Technology
Every engineering supplier claims depth. The claim is unfalsifiable, which is exactly why it is made so freely. What is falsifiable is method — whether a supplier can say what static timing analysis signs off and what it cannot, why a design at ninety per cent utilisation is a schedule risk, or where the control plane should end. These pages answer those questions so you can check them.
The flow, the signoffs, and the five places programmes reliably stall.
Where the physics constrains the architecture, and where the architecture has to admit its own boundary.
A capability list cannot be wrong, which is why it also cannot be persuasive. A statement that gate-level simulation catches reset behaviour that static timing analysis structurally cannot is either right or it is not, and an engineer reading it will know within a sentence.
So these pages take that risk deliberately. They describe the flow, the stack, the trade-offs and the failure modes — including the ones that were expensive to learn.
Detailed discussion, specific foundry and node experience, and mechanism-level security detail all happen under a non-disclosure agreement. Everything above that line is here.
Platforms describe capability families organised around what customers build. Technology describes method — the flow, the stack, the trade-offs and the failure modes. Platforms answer what Faststream can work on; Technology answers how.
Because a capability claim cannot be wrong, and therefore cannot be persuasive. A statement about what a particular signoff does and does not prove is checkable by a reader who knows the subject, which is the only kind of claim worth making.
Yes, under a non-disclosure agreement — including specific foundry and node experience, mechanism-level security detail, and customer implementation detail.
Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.