Technologies & Protocols
Proven 32-bit silicon architectures, industrial-grade field buses, and deterministic operating systems utilized in our engineering designs and architectures.
Microcontrollers & Silicon Platforms
Vendor-agnostic architecture design, from 32-bit ARM & RISC-V to multi-protocol wireless SoCs.
STM32 Microcontrollers
VIEW ARCHITECTURE →STMicroelectronics 32-bit ARM Cortex-M0+/M4/M7/M33 architectures for deterministic control and industrial gateways.
ESP32 Wireless SoCs
VIEW ARCHITECTURE →Espressif Dual-Core Xtensa & RISC-V SoCs with integrated Wi-Fi 6, Bluetooth 5 (LE), and Zigbee/Thread for edge IoT.
Texas Instruments & NXP
TI C2000, MSPM0, SimpleLink, and NXP LPC / i.MX RT crossover MCUs for high-speed motor control and industrial power conversion.
Nordic Semiconductor
Ultra-low-power nRF52/nRF53 series for Bluetooth Low Energy (BLE), multi-protocol 2.4GHz mesh, and nRF91 Cellular IoT.
RISC-V & Raspberry Pi Silicon
RP2040 & RP2350 dual-core controllers with programmable I/O (PIO), plus open-standard RISC-V cores for vendor-independent supply chains.
Microchip PIC & AVR
8-bit, 16-bit dsPIC, and 32-bit SAM architectures for dedicated sub-circuits, power sequencing, and legacy system modernization.
Communication Protocols & Field Buses
RS485
SPEC SHEET →Robust differential serial communication for industrial environments.
Modbus
SPEC SHEET →Industry-standard protocol for connecting industrial electronic devices.
MQTT
SPEC SHEET →Lightweight publish-subscribe messaging protocol for IoT telemetry.
CAN Bus
SPEC SHEET →Reliable communication network for vehicle and industrial machinery.
Firmware & Real-Time Operating Systems
Need Technical Stack Advice?
We evaluate silicon availability, peripheral requirements, and power budgets to select the optimal architecture for your device.