📊 Overview
Raspberry Pi's 2025 fiscal year financial report reveals a strategic pivot toward semiconductor design, with semiconductor shipments (8.4M units) surpassing board and module sales (7.6M units) for the first time. This marks a significant shift from its origins as a single-board computer (SBC) vendor to a dual-pillar business model. The company’s revenue grew 25% to $323.5M, with gross profit increasing 23% to $77.8M. While SBCs and compute modules still dominate revenue (66.3M gross profit), the focus on semiconductor devices—particularly MCUs like the RP2040 and RP2350—signals a long-term vision to scale from millions of boards to billions of chips. This evolution impacts OEMs and procurement teams, as Raspberry Pi’s hardware and ecosystem now compete directly with traditional semiconductor suppliers in embedded and industrial markets.
📈 Key Trends
The most notable trend is the rapid growth of Raspberry Pi’s semiconductor business. MCU shipments jumped from 5.7M in 2024 to 8.4M in 2025, driven by the RP2040 and RP2350 series. The RP2350, featuring ARM + RISC-V dual architecture and integrated NVM, exemplifies the company’s focus on cost-effective, developer-friendly MCUs. Additionally, Raspberry Pi introduced the RP1 I/O controller chip for the Raspberry Pi 5, reducing reliance on Broadcom for system-critical components. The company’s partnership with Broadcom was extended to five years, ensuring supply stability while it accelerates in-house chip development. Another key trend is the shift in end markets: 70% of revenue now comes from industrial and embedded applications, up from a historical focus on education and hobbyists. This diversification, coupled with balanced regional sales (Europe: 33%, North America: 32%, Asia: 31%), reduces geographic risk and positions Raspberry Pi as a global embedded platform provider.
🎯 Market Analysis
Raspberry Pi’s strategy challenges traditional semiconductor players by leveraging its ecosystem to “capture” engineers at the prototype stage. For OEMs, this means evaluating Raspberry Pi MCUs not just as standalone components but as part of a vertically integrated stack. The RP2040’s adoption by competitors like Arduino (in the Nano RP2040 Connect) demonstrates its disruptive potential in the MCU market, where NXP and TI dominate. However, procurement teams must assess risks: while Raspberry Pi guarantees 10-year supply cycles for industrial customers, consumer availability remains constrained. The company’s move into edge AI with AI HATs and software support (e.g., TensorFlow Lite) also creates opportunities for low-latency inference in industrial automation. Sourcing strategies should prioritize long-term agreements for high-volume MCUs while monitoring the scalability of Raspberry Pi’s chip roadmap.
💡 Recommendations
OEMs should consider Raspberry Pi’s MCUs for cost-sensitive, high-volume applications where ease of development and software integration are critical. For BOM optimization, pairing RP2040/RP2350 with Raspberry Pi’s compute modules can reduce system complexity and lower total cost. Procurement teams should diversify suppliers for critical components like processors, given the ongoing reliance on Broadcom. Future growth will depend on Raspberry Pi’s ability to scale semiconductor production while maintaining its open-source ethos. Engineering teams should evaluate the RP2350’s dual architecture flexibility for hybrid ARM/RISC-V designs, which could future-proof products against IP supply constraints. As Raspberry Pi transitions from a niche developer board to an industrial platform, OEMs that align with its ecosystem early may gain a first-mover advantage in the embedded AI and IoT markets.
