Raspberry Pi raises prices by between $11.25 and $150, citing higher memory costs after December and February hikes, and unveils a 3GB Raspberry Pi 4 for $83.75
Prices are going up by over $100 in some cases thanks to those AI fools. … As of today, the price of the 16GB version …
Context & Ripple Effects
Raspberry Pi built its appeal on low-cost, increasingly capable boards: the Pi 4 began with a $35 1GB option, while the Pi 5 later expanded the lineup from a $50 2GB model to higher-memory configurations. The new 3GB Pi 4 fills a capacity gap, but does so in a markedly less forgiving memory-cost environment.
The move follows a period in which Raspberry Pi reported revenue growth but identified memory-chip costs as a pressure on its business in its 2025 results. That makes the pricing change a supply-cost response rather than simply a refresh of the product range.
First-order effects
- Buyers of higher-memory Raspberry Pi boards face immediate price increases, with the 16GB configuration bearing the largest stated increase; projects with fixed hardware budgets will need to reassess configurations or timing.
- The 3GB Pi 4 creates a new lower-memory choice at $83.75, giving Raspberry Pi a way to segment demand when adding RAM is materially raising board costs.
Second-order effects
- Educators, hobbyists, and embedded-device builders may shift toward lower-memory boards, older inventory, or competing single-board computers where their workloads do not require the highest RAM capacities.
- Raspberry Pi’s higher prices test the affordability proposition established by the original $35 Pi 4 entry tier, while distributors and integrators must update quotes and product bundles around more volatile memory-linked costs.
Third-order effects
- If memory costs remain elevated, low-cost computing vendors may increasingly treat RAM capacity as a pricing and supply-risk variable, rather than a straightforward specification upgrade.
- The episode is consistent with infrastructure demand spilling into adjacent hardware markets: sustained pressure could widen the gap between nominally inexpensive boards and the fully configured systems developers actually need.
The trend: This is one data point in AI-infrastructure supply spillover, where demand for memory-intensive computing can reshape pricing and product segmentation in lower-cost hardware categories.