RISC-V Engineering Services

Bring-up, embedded Linux, compiler/toolchain work, and RVV performance. If you’re building on RISC-V and need a team that can operate across hardware and software, we can help.

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From prototype to production

RISC-V projects often fail in the cracks between domains: toolchain quirks, driver boundaries, and integration timelines. We bring pragmatic experience across embedded software, compilers, and system integration to get your RISC-V platform stable and fast.

Embedded Software RTL Design Services FPGA Design Services

What we do

RISC-V Bring-Up & BSP

Boot flow, device tree, drivers, and board support packages for RISC-V platforms. From first boot to stable production software.

Embedded Linux on RISC-V

Kernel configuration, drivers, rootfs, hardening, and CI. We help teams ship maintainable embedded Linux for RISC-V devices.

Compiler / Toolchain Work

LLVM/MLIR pipelines, codegen investigation, build system improvements, and performance-focused toolchain tuning.

RVV (Vector Extension) Optimization

Performance analysis and vectorization strategy for RISC-V Vector Extension (RVV). Practical wins, not theory.

SoC / FPGA Integration

Integrate RISC-V cores into a system with accelerators, DMA, PCIe/Ethernet, and memory. End-to-end validation and debug.

Performance, Profiling & Debug

Tracing, profiling, and low-level debug to find bottlenecks and stability issues across hardware/software boundaries.

Common RISC-V project needs

First boot + console

Device tree & drivers

DMA & interrupts

Toolchain + build

RVV performance

CI + reproducibility

How to compile a Large Language Model (LLM) to RISC-V

MLIR/LLVM flow and generating RISC-V vector extension code.

How to generate RISC-V vector code from Tensorflow

Generating RVV assembly from Tensorflow via XLA.

Frequently Asked Questions

Do you support commercial RISC-V development, not just research?

Yes. We focus on deliverables that ship: bring-up, BSP, drivers, toolchains, CI, and performance work that fits real product constraints.

Can you help with RISC-V vector extension (RVV) performance?

Yes. We can analyze kernels, recommend vectorization strategies, and help validate that RVV codegen and runtime behavior match expectations.

How does this relate to FPGA design services?

Many teams prototype SoCs and accelerators in FPGAs. We can support the full stack: RTL/FPGA integration plus RISC-V software and toolchain work.

Need RISC-V help?

Share your platform, current blockers, and performance goals. We’ll respond with a concrete plan to move you forward quickly.