Discuss your productApplication-specific Raspberry Pi Compute Module platforms engineered around connectivity, power, storage, thermal and industrial I/O requirements.
A Compute Module shortens Linux product development, but a reliable commercial device still depends on the carrier board, power tree, high-speed interfaces, wireless architecture, enclosure and software integration being designed as one system.
Discuss your requirementsCustomers usually reach us when an evaluation board proves the software concept but cannot satisfy the final form factor, I/O, power-source, wireless, environmental or production requirements. The key task is to preserve platform flexibility without carrying unnecessary cost and prototype-only design choices into the product.
We translate the use case into a complete compute architecture: CM4 or CM5 selection, boot and storage strategy, Ethernet and USB topology, display and camera interfaces, LTE/GNSS/Wi-Fi/LoRa expansion, industrial I/O, power-path and battery behavior, thermal constraints, security and service access. High-speed layout, antenna placement, test points and enclosure interfaces are reviewed together before fabrication.
CM4/CM5 baseboard and custom connector architecture
Gigabit/100 Mbps Ethernet, USB, PCIe/NVMe, HDMI, MIPI and audio
LTE/5G, GNSS, Wi-Fi, Bluetooth, LoRaWAN and external antenna design
DC input, Li-Po backup, charging, protection and power sequencing
Embedded Linux, device tree, peripheral bring-up and production image
High-speed review, EMC awareness, thermal and mechanical coordination
Clarify use case, environment, target cost and acceptance criteria
Define system architecture, interfaces, component strategy and risks
Complete detailed engineering with cross-discipline reviews
Build prototypes and validate performance, reliability and compliance readiness
Optimize DFM/DFT, pilot the build and transfer a controlled production package
System block diagram and interface specification
Schematic, PCB layout, BOM and manufacturing files
Prototype units with hardware bring-up report
BSP/device-tree configuration and peripheral test package
DFM review, test strategy and production handover