What the AI chip shortage means for your phone
The AI chip shortage is a global squeeze where AI data centers and consumer devices compete for the same limited memory manufacturing capacity, driving a memory chip shortage that raises component costs and makes smartphone price increase trends unavoidable for many buyers. AI servers and smartphones use different types of memory, but they share the same factories, equipment and engineers. As demand for AI training and inference explodes, hyperscale data centers are buying every memory chip they can secure, from high‑bandwidth modules to mobile DRAM. According to Counterpoint Research, mobile DRAM prices have risen close to 70% since early 2025, while some DRAM categories have seen more than a 50% increase. This kind of sustained AI chip shortage turns what used to be a routine phone upgrade into a bigger decision, because phone cost rising is no longer about luxury features but basic parts.
How AI data centers are draining memory supplies
AI data centers are the core driver of the current memory chip shortage because they reward suppliers with far higher margins than phones do. Chipmakers like Samsung, SK Hynix and Micron are shifting wafer capacity from mobile DRAM to high‑bandwidth memory that powers AI inference clusters, since AI customers pay up to several times more per gigabyte. IDC reported that DRAM supply growth will fall well below historical norms in 2026 as a direct result of this reallocation. By May 2026, these three memory giants had a combined market cap approaching USD 3 trillion (approx. RM13.8 trillion), reflecting how much value is flowing toward AI infrastructure. As hyperscale cloud operators build new AI data centers, their orders crowd out phone manufacturers, amplifying the AI chip shortage and tightening the pipeline for the components that keep smartphones affordable.
Why smartphone prices are climbing across every tier
When memory prices spike, phone makers face a simple choice: raise prices, cut specs or reduce production. Memory now accounts for more than 20% of the total cost to build a mid‑range smartphone, up from roughly 10–15% in prior years, so cost pressure is intense. Smartphone prices have already risen 6–25% in many regions, and analysts expect further smartphone price increase trends in the coming quarters. Budget phones under USD 200 (approx. RM920) are hit hardest because memory can be 25–30% of their bill of materials, leaving almost no margin to absorb higher DRAM and NAND prices. According to IDC’s Francisco Jeronimo, the RAM shock is a “tsunami‑like” event spreading across consumer tech. As AI data centers keep absorbing supply, phone cost rising is becoming structural rather than temporary, affecting all major brands from entry level to flagship.
How major brands and budget buyers are feeling the squeeze
Big brands are already adjusting to the memory chip shortage. Samsung raised prices on its Galaxy S26 line by USD 100 (approx. RM460), linking the change to a storage bump but driven by higher memory costs. Apple has absorbed some of the impact so far, but Tim Cook has warned that margins are starting to feel more pressure from memory. Google is rumored to ship the Pixel 11 base model with 8GB of RAM, below the 12GB usually tied to its Gemini Intelligence features, trading capability for lower component costs. Lower‑margin brands that sell affordable devices, such as those focused on budget segments, are cutting RAM and storage or warning of upcoming increases. Xiaomi has already alerted users that smartphone price increase pressures will hit in 2026 as chipsets run short, and similar signals are coming from PC makers facing 15–20% hikes.
What this means for everyday users and the digital gap
For everyday users, the AI chip shortage means fewer choices and higher prices, especially at the low end. Budget smartphones are at risk of disappearing or shipping with half the RAM and storage they offered before, even as prices hold steady or climb. In practical terms, that means slower performance, fewer years of software updates and less reliable access to modern apps and AI features. If the memory chip shortage continues, smartphone upgrades will become harder to justify and more people will hold onto older devices longer, widening the gap between those who can afford new hardware and those who cannot. Industry executives warn there is “no relief until 2028” for memory supply, so phone cost rising may be a long‑term reality rather than a short shock. AI promised to expand access, but its infrastructure race is making core devices less accessible.
