Engineering custom multi-peripheral compute boards from Mumbai. Powered by open-standard RISC-V processors, 1GbE Ethernet, 4K HDMI, USB-C PD, Micro-USB UART, and live OLED telemetry.
RISC-V 1.8GHz
Custom PCB Lead Time
Open Schematic Standard
Built for industrial IoT, embedded AI acceleration, and edge Linux computing.
64-Bit RV64GC Microprocessor @ 1.8GHz with integrated Vector extension for AI edge inference and low latency.
1GbE RJ45 Ethernet, HDMI 2.0 (4K 60Hz), USB 3.0 Type-A, USB-C PD (20V/3A), and Micro-USB UART debug console.
On-board monochrome OLED display showing real-time CPU thermal stats, IP address, and system health status.
Bootable MicroSD UHS-I slot alongside a 40-pin GPIO expansion header supporting SPI, I2C, UART, CAN Bus, and PWM.
Toggle high-speed signal layers, differential pair traces, and BGA pad fanouts in real time.
Combining industrial open-hardware reference schematics with proprietary peripheral optimization for enterprise clients.
We adapt high-reliability timing schematics for sub-nanosecond clock synchronization across high-speed expansion modules.
Utilizing 4-layer and 6-layer power rail decoupling stackups to guarantee zero voltage drop under heavy RISC-V workloads.
Re-using impedance-calibrated microstrip tracks to deliver crystal-clear 4K HDMI 2.0 video output and Gigabit Ethernet.
By starting with pre-validated reference blocks, we reduce custom board prototyping cycles from 12 months down to 4 weeks.
Tailor your custom board specifications and receive an instant manufacturing estimate.
Test simulated Linux boot commands and hardware diagnostics on the MS-RV1 board directly from your browser.
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