Binho Supernova I3C Exerciser

The Binho Supernova is among the first commercially available I3C exercisers, built to support the full MIPI I3C specification across versions v1.0, v1.1.1, and v1.2. It delivers I3C push-pull signaling at speeds from 3.75 MHz to 12.5 MHz in both SDR (Standard Data Rate) and HDR-DDR (High Data Rate, Double Data Rate) modes. The Supernova implements the advanced I3C bus features that make I3C adoption practical, dynamic address assignment eliminates hardcoded slave addresses, in-band interrupts replace dedicated IRQ lines, hot-join allows targets to connect at runtime, and controller role handoff enables multi-master topologies. These capabilities are essential for teams designing next-generation sensor hubs, camera modules, and power management ICs where I3C replaces or augments the legacy I2C bus.

The hardware is housed in a machined aluminum enclosure with USB-C connectivity and 5 RGB Neopixel status LEDs that provide at-a-glance indication of bus activity, connection state, and error conditions. Dedicated I2C, SPI, and UART pins on separate connectors mean protocol switching never requires rewiring, the Supernova can exercise I3C targets on one connector while simultaneously monitoring UART debug output or programming SPI flash on another. SPI speeds reach 50 MHz, making the Supernova capable of high-speed flash programming alongside I3C target bring-up.

The software ecosystem is built around Mission Control 3, Binho’s point-and-click host adapter application and one workbench for driving I3C, I2C, SPI, and GPIO from a single interface, letting engineers compose and sequence transactions without writing code. Mission Control 3 runs straight from a browser tab with no installation, or as a native app on Windows, macOS (Apple Silicon), and Linux (AppImage). It is free of charge for existing Supernova customers after a firmware update applied via Mission Control 2.17.3. For automated testing and production workflows, the Python SDK (SupernovaSDK) and C++ SDK provide programmatic control over every I3C, I2C, SPI, and UART transaction. Teams can script I3C target validation suites, integrate bus exercising into CI/CD pipelines, and build production test fixtures that verify I3C connectivity before shipment.

Why GSAS for Binho Supernova in India

GSAS is Binho’s authorized engineering partner in India, providing INR invoicing, evaluation units, and I3C protocol expertise from offices in Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR. Our application engineers support MIPI I3C target bring-up, HDR-DDR mode testing, and Mission Control deployment, helping Indian embedded teams adopt I3C with confidence. Contact GSAS from Bengaluru to Delhi NCR for pricing, evaluation programs, and technical guidance on the Binho Supernova.