The team knows the target product, but not the right semiconductor or power-component path.
AI hardware
AI hardware prototype solution path
AI hardware prototype teams usually need a combined path across chips, power components, small-batch samples, trial production, MPW, design support and sourcing. MST starts with a non-confidential brief, routes the need to real SKU, MPW, sourcing or design entry points, and keeps final fit, price, lead time and acceptance human-confirmed.
Public catalog parameters do not explain whether a part can survive the real design-in context.
MPW, packaging/test, design and sourcing decisions are connected but usually handled by separate suppliers.
What MST routes
What MST routes
Start from the scenario, then enter the correct SKU, MPW, sourcing, design, guide or RFQ path.
Ask MST AI
Start with a non-confidential requirement and let MST route SKU, MPW, design or sourcing paths.
MAZO power inductorsReview RFQ-ready power inductor SKUs for AI power and prototype rails.
Sourcing RFQTurn BOM lines, alternatives or missing MPNs into a sourcing brief.
Design supportRoute chip design, layout, verification or partner-screening needs.
MPW screeningCheck whether mature-node MPW belongs in the execution path.
What to prepare
- Application and target product stage.
- Known chips, components, benchmark MPNs or missing functions.
- Quantity range for samples, pilot or small-batch build.
- Target schedule, destination country and non-confidential end-use context.
Human-confirmed boundaries
- MST does not infer final replacement fit from public parameters alone.
- Public pages do not publish stock, price, slot, PDK access or lead-time commitments.
- Do not upload confidential design IP, controlled files or proprietary schematics through public intake.
Turn this into a non-confidential MST brief
Use the scenario prompt to generate a first routing brief. Price, stock, slot, PDK/NDA path, sample availability and replacement fit are confirmed by MST after review.