Raspberry Pi gets more Arduino-y with new open source modular hardware
The Raspberry Pi Compute Module, ready for your custom hardware soon. — Raspberry Pi Foundation — Soon, there could be Pi in just about any device that needs embedded computing power.
Context & Ripple Effects
The Raspberry Pi Foundation built its name on a $25–$35 education board: it signed Premier Farnell and RS Components as licensed manufacturers back in 2012, cleared one million units within its first year, and has been trimming toward project use with the battery- and solar-friendly Model A while bundling Mathematica and Wolfram Language free on every board.
The Compute Module announced this week flips the packaging: instead of a finished board with connectors, it is the Pi's computing core stripped down as an open source module for engineers to embed in their own custom hardware. The pickup is unusually broad for a hobby-board story — TechCrunch, VentureBeat, Engadget, SlashGear, Inquirer and the Foundation itself all carried it the same day — and the claim that Pi could land in 'just about any device' needing embedded computing is still unconfirmed framing rather than a shipped product line.
First-order effects
- Device makers and industrial designers get an open, modular ARM core they can drop into custom hardware without negotiating licenses or designing a board from scratch, directly cutting prototype cost and time.
- The Foundation's business shifts upstream: from selling completed consumer boards to supplying a component SKU through its existing manufacturing partners.
Second-order effects
- Microcontroller vendors in Arduino's territory face a competitor moving down-market from full Linux boards into raw embedded modules, pressuring them on price and openness rather than just ease of use.
- Distributors such as Premier Farnell and RS Components gain a second product category — embeddable modules alongside finished boards — deepening the commercial channel the 2012 licensing deal created.
Third-order effects
- If the pattern holds, the line between hobbyist/education single-board computers and industrial embedded hardware keeps dissolving, with one low-cost open ecosystem becoming the default compute layer across both markets.
The trend: Single-board computers are evolving from educational gadgets into embeddable OEM components, pulling open hardware from the workbench into shipped products.