SOLUTION 02 OF 04
Virtual SoC
A full system-on-chip, modelled and stress-tested against your real workload before a single gate is drawn.
WHO IT'S FOR
Is this the right starting point?
Past the go decision
You know you need silicon and now need to define the architecture.
Integrating an accelerator
You need to see how compute, memory, and I/O behave together, not just the accelerator alone.
Justifying the spend
You need modelled numbers to take to your engineering leadership or board.
WHAT YOU GET
Deliverables
System-level model
Compute, memory hierarchy, interconnect, and I/O modelled as one system.
Power, performance, area estimates
Measured under your workload, not a synthetic benchmark.
Bottleneck report
Where the system stalls, and what changing it would cost.
Candidate comparison
Alternative architectures scored side by side, with a decision record.
Design handoff specification
The selected architecture, specified for RTL design.
HOW IT WORKS
The engagement, step by step
Duration depends on system complexity: typically [__] to [__] weeks.
STEP 1
Define scope
Agree the system boundary, targets, and candidate architectures.
STEP 2
Build the model
Virtual Silicon models each candidate as a full system.
STEP 3
Stress-test
Run your real workloads through every candidate.
STEP 4
Select and document
Architecture Explorer scores the options and records the choice.
PLATFORM STAGES USED
Where this sits in the loop
See your SoC before you build it
Share your targets and workload, and we'll scope a Virtual SoC engagement.
Talk to us
— From AI to Silicon
© [Year] PathinAI Technologies Private Limited