The launch window does not move, and certification is on the critical path. Consumer products are decided by cost, certification and ramp rather than by capability — a design that is elegant and three months late has failed, and multi-region radio approval is where most of that lateness originates.
| Application | Platforms drawn on | Products involved |
|---|---|---|
| Connected consumer device development | Connected Edge | Multi-TECH device platform |
| Wireless design and certification | Radio, Connected Edge | BLE, Wi-Fi, cellular modules |
| Wearable device engineering | Connected Edge | Low-power firmware, sensing, enclosure |
| Connected appliance platforms | Connected Edge | Provisioning, OTA, cloud |
| Audio and mixed-signal subsystems | Silicon | ADC IP, clocking, power management |
| Volume manufacturing transition | Silicon, Connected Edge | Test strategy, yield analysis |
Everything for this sector
Assembled from one registry rather than written per page, so a link added anywhere appears from both ends.
Radio certification. Approval in each target region sits on the critical path, and test slots are booked against a design that is not finished. Planning the certification route at architecture rather than at the end is the single highest-return scheduling decision.
By duty cycling, radio reporting policy and sleep-state design — all architectural decisions. Cell chemistry and capacity matter far less than how often the device wakes and transmits.
Yes. Design for manufacture, test strategy, pilot build, yield analysis and lifecycle support are part of the engagement rather than handed over at prototype.
Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.