Project Overview

This project builds a brand-new hardware and software platform targeting smart home IoT interconnection scenarios, with a clean-slate architecture that leaves room for future expansion.

Scope Of Work

The scope covers RF circuit design, antenna simulation and tuning, hierarchical power management circuit development, embedded Bluetooth protocol stack porting, data forwarding logic coding and PC configuration tool development. Engineers conduct power profiling under standby, polling and data transmission modes to hit ultra-low power consumption KPIs.

The hardware keeps reserved IO and expansion space intentionally, lowering the development threshold of follow-up derivative variants.

Validation & Delivery

Compatibility verification is executed across dozens of third-party sensor peripherals to guarantee interoperability under different network topologies.

Standardized document control is enforced throughout the whole cycle. All schematic versions, PCB stack-up information, antenna test data and firmware version records are archived in the PLM system, and regular cross-functional sync meetings keep hardware, firmware and test teams aligned so risks are blocked early.

The final platform output is a fully verified engineering prototype ready for subsequent productization, certification preparation and mass production ramp-up.