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SK Hynix to boost memory production 3x ... you can wait another 8 years, right?
Amid the unrelenting demand for AI infrastructure, SK Hynix, the world's largest supplier of HBM memory used in high-end GPUs, now expects to triple its wafer capacity. You'll just have to wait through two more US presidential elections and then some. All that capacity won't come online until 2034, SK Group Chairman Chey Tae-won told Nikkei Asia in a recent interview. SK Hynix's valuation has soared in recent months. The company is one of three major producers of NAND flash and DRAM memory, large quantities of which are required to support the burgeoning AI inference market. Samsung and Micron are the other two major players in this space. This demand has led to skyrocketing memory prices for consumer DRAM and SSDs, some of which have more than tripled in price compared to this time last year. SK Hynix and the other major memory makers meanwhile have seen their revenues explode. Chey's comments come just a week after SK Hynix said that it planned to double its production capacity within the next five years. "Our calculations show that our wafer capacity will double within five years. But honestly once all these facilities are built, it won't just double, it will triple by around 2034," Chey told Nikkei. SK is in the process of bringing four additional wafer fabs online, with the first phase reportedly on track to come online as early as 2027. The South Korean memory slinger had previously planned to ramp production of these facilities over the next two decades, but has pulled in its timeline in hopes of satiating AI's memory addiction. "There is currently no way to move faster than this," Chey told the newswire. While much of this capacity will be built on SK's home turf, the company is exploring its options for overseas manufacturing, with Japan being one of the potential destinations, with Chey calling it an "excellent" candidate due to its robust semiconductor supply chains. Unfortunately, the buildout is unlikely to drive down memory prices for consumers any time soon. As we previously reported, memory prices are not expected to peak until later this year at the earliest. Analysts warn that memory prices are more likely to plateau going into 2027 rather than plummeting like we've seen in past DRAM and NAND boom-bust cycles. These boom-bust cycles have been a fact of life for commodity electronics manufacturers, like SK Hynix and Samsung, for years. Prices typically spike as inventories are drawn down and crater as new capacity is brought online. On the one hand, AI infrastructure demand has helped to stabilize this to some extent. On the other hand, the AI boom kicked off in 2022 at what was arguably the worst possible time. "This demand started in the Valley for the DRAM industry. That makes financially trying to build additional capacity really challenging," TechInsights analyst James Sanders told El Reg late last year. Business is once again booming for memory vendors presenting ample opportunities for labor disputes over competition as well as fab expansions. Unfortunately, there's no changing the fact that the fastest anyone can bring a leading edge memory fab online is about three years. ®
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SK hynix says it will triple its memory chip production and output by 2034
The current memory crisis means that one of the only real ways to ease the burden on the consumer market and meet the insatiable demand from the AI and data center sectors is for key players to ramp up production of existing and next-gen memory chips. As one of the biggest players in the space, SK hynix is looking to do just that and, in the process, triple its wafer production. Although the construction of four new facilities to, well, facilitate this won't be completed and online until 2034, this is actually a shorter timeline than the previous target set by SK hynix of 2045. In a recent interview with Nikkei Asia (via German outlet ComputerBase), SK Group Chairman Chey Tae-won said, "Since we're proceeding with the plan to expand as much as possible, our calculations show that our wafer capacity will double within five years. But honestly, once all these facilities are built, it won't just double, it will triple by around 2034." According to the chairman, the current 2034 target is the best-case scenario and that there's no way to "move faster than this." Due to the ongoing demand for DRAM and NAND Flash, prices have quadrupled over the past year as supply struggles to meet demand. And with that in mind, this news is welcome for the long-term supply of memory, but it doesn't address the current crisis. SK hynix's expansion with new factories is an ambitious project, as these new sites are larger, multi-story facilities designed to produce vast quantities of memory and storage chips. This is how the company plans to triple wafer production, but again, the eight-year timeline (down from twenty) does mean we're still a long way out from these facilities going online.
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SK Hynix, the world's largest HBM memory supplier, will triple its wafer capacity by 2034 to meet surging AI infrastructure demand. Chairman Chey Tae-won says the company is moving as fast as possible, bringing the timeline forward from 2045. But with memory prices quadrupling and supply constraints persisting, consumers face years of elevated costs before relief arrives.
SK Hynix is embarking on an ambitious expansion that will triple memory production by 2034, a dramatic acceleration from its previous 2045 target. Chairman Chey Tae-won revealed in a recent interview with Nikkei Asia that the company's wafer capacity will double within five years, but once all facilities are built, output will actually triple by around 2034
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. The South Korean memory giant is bringing four additional wafer fabs online, with the first phase reportedly on track as early as 20271
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Source: The Register
The announcement comes just a week after SK Hynix said it planned to double production capacity within five years, underscoring how rapidly the company is adjusting to market realities. According to Chairman Chey Tae-won, "There is currently no way to move faster than this," highlighting the physical constraints of semiconductor manufacturing
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. The new facilities are larger, multi-story sites designed to produce vast quantities of memory and storage chips2
.The expansion reflects the unrelenting demand for AI infrastructure, particularly for HBM memory used in high-end GPUs. SK Hynix is one of three major producers of NAND Flash and DRAM memory, alongside Samsung and Micron, and its valuation has soared in recent months as AI-driven boom reshapes the semiconductor landscape
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. Large quantities of memory are required to support the burgeoning AI inference market and data center operations, creating supply constraints that have fundamentally altered market dynamics.While much of the new wafer capacity will be built in South Korea, SK Hynix is exploring overseas manufacturing options. Japan has emerged as an "excellent" candidate due to its robust semiconductor supply chains, Chey told the newswire
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. This geographic diversification could help the company manage geopolitical risks while tapping into established manufacturing ecosystems.Related Stories
Consumer DRAM and SSDs have seen prices more than triple compared to last year, with some reports indicating memory prices have quadrupled over the past year as supply struggles to meet demand
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. SK Hynix and other major memory makers have seen their revenues explode, but the buildout is unlikely to drive down costs for consumers any time soon. Memory prices are not expected to peak until later this year at the earliest, and analysts warn they are more likely to plateau going into 2027 rather than plummeting like in past boom-bust cycles1
.The AI boom kicked off in 2022 at what was "arguably the worst possible time" for the DRAM industry, according to TechInsights analyst James Sanders. "This demand started in the Valley for the DRAM industry. That makes financially trying to build additional capacity really challenging," Sanders explained
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. The fastest anyone can bring a leading edge memory fab online is about three years, meaning even accelerated timelines offer limited near-term relief1
. The eight-year timeline to triple wafer capacity addresses long-term supply needs but does little for the current memory crisis facing consumers and businesses alike2
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