, at both byte and transaction level, with real-time decoding and HLA support. Binho lists compatibility with Saleae Logic Pro 8, Logic Pro 16, and Logic 8. It is licensed software, offered under Flex Licensing (shared among team members, internet connection required) or Node-Locked Licensing (locked to specific computers, works offline), not a free download.
Binho Mission Control 3: Point-and-Click I3C, I2C, SPI in India
Binho's point-and-click host adapter software, currently in Public Preview. Mission Control 3 gives you one workbench to drive hardware over I2C, SPI, I3C, and GPIO from a single interface, composing and sequencing transactions without writing code. A visual hex editor memory programmer handles I2C EEPROMs and SPI flash, with read, write, verify, blank-check, and erase operations, binary file load and save, and transaction logging. It runs in a web browser with no installation, or as a native app on Windows, macOS (Apple Silicon), and Linux. Existing Supernova and Pulsar customers get it free of charge after a firmware update, and it comes included with new units.
Why GSAS for Binho in India
GSAS is an authorized engineering partner in India, providing hands-on application engineering, I3C protocol expertise, and local technical support across 11 offices in nine Indian cities, including Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR. Whether you are adopting the MIPI I3C bus for the first time with the Supernova, need the Pulsar's RS-485 and 50 MHz SPI for industrial and field work, or want the Nova's multi-protocol coverage for bench development, GSAS delivers evaluation units, training workshops, and INR invoicing to accelerate your embedded workflow. Contact us for evaluation programs and I3C deployment guidance from Bengaluru to Delhi NCR.
Resources
Binho Developer Resources
Binho Support & Docs
Getting started, SDK guides, firmware updates
I3C Basic Protocol Analyzer
Binho's licensed I3C decoding plugin for Saleae Logic (Flex or Node-Locked licensing)
Binho I3C Cafe
Binho's public I3C resource hub: device database, tools guide, and articles
Binho Mission Control
Cross-platform GUI for I3C/I2C/SPI/UART
Mission Control 3 (Public Preview)
Point-and-click I2C, SPI, I3C, GPIO from a browser tab or native app
Python SDK (SupernovaSDK)
Automate I3C/I2C/SPI transactions from Python
Why GSAS
Why Choose GSAS as Your Binho Engineering Partner
3
Products
I3C
Controller or Target
Pan-India
Coverage
- I3C protocol expertise: application engineering for MIPI I3C v1.0/v1.1.1/v1.2 target bring-up, sensor integration, and HDR-DDR mode testing
- Evaluation units available from Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR
- Training workshops on I3C protocol fundamentals, Supernova deployment, and Mission Control 3
- Integration support: connecting Binho adapters with SEGGER J-Link, Saleae Logic analyzers, and Arm development boards in multi-tool debug workflows
- Local procurement: INR invoicing on all Binho products (Supernova I3C Exerciser, Pulsar, Nova, and accessory boards) with GeM, SAP Ariba, Coupa, and TReDS support
Binho's India design and customer footprint clusters in Bengaluru, India's largest embedded systems and semiconductor design hub. Read our Bengaluru engineering ecosystem guide →
Available across India
Binho by City
Blog
Binho Insights
I3C FAQ for Firmware Teams: What the Bus Is, What Changes, and What You Need on the Bench
MIPI Alliance describes I3C as the successor to I2C, with legacy compatibility so that I3C and I2C devices can coexist on the same bus, a two-wire interface that supports in-band interrupts to reduce pin count, plus multi-controller support and dynamic addressing. This FAQ answers the questions firmware teams actually ask before adopting it.
Running the Binho Supernova as an I3C Target: Emulating a Device Against Your Own Controller
Binho specifies the Supernova's I3C role as Controller or Target, which means the same adapter can stand in as the device under test rather than only driving one. That second direction is how a team validates its own I3C controller, its ENTDAA implementation and its interrupt handling, before the target silicon exists.
Binho Mission Control 3 (Public Preview): Point-and-Click I2C, SPI, I3C, and GPIO
Binho Mission Control 3 is in Public Preview: a ground-up rebuild that drives I2C, SPI, I3C, and GPIO from one workbench in a browser tab or native app, with a visual memory programmer, free for existing Supernova and Pulsar customers. Available in India from GSAS.
Binho Mission Control: Point-and-Click I2C, SPI, and UART Without Writing Code
Binho's Mission Control GUI provides interactive I2C bus scanning, SPI transfers, UART monitoring, and protocol decoding, giving hardware engineers immediate bus access without writing scripts or configuring terminal emulators.
From Dedicated Analyzers to Multi-Protocol USB Adapters: A Bench Tool Evolution
The embedded engineer's bench is consolidating, from drawers full of single-protocol tools to multi-protocol USB adapters that handle I2C, SPI, UART, RS-485 and I3C from a single device with one software environment. The driver is not hardware cost, it is the scripting environment that a shared instrument makes possible.
RS-485 and Modbus Testing with Binho Pulsar for Indian Industrial Automation
RS-485 carries Modbus RTU across most of India's installed industrial base, and the specification that decides whether a link survives a real plant is the common-mode range, not the baud rate. Binho specifies the Pulsar's RS-485 interface as half-duplex with a -7 V to +12 V common-mode input, which covers the ground offsets of long runs between panels.
Binho's I3C Basic Protocol Analyzer Plugin for Saleae Logic, and How It Pairs With the Supernova
Binho publishes a licensed I3C Basic protocol analyzer plugin for Saleae Logic that decodes spec v1.0 through v1.2 at 12.5 MHz in SDR and HDR-DDR, covering CCCs, In-Band Interrupts and Hot-Join. It is a paid plugin under Flex or Node-Locked licensing, and it is a different tool from the Supernova exerciser: one watches the bus, the other drives it.
Tutorial: Your First I3C Transaction with the Binho Supernova
The shortest useful path into MIPI I3C is three steps: initialise the bus, run ENTDAA so the controller assigns a dynamic address to your target, then perform one read. This tutorial walks that sequence on the Binho Supernova using Python, and everything else in the specification builds from there.
MIPI I3C Adoption in Indian Semiconductor Design Centers
MIPI Alliance lists I3C v1.0 as a 2016 release, and the design centres in Bengaluru and Hyderabad that build sensor hubs, camera interface modules and PMICs are where its adoption in India is concentrated. The practical constraint is rarely the specification; it is having bench instrumentation that can drive an I3C bus interactively during bring-up.
I3C Sensor Bring-Up with the Binho Supernova: Bus Scanning, Dynamic Addressing, CCC Commands, and IBI
I3C sensor bring-up is not an I2C bus scan with extra steps. Before the first register read you have to reset and run dynamic address assignment, read back each target's Provisioned ID, BCR and DCR, and configure events with CCCs. This guide walks that sequence on the Binho Supernova, which Binho specifies as an I3C Controller or Target at up to 12.5 MHz.
Binho Nova: I2C, SPI, UART, 1-Wire, and GPIO in One USB Adapter for Firmware Debug
Binho lists the Nova's protocols as exactly I2C, SPI, UART and 1-Wire, at up to 3.4 MHz, 12 MHz and 1 Mbps respectively, with 5x shared GPIO pins at 3.3 V logic, powered directly from USB. For a bench that mostly runs conventional serial buses, that one adapter replaces several single-protocol tools.
Binho Pulsar: 50 MHz SPI, 1 MHz I2C, UART and RS-485 in One USB Host Adapter
The Binho Pulsar ships with a 50 MHz SPI controller, a 1 MHz I2C controller, UART at 115200 baud, half-duplex RS-485 rated -7 V to +12 V common-mode, six configurable GPIO and programmable 1.2 V to 3.3 V downstream power. CAN-FD and 1-Wire are published by Binho as coming soon, so this guide covers only what ships.
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