The fundamental promise of Raspberry Pi has always been one: affordable, general-purpose computing for anyone. Since the original Model B was released at $35 in 2012, that little red and white card has become the best-selling computer in an entire category — and the inspiration for millions of projects, from hobbyist robotics to scientific instrumentation in schools and universities around the world.
Today, the Raspberry Pi Foundation announced another round of price increases on higher-capacity boards, this time hiking the 16GB version of the Raspberry Pi 5 by $80, bringing it to $385. The 16GB Compute Module 5 also gets a $40 adjustment. The Raspberry Pi 500+, the premium desktop computer with 16GB built into a mechanical keyboard, holds its price.
This is not an isolated increase, but the fifth round of adjustments in five years — and as always, the reason is the same: memory. The Foundation cites that LPDDR4 DRAM costs have risen approximately seven times compared to a year ago, driven by the massive demand from AI data centers that consume most of the world's memory production capacity.
The math behind this is unforgiving. The Pi 5 16GB launched in January 2025 at $120. In December of that year, it rose $25 (to $145). In February 2026, another $60 (to $220). In April, the biggest jump so far: $100 (to $305). And now, in November 2026, another $80. The final price, $385, is more than three times the launch price.
To put the scale into context, the Pi 4 2GB — which cost $35 during the pandemic era — just received another $12.50 increase in October, reaching $67.50. The Pi 5 2GB, previously $65, now costs $77.50. The 1GB models escape because they use different memory chips.
The logic behind the increases is simple and brutal: memory cost dominates a Raspberry Pi's bill of materials the way it dominates an iPhone's. When the memory chip price rises, there is little to absorb. A small board like the Pi has few components to offset — the SoC, the USB-C connector, the case, and primarily the memory. When memory triples in price, the product price goes up with it, end of story.
What is more instructive than the increases themselves are the decisions the Foundation has made to mitigate them. In April 2026, Raspberry Pi launched a 3GB Pi 4 for $83.75. Nobody designs a 3GB computer under normal market conditions — memory comes in sensible capacities (2, 4, 8, 16). The 3GB SKU exists specifically to hit a psychological price point when memory dominates the bill of materials. The same principle produced the 1GB Pi 5 at $45 in December.
These are cost-relief SKUs, not products anyone actually wanted. But they reveal something important: the Foundation is doing everything possible to keep the lower-end pricing accessible for those who need less memory, while passing on the real costs to those who need more.
The Foundation has also published guidance for individual users to optimize memory usage in Raspbian, and recommended that business users contact engineering directly to discuss optimizations. The message is clear: if you are paying for 16GB and using only 4GB, the immediate solution is to reduce capacity, not wait for prices to fall.
Because the price drop is not coming anytime soon. Micron CEO Sanjay Mehrotra warned in October that DRAM shortages will persist until 2028 or beyond. An executive at Chinese memory maker YMTC told the market the global shortage is expected to last at least three more years. TrendForce projects 13-18% increases in conventional DRAM for Q4 2026 alone.
This has direct implications for Raspberry Pi's future. The Pi 6, which was scheduled for 2027, has been delayed to 2028 — not for lack of engineering, but for lack of economic sense launching a new high-memory product into a rising price market. As the Foundation explicitly stated, the increases will be reversed when memory costs fall. The problem is that nobody expects them to fall before 2027-2028.
Meanwhile, the domino effect spreads across the entire electronics industry. Apple raised prices on the MacBook Neo and iPad. Microsoft increased Surface prices. Even Nintendo raised the Switch 2 by $50. The Raspberry Pi is simply the most exposed product in this chain because on such a small board, memory is the largest line item — but the same mechanism pressures all devices.
What does this mean for the maker community? The Pi 5 16GB, which was the dream for anyone wanting to run local servers, Docker containers, or ARM workstations, now costs more than many ready-to-use x86 mini PCs. The Foundation implicitly admits this by recommending users consider older models or lower RAM. For running local AI on Raspberry Pi, the 8GB or 16GB Pi 5 was never the ideal solution — but the 16GB was the entry point. Now, at $385, the equation changes.
The question that remains: when memory becomes cheap again — and it will, inevitably — how many of those users who migrated to x86 or abandoned the project will return to the Pi? The Foundation says yes. But the market may not agree.
Sources: The Verge, Raspberry Pi Foundation, Aliteq, The Register
✓ Independent sources cross-checked and verified before publishing
