Embien delivers risc-v embedded development services for teams moving a product from Arm or a legacy MCU architecture onto RISC-V silicon — bootloader, BSP, drivers, and toolchain work included. Our risc-v embedded development services cover the same firmware-to-cloud scope we bring to any silicon platform, now applied to a RISC-V core.
Most vendors offering risc-v embedded development services stop at a working toolchain and a reference BSP. Embien's semiconductor development support for risc-v transitions goes further: bootloader and secure boot bring-up, device driver porting, interrupt controller configuration, and application-layer validation on the target silicon.
That depth matters because embedded system migration and modernization on risc-v is rarely a clean rewrite — it usually means porting linux to risc-v alongside an existing driver and middleware codebase written for a different architecture. Our own engineering team wrote up the real gaps in that process in preparing for RISC-V: overcoming development ecosystem gaps, and our embedded OS porting and BSP development practice is where most risc-v embedded development services engagements start.
Four proof points buyers evaluate before trusting a partner with embedded system migration and modernization on risc-v.
Bootloader and secure boot bring-up on RISC-V cores, including risc-v plic and clic interrupt controllers configuration for deterministic interrupt handling.
Device driver and BSP migration as part of embedded system migration and modernization on risc-v, so existing peripheral support carries over to the new silicon.
Porting linux to risc-v and RTOS ports for products moving off Arm or legacy MCU cores, validated against real target hardware.
Toolchain setup, board bring-up, and application validation — the semiconductor development support for risc-v transitions buyers ask about most.
Select the risc-v embedded development services that match your silicon transition stage.
Secure boot, BSP, and interrupt controller bring-up on RISC-V, including risc-v plic and clic interrupt controllers work.
Device driver migration and validation as part of embedded system migration and modernization on risc-v.
The real ecosystem gaps behind semiconductor development support for risc-v transitions, documented from our own engineering experience.
Share your current architecture, target RISC-V core, and timeline. Our team can scope risc-v embedded development services from bootloader through application validation.
Bootloader and secure boot bring-up, BSP and driver porting, interrupt controller configuration, RTOS or Linux porting, and application-layer validation on the target RISC-V core.
Tell us about your current architecture and target RISC-V core, and an engineer will follow up directly.