The coming budget phone shortage
The budget phone shortage is the emerging situation where sub-$400 smartphones are disappearing from the market because soaring DRAM chip supply constraints and memory prices have pushed smartphone component costs so high that affordable models are no longer profitable to build or sell for mass-market buyers.
The key takeaway is blunt: cheap phones are being sacrificed so AI data centers can feast on memory. Industry estimates say AI computing hardware already uses more than half of available DRAM wafer capacity and could exceed 60% next year. Affordable smartphones could become significantly more expensive or disappear from parts of the market in 2027 as these AI data centers consume a growing share of global memory production. In other words, the AI boom is not an abstract trend; it is directly reshaping the shelves in phone stores and online listings. If you rely on a sub-$400 device for work, school or basic connectivity, the problem is no longer whether you will get a better phone next time. The question is whether you will find a new phone at that price at all.
How AI data centers hijacked the DRAM market
To understand why sub-$400 smartphones are in trouble, follow the DRAM. AI data centers are consuming a growing share of global memory production, and that demand is crowding everyone else out. A report cited by one industry watcher says AI computing hardware already uses more than half of available DRAM wafer capacity, with that share expected to top 60% next year. Their increasing focus on AI infrastructure, especially high-bandwidth memory for servers, has reduced the capacity available for conventional mobile and computer memory.
The supply squeeze is so severe that DRAM prices have reportedly risen by as much as 700% since 2022 as manufacturers chase higher-margin AI server business. Older standards like DDR4 are being wound down, and even much older DDR2 parts are becoming more expensive as production shrinks. Meanwhile, three companies control more than 90% of the DRAM market by revenue, which makes the pivot toward AI even more decisive. When 15% to 20% of memory capacity allocated to consumer electronics in 2026 is expected to move to data centers during 2027, smartphones are left to fight over scraps.
When memory eats 60% of a phone, the math breaks
Budget phones are not dying because people stopped buying them; they are dying because the bill of materials no longer adds up. Analysts estimate that in calendar Q1 of 2026, memory costs accounted for almost 60% of the total bill of materials in sub-$400 smartphones. Another report warns that memory and storage could account for as much as 60% of the manufacturing cost of some affordable phones. When more than half of every dollar spent on a device goes into DRAM and storage, there is almost nothing left for processors, displays, cameras, batteries, assembly and distribution while still generating a profit.
Manufacturers have tried to fight back by switching to cheaper display panels, sensors or RF modules. China-based brands, for example, are reverting from LTPO to LTPS panels in some models to save a few dollars per device. They are also cutting cameras, downsizing image sensors and using previous-generation SoCs to trim costs by around 30% to 40% on those components. But low-end phones already run on razor-thin budgets. When DRAM prices are forecast to jump another 50% or more in 2026, there is simply nowhere left to cut without gutting the product.
What this means for buyers: fewer options, worse value
Rising memory prices are making budget smartphones commercially unviable to produce, forcing users to delay upgrades, pay more for higher-tier devices or turn to the second-hand market instead. One analyst expects sub-$400 smartphone shipments to drop 22% year-on-year in 2026. At the same time, global smartphone shipments overall are forecast to fall 12.9% in 2026 to around 1.12 billion units, their lowest level in more than a decade. As cheap models vanish, the average selling price is projected to rise 14% to a record USD 523 (approx. RM2,400).
"Buyers can expect to get a less capable device than they might previously have expected at a given price point this year, all thanks to the AI bubble causing a run on memory chips". Devices once sold for around USD 200 (approx. RM920) may shift into higher price categories while genuinely low-cost options become rare. Many people are already holding onto phones for longer, with an average lifetime of 4.2 years expected to stretch to 4.7 years before the end of the decade. The pre-owned market is growing too, with trade in used phones forecast to rise 12% this year. For everyday users, the feeling is simple: the AI boom is making staying connected more expensive.
Premium survives, but the new normal hurts
The irony is that premium phones are likely to be fine. While the overall smartphone market is shrinking in 2026, devices priced above USD 400 (approx. RM1,840) are expected to see shipments grow 5.7% as manufacturers shift their production priorities. For phones above USD 600 (approx. RM2,760), higher-performance SoCs, displays and cameras make up a larger share of costs, giving vendors more room to absorb DRAM price inflation. In other words, memory is painful but survivable when your phone is already expensive.
The affordable segment, by contrast, is being hollowed out. One report predicts that smartphones priced below 1,500 yuan, or approximately USD 220 (approx. RM1,010), could become difficult to find in 2027. Affordable smartphones could become significantly more expensive or disappear from parts of the market in that timeframe. At the same time, a major PC and phone vendor has warned that elevated DRAM and NAND prices may represent a "new normal" rather than a temporary spike, with no return to the unusually low levels of early 2025 in sight even as new factories come online later in the decade. The conclusion is uncomfortable but clear: unless DRAM supply grows faster than AI demand, the age of the reliable, sub-$400 smartphone is ending, and no amount of optimised component shopping will bring it back.
