Power Efficiency
Low-power bedside mode tuning
Reduces wakeups and peripheral chatter while keeping alarm paths crisp.
Indicative fee: 5 200 000 Ft · informational only
Scope narrative
Bedside devices live in a narrow power envelope. We model wake sources, measure duty cycles, and tune clock trees without touching safety assertions. The work is grounded in traces you can archive next to your risk files.
Included focus areas
- Wake source accounting with annotated timelines
- Peripheral hold/release sequencing review
- ADC/DAC scheduling that respects settling constraints
- Thermal notes where power collapses intersect with packaging
- Battery model sanity check against your fuel gauge driver
- Operator-facing UX impact review for alert latency
Outcomes you can archive
- Measured power reduction with unchanged alarm behavior
- A shared vocabulary between hardware and firmware on wake budgets
- Fewer field complaints about warm chassis or short runtime
FAQ
Do you supply hardware fixtures?
We use your benches. If external meters are needed, we publish a shopping list you can procure locally.
Is clinical scenario data mandatory?
Yes. Synthetic traces help, but bedside realism comes from your anonymized workload captures.
What if marketing wants a brighter screen?
We document the power trade openly. The decision stays product-owned.
Experience notes
They refused to chase vanity percentages. The bedside traces matched what nurses actually do overnight.