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EXAMPLE PROJECT / EDGE COMPUTE

Custom edge
compute platform.

A USB-connected edge compute platform designed around custom silicon, precise power requirements, and the thermal demands of sustained operation.

01 / PROJECT OVERVIEW

Compute, power, and thermals designed together.

This project involved building an edge compute platform connected over USB. The platform used custom silicon and required variable-voltage power control, a custom cooling solution, and careful thermal monitoring.

Bringing those requirements into one system meant treating the PCB, power architecture, cooling, enclosure, and device interface as connected parts of the same design.

PCB layout for the custom edge compute platform
PCB layoutCustom board architecture for compute, power control, monitoring, and USB connectivity.
Assembled custom PCB for the USB-connected edge compute platform
Assembled PCBThe custom board populated with compute, power-control, monitoring, and USB components.
Finished edge compute platform in a custom aluminum enclosure with green illuminated vents
Finished systemThe completed platform housed in a custom aluminum enclosure.
02 / ENGINEERING SCOPE

A system built around its workload.

01 / COMPUTE

Custom silicon platform

The board integrated custom silicon into a dedicated edge compute system connected to its host over USB.

02 / POWER

Variable-voltage control

The power architecture provided controlled, adjustable voltage for the compute device and supporting circuitry.

03 / THERMALS

Cooling and monitoring

A custom cooling solution and careful thermal monitoring supported the platform's operating requirements.

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