What is Samsung Electronics doing to increase commodity DRAM production capacity by about 15% before the end of 2026, and how does this move relate to surging demand from Apple, the broader DRAM shortage that has roughly doubled prices since late 2025, Apple's reported lobbying t

Samsung Electronics is executing a multi-pronged capacity expansion to boost its commodity DRAM output by roughly 15% before the end of 2026, driven by acute demand from Apple, a broader DRAM shortage that has roughly doubled prices since late 2025, and industry expectations that the supply crunch will persist well into 2027 and beyond.

The 15% DRAM capacity increase

• Fab consolidation at Hwaseong: Samsung is consolidating its DRAM production facilities, most notably integrating its Cheonan end-fab into the Hwaseong site. This consolidation plus expansion is expected to grow total DRAM capacity by about 15% by year-end 2026 to meet demand from big tech clients including Apple .
• Next-gen process ramp: Samsung is accelerating its transition to 6th-generation 10nm-class (1c) DRAM. The company targets 200,000 1c DRAM wafers per month by end of 2026 (about one-third of its total DRAM output), up from 60,000/month by end of 2025. Yields have already climbed to 70%, with plans to reach 80–90% .
• Renovation of legacy cleanrooms: Samsung is also revamping a 20-year-old cleanroom to further boost DRAM output from existing infrastructure .

The DRAM shortage and price doubling

• Prices have roughly doubled: DRAM prices effectively doubled in Q1 2026, and TrendForce projected further increases of more than 50% in Q2 2026 . The benchmark DDR4 8Gb chip hit an all-time high of $20 per unit in May 2026, up 25% month-over-month .
• Apple hit hard: Apple is paying Samsung roughly twice as much for LPDDR5X memory chips used in iPhone 17 production . Samsung and SK Hynix negotiated LPDDR price increases of 80–100% for Apple's Q1 2026 iPhone memory supply . Apple CEO Tim Cook acknowledged unavoidable price hikes across Apple's product line .

Apple's lobbying to access Chinese DRAM

• Displaying the severity of the supply crisis, Apple is actively lobbying the Trump administration for clearance to buy DRAM from ChangXin Memory Technologies (CXMT) — a Chinese company on the Pentagon's blacklist — as well as from Yangtze Memory Technologies .
• Apple has reportedly begun testing CXMT DRAM chips for devices sold in China . Analyst Ming-Chi Kuo characterized the move as less about cost savings and more about "surviving a worsening AI-driven supply crunch," warning the memory supply-demand gap will keep widening through 2027 .

Samsung's wider semiconductor buildout

• Pyeongtaek P5 mega-fab: Samsung pulled forward the groundbreaking for P5 Fab 2 from early 2027 to July 2026 — a six-month acceleration . P5 is a double-fab (Fab 1 + Fab 2), each capable of ~300,000 12-inch wafers per month, for a combined ~600,000 wafers/month — roughly the size of Samsung's entire current DRAM capacity. The total investment commitment is approximately ₩120 trillion (~$82.7 billion) . P5 Fab 1 is slated for equipment installation in mid-2027, Fab 2 for 2029 .
• Giheung new DRAM plant: In July 2026, Samsung announced plans to build a new DRAM plant at its Giheung site to further address AI-driven demand .
• Texas foundry: Samsung continues to develop its foundry manufacturing sites including its advanced logic fab in Taylor, Texas (S5/S6 lines), though the Texas facility is focused on logic/foundry rather than DRAM . The broader buildout spans both memory and foundry to address cross-sector shortages.

Industry outlook: shortage extending into 2027–2030

• IDC described an "unprecedented memory chip shortage" with knock-on effects for device manufacturers that could persist well into 2027 .
• A 2026 Kearney PERLab analysis projected the shortage could last at least until 2030, as AI data center demand diverts HBM and DRAM capacity away from commodity markets .
• Even with aggressive expansions, much near-term spending is going toward converting existing lines and building cleanroom infrastructure rather than immediately adding wafer output, meaning true supply relief is still years away .