Embedded Perspectives
Binho
15 articles tagged with Binho.
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, CAN-FD, and I3C from a single device. Here is why and what it means.
RS-485 and Modbus Testing with Binho Pulsar for Indian Industrial Automation
RS-485 is the physical layer that underpins most of India's industrial communication infrastructure.
Binho Supernova as a Saleae Logic I3C Protocol Analyzer Plugin
Saleae Logic analyzers are on nearly every embedded engineer's bench.
Tutorial: Your First I3C Transaction with the Binho Supernova
MIPI I3C is a newer bus protocol that can feel intimidating compared to I2C.
MIPI I3C Adoption in Indian Semiconductor Design Centers
MIPI I3C has been a ratified standard since 2017. It was designed to replace I2C in applications where higher speed, lower pin count, in-band interrupts...
I3C Sensor Bring-Up with the Binho Supernova: Bus Scanning, Dynamic Addressing, CCC Commands, and IBI
A practical guide to bringing up I3C sensors using the Binho Supernova exerciser, from first bus scan through dynamic address assignment, Common Command Code sequences, private transfers, and in-band interrupt handling.
Binho Nova: I2C, SPI, UART, 1-Wire, and GPIO in One USB Adapter for Firmware Debug
The Binho Nova consolidates I2C (3.4 MHz), SPI (12 MHz), UART (1 Mbps), 1-Wire, SWI, GPIO, ADC, and DAC into a single USB host adapter, replacing a drawer full of single-protocol tools on the embedded engineer's bench.
Binho Pulsar: SPI, I2C, UART, CAN-FD, RS-485, and 1-Wire in a Thumb-Drive USB Adapter
There is a category of embedded debugging that happens away from the bench.
Binho Supernova: The First Dedicated I3C Exerciser for Embedded Teams
The Binho Supernova brings MIPI I3C v1.0 through v1.2 to the bench with HDR-DDR mode, 12.5 MHz push-pull signaling, dynamic address assignment, in-band interrupts, and a cross-platform SDK, making I3C adoption practical for hardware teams.
CAN-FD Bus Testing with Binho Pulsar for Indian Automotive ECU Validation
CAN-FD (Controller Area Network with Flexible Data rate) has become the backbone of next-generation vehicle networking.
Tutorial: Reading a TMP102 Temperature Sensor with Binho Nova and Python
This tutorial walks through a complete I2C sensor read workflow using the Binho Nova and Python.
Production EEPROM and Flash Programming with Binho Nova and Python
Many embedded products include external EEPROM or SPI flash memory alongside the main microcontroller.
Binho Nova vs Supernova vs Pulsar: Which Multi-Protocol Adapter Is Right for You?
Comparing the three Binho USB host adapters, Nova for broad protocol coverage, Supernova for I3C, and Pulsar for automotive CAN-FD and field work, to help Indian engineering teams choose the right tool.
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