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HBM Prices Poised to Double by 2027 on Surging AI Demand, Report Says
Summary
Prices for high-bandwidth memory (HBM) could more than double by 2027, driven by intense demand from the artificial intelligence sector and significant manufacturing constraints, according to a report from DigiTimes. The supply squeeze is expected to benefit major memory producers while leaving smaller buyers facing potential shortages.
The price of high-bandwidth memory (HBM) is on track to more than double by 2027 as soaring demand for artificial intelligence hardware collides with significant production limitations, according to a DigiTimes report citing industry sources.
Drivers of the Price Surge
The report indicates that prices for next-generation HBM4 could reach $4 to $5 per gigabit or more, a substantial increase from the approximately $2 per gigabit projected for the second half of 2026. This sharp rise is attributed to a combination of manufacturing complexity and intense resource requirements.
Key factors include:
- Complex Production: HBM4 manufacturing involves a lengthy production cycle of four to six months and is expected to have significantly lower initial yields.
- Wafer Consumption: HBM production consumes approximately three times the wafer capacity of standard DDR5 DRAM, severely limiting the total output from existing fabrication facilities.
- DDR5 Profitability: Strong profit margins for conventional server memory, reportedly exceeding 80% for some suppliers, are compelling chipmakers to demand premium prices for HBM to justify reallocating production capacity.
Market Impact and Supply Dynamics
AdMajor memory producers, including Samsung Electronics, SK Hynix, and Micron Technology, are reportedly securing the bulk of future supply through three- to five-year long-term agreements with top-tier AI clients. This trend is creating a structural supply bottleneck for the rest of the market.
DigiTimes posited that these dedicated contracts, combined with rising HBM allocation, could render roughly half of the world's total DRAM capacity unavailable to smaller buyers by 2027. This dynamic is expected to give suppliers significant pricing power during contract negotiations in late 2026, while uncontracted companies, particularly in the consumer electronics sector, may face severe supply shortfalls.
Outlook for Memory Stocks
This tight supply narrative is viewed as a powerful catalyst for key memory equities. The trend supports a bullish outlook for market leaders as AI infrastructure, driven by developments like Nvidia’s upcoming Rubin architecture, continues to accelerate demand for HBM. Despite recent concerns over a potential slowdown in tech spending, supply chain sources cited by DigiTimes suggest that AI hardware will remain fundamentally undersupplied heading into 2027.