Accelerating hardware-software co-design with XLS
Problem
Developers need faster ways to iterate on hardware designs, verify them in software simulators, and generate hardware IP that also serves as efficient host software, but current toolchains lack integrated high-level synthesis and verification capabilities.
Pain points
- Hardware designers spend considerable time manually converting high-level specifications to synthesizable HDL, slowing iteration.
- Lack of tools that let hardware designs be simulated and verified quickly in software before physical implementation.
- Need for co-design between hardware and software teams to share artifacts and cost models.
Questions to verify
- Would you use a tool that lets you simulate and verify hardware designs in software before synthesis to accelerate iteration?
- Do you currently spend a significant amount of time manually translating high-level specifications into Verilog/SystemVerilog?
- Would you be willing to adopt a unified toolchain that integrates hardware generation with host software verification and co-design?
Evidence
quote
The ability to run and verify hardware designs quickly in software simulators is the key to rapid iteration of hardware designs, which is the key to more robust hardware, faster.
quote
XLS enables the rapid development of hardware IP that also runs as efficient host software via "software style" methodology.
Disclaimer: this card is distilled by AI from community discussions as “pain point evidence”. It is a starting point for need analysis and validation, not a “validated market need”. AI has analytical limits; please open the original discussion above to manually verify before key decisions.