From a single accelerator block to a full HLS flow rollout — senior, hands-on hardware design help for ASIC and FPGA teams.
Requirements, interfaces, and acceptance evidence are agreed first. Each service includes a reproducible handoff.
Digital block design from synthesisable C++ to RTL: microarchitecture, bit-accurate types, interfaces, constraints, and target-aware optimisation.
Map an algorithm to hardware with fixed-point analysis, pipelining, parallelism, memory banking, and dataflow design against your performance targets.
Establish a consistent HLS flow with coding guidelines, a verification strategy, and hands-on mentoring for your engineers.
Build self-checking C++ tests with reference comparison, randomisation, and coverage. Define co-simulation, equivalence, and sign-off evidence.
Re-architect suitable Verilog or VHDL blocks as maintainable C++ HLS designs, preserving agreed behaviour and interfaces.
Choose the starting point that fits what you already know. These are alternatives; your project does not need to go through each one.
Ready to implement? Start with design and delivery once scope and acceptance evidence are agreed.
Videalt is an independent consultancy, so engagements stay flexible. Work is remote-first, and on-site when the project benefits from it.
A defined block with agreed deliverables and acceptance evidence, from C++ architecture through verified RTL.
Senior HLS design capacity working alongside your team, inside your flow, reviews, and schedule.
Short, focused work: design reviews, HLS feasibility studies, and HLS tool evaluations.
These topics shape how work is scoped and handed over, and can be discussed before any sensitive material is exchanged.
Yes. A confidentiality agreement or a specific secure exchange process can be agreed before any sensitive material is shared, and the first conversation does not require proprietary details.
Ownership and delivery of source, generated RTL, scripts, constraints, and project IP are agreed in writing before work starts. The aim is a complete, reproducible handoff that your team can maintain.
Tool, simulator, library, and target-platform access is agreed during scoping, because it determines where the work runs and how results are reproduced in your environment.
Work is remote-first, with on-site time when the project benefits from it.
A short description of the block, the target ASIC technology or FPGA family, interfaces and constraints, performance goals, and the decision you need to make. A complete specification is not required.
Send a short description of your project and we will suggest an approach, with no obligation.