Engineers
Where is this declared, which library does it resolve to, what did that change touch? The project already knows.
Explore EngineersThe same product, read from where you sit
Engineering leaders
AI lets every engineer reach into the next stage. Keeping one design coherent across those hand-offs is the leadership problem.
Explore Engineering leadersCAD managers
Standardize the front end across teams and sites without changing the toolchain.
Explore CAD managersVerification
A missing UVM factory registration, an unmapped VIP, a config_db key that does not match. None of them are design bugs.
Explore VerificationPurchasers
Terms, licensing, the pricing model, deployment and support scope, with framework agreements so every division buys the same way.
Explore PurchasersWhere Sigasi is used
Aerospace
Mission-critical RTL development with deterministic validation and governed workflows.
Explore Aerospace
Automotive
Scale complex ASIC and FPGA programs with safety-aware engineering practices.
Explore Automotive
Defense
Keep engineers in control of AI-assisted RTL in high-assurance environments.
Explore Defense
Energy
Build dependable RTL for power grid infrastructure with deterministic validation.
Explore Energy
Fintech
Develop low-latency FPGA trading systems with deterministic, review-ready validation.
Explore Fintech
Industrial
Manage large, evolving FPGA and mixed-language codebases with governed workflows.
Explore Industrial
Medical
Develop safety-aware medical device RTL with disciplined, review-ready engineering practices.
Explore Medical
Semicon
Move faster from FPGA prototype to ASIC ready projects with mixed-language project intelligence.
Explore Semicon
Telecom
Keep telecom-scale ASIC and FPGA infrastructure reliable with deterministic validation.
Explore TelecomJoin more than 300 leading chip design companies
Sigasi Visual HDL is used by more than 300 companies developing ASICs and
FPGAs, from teams of three to engineering organizations of several thousand.
We do not publish their names. What we can tell you is what their engineers
build.
- The EUV lithography machines that print the world’s most advanced chips.
- The silicon inside the world’s most renowned smartphones.
- Avionics and engine control systems for commercial and military aircrafts.
- Radar and secure communication systems in defense programs on three continents.
- The signaling that keeps high-speed rail networks running safely.
- Detectors at the largest particle physics experiments in the world.
- Spacecraft that have to work for a decade without service.
- Imaging systems used in hospitals and operating theaters.
- Test and measurement instruments that other engineers calibrate against.
- Trading systems where microseconds determine profit margins.
If you are evaluating Sigasi and need references before you can decide, ask
us. We will send you a reference list, and where the customer agrees, we will
put you in touch with an engineer who has already run the evaluation you are
about to run.
Read what some of our customers have to say
Request a reference list
Tell us where to send it. We will mail you the reference list, and we will let you know which of those teams are open to a conversation.
Evaluate Sigasi on a real project
Whichever page brought you here, the next step is the same: one active ASIC or FPGA project, on your own infrastructure, with your own numbers at the end of it.
