South Korea Stakes $900B on Chips to Tame the RAMageddon
Samsung and SK Hynix lead a record memory and AI buildout as Seoul races to lock in supply. For Indian device makers, the squeeze is only beginning.
The News
South Korea has unveiled the largest coordinated push into memory chips and artificial intelligence in its history, with the country's industrial champions pledging more than $900 billion towards fabs, packaging hubs and data centres. President Jae Myung Lee detailed the plan at a presidential briefing on Monday, framing semiconductors as central to the nation's next industrial chapter.
The headline figure is a $518 billion (roughly 800 trillion won) commitment to build four new memory fabrication plants in the country's south-west, near Gwangju and Haenam. A further $52 billion will fund a packaging hub for high-bandwidth memory in the central region, while $356 billion (550 trillion won) is earmarked for AI data centres through 2035.
Samsung and SK Hynix, the world's two largest memory chip makers, anchor the effort. Samsung alone has flagged 2,655 trillion won (about $1.7 trillion) of spending over the next decade, including 425 trillion won for the Honam region. SK Group has committed 2,100 trillion won (about $1.4 trillion), split between semiconductors and AI data centres. Existing plants at Yongin and Pyeongtaek, Seoul said, have already reached their limits.
Why It Matters
The backdrop is what the industry now calls "RAMageddon" - a worldwide shortage of memory chips as the AI buildout drives record demand for DRAM and high-bandwidth memory. When training and inference clusters consume every available wafer, the squeeze cascades down to phones, laptops and servers that ordinary buyers depend on.
Seoul's move is best understood as a defensive land-grab. American hyperscalers including Alphabet, Amazon, Meta and Microsoft are collectively spending around $650 billion on AI infrastructure in 2026 alone, and that capital is hoovering up memory supply. South Korea, which derives an outsized share of exports from chips, cannot afford to cede the high ground the way it once watched display panel leadership drift to China.
The last time memory pricing swung this violently was the 2017-2018 DRAM super-cycle, when shortages doubled contract prices and inflated the cost of everything from data centres to budget smartphones. The difference now is that AI demand has no obvious ceiling, which is precisely why a state-backed capacity surge of this scale is being attempted.
Indian Angle
For India, the immediate sting is price. Indian smartphone and laptop brands import almost all their DRAM and NAND, and a sustained memory shortage feeds straight through to retail tags during a period when the rupee offers no cushion. Device makers chasing the sub-15,000-rupee segment, where margins are wafer-thin, will feel it first as RAM allocations tighten.
The contrast with India's own ambitions is sharp. The India Semiconductor Mission has drawn Micron's assembly and test facility at Sanand and the Tata-PSMC fab at Dholera, but these are packaging and logic projects, not the leading-edge memory fabs Seoul is funding. India remains years away from making a single DRAM die domestically, which keeps it firmly on the demand side of any RAMageddon.
There is an opportunity, too. India's data centre boom, led by names such as Reliance, Adani and Yotta, will compete for the same constrained memory that Korean fabs are racing to supply. Indian planners weighing AI compute capacity should treat memory as a strategic input, not a commodity, and lock in multi-year supply terms now rather than bidding against hyperscalers later.
FAQ
How much is South Korea committing in total?
More than $900 billion across the tech sector, including $518 billion for four new memory fabs, $52 billion for a high-bandwidth memory packaging hub and $356 billion for AI data centres running through 2035.
What is RAMageddon?
It is shorthand for the current global memory chip shortage. The AI buildout has driven record demand for DRAM and high-bandwidth memory, leaving too little supply for consumer devices, servers and smaller buyers.
Does this affect Indian phone and laptop prices?
Yes, indirectly. Indian brands import nearly all their memory, so a prolonged shortage raises component costs and pressures retail pricing, hitting budget devices hardest.
Can India make its own memory chips?
Not yet. India's semiconductor projects so far focus on packaging, testing and logic rather than leading-edge memory fabs, so it stays reliant on imports for DRAM and NAND.
This story was reported by TechCrunch. Read the full original coverage at TechCrunch.