TI TM4C1237 · ESP8266 · MSP430
32-bit ARM Cortex-M4F with analog inputs rated to ±20V, CAN bus, five SPI chip-selects, and a .NET API that installs in minutes. Three programming modes — from USB-controlled to fully autonomous.
Products
All AISC boards share the same .NET API, the same AISC Script language, and the same OmniControlPanel GUI — regardless of which board you choose.
TI TM4C1237 at 80MHz. Eight analog inputs rated to ±20V, eight 50V-protected digital inputs, eight LSD outputs, CAN 2.0B, five SPI chip-selects, I2C, and two UART ports. On-board JTAG — no external programmer needed.
All Omni One I/O, plus four onboard SPDT relays rated at 10A/230VAC for direct load switching. Mains-capable relay outputs alongside the full complement of analog, digital, and bus peripherals.
ESP8266 handles WiFi and the web interface. An MSP430G2744 manages I/O in real time over SPI. Relay outputs, digital I/O, analog inputs, and an ACS711 current sensor — all controllable from any browser on your network.
Capabilities
From rapid PC-controlled prototyping to autonomous deployed firmware, AISC boards handle the range of embedded development workflows.
USB Interface for PC-controlled I/O, Standalone Script for autonomous operation, and native C firmware via on-board JTAG. One board handles all three.
AISClib.dll exposes ReadAI(), WriteIO(), SPITransfer(), WriteCAN(), and twelve other functions. Add the DLL reference and call from any .NET language.
Analog inputs withstand ±20V. Digital inputs are optoisolated and protected to 50V. LSD outputs handle 600mW continuous. Relay contacts rated at 10A/230VAC on Omni Plus.
CAN 2.0B at up to 1 Mbit/s, five independently configurable SPI chip-selects, I2C, two UART ports, and USB Bulk — all accessible through the same API.
No J-Link, no FTDI cable, no extra hardware. Connect over USB and start debugging in Code Composer Studio. The debugger is built into the board at no extra cost.
ESP8266 connects to your local network. The MSP430 handles I/O in real time over SPI. Control relays and read sensors from any browser without an app or cloud dependency.