Bug escapes are no longer inevitable

System Architecture
Formal Sign-Off

Formally proves cache coherence & that the system will not deadlock.

High-Risk Blocks
Formal Sign-Off

Finds all bugs in high-risk blocks & proves the absence of bugs.

Post-Silicon
Formal Debug

Shortest time to post-silicon bug discovery, fix, and validation of fix.

WATCH: WHY DO BUG ESCAPES SEEM INEVITABLE? | 1:51

Bug escapes are no longer inevitable

System Architecture
Formal Sign-Off

Formally proves cache coherence and that your system will not deadlock.

High-Risk Blocks
Formal Sign-Off

Finds all bugs in your high-risk blocks & proves the absence of bugs.

Post-Silicon
Formal Debug

Shortest time to post-silicon bug discovery, fix, and validation of the fix.

WATCH: WHY DO BUG ESCAPES SEEM INEVITABLE? | 1:51

What are your high-risk blocks?

Post-silicon bugs are exacting a tremendous toll at advanced process nodes. Typically, days or weeks of silicon runtime are required to hit these “superbugs”, followed by weeks of root-cause analysis to isolate each superbug to a single “high-risk block”. The extreme corner cases required to hit superbugs put them beyond the reach of simulation, emulation, and mainstream formal methods. Fortunately, high-risk blocks can be identified early and formally signed-off long before your schedule says it is time to tape-out.

CPU

GPU / AI / ML

Networking

Ethernet

Wireless

HIGH-RISK BLOCKS FORMAL SIGN-OFF

Clients & Cases

From start-ups to the world’s largest semiconductor companies, we work alongside our clients to deliver full-featured and on-time working silicon.

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CLIENT CASE STUDIES

How can we help you?

Get in touch to achieve full-featured and on-time working silicon.