Server dram prices jump up to 50 percent as allocations drop to 70 percent

Samsung and SK Hynix have retroactively raised rdimm contract prices by 40 to 50 percent and cut allocations by 30 percent, leaving tier-1 cloud buyers at roughly 70 percent fulfillment. Smaller oems face 35 to 40 percent fulfillment into early 2026 as ddr4 supply tightens and lead times lengthen.

Server memory is now one of the tightest components in technology. According to DigiTimes, Samsung and SK Hynix issued fourth quarter contract appendices that retroactively raise rdimm prices by 40 to 50 percent. Even hyperscalers that signed agreements in August must accept the new terms or risk losing their place in the production queue. At the same time, both manufacturers reduced confirmed allocations by 30 percent, leaving tier-1 U.S. and Chinese cloud providers with an effective 70 percent fill rate and stripping away the safety stock many believed they had secured.

The ripple effects are immediate for module makers and downstream buyers. Companies such as Kingston and ADATA now pay substantially more for 16 gb ddr5 chips than just six weeks ago, a jump large enough to erase entire gross margin. Smaller oems and channel distributors have been told to expect only 35 to 40 percent fulfillment through the first quarter of 2026, a scenario that forces difficult choices between gambling on the spot market or idling production lines. The squeeze applies not only to cutting edge parts but also to legacy products that still anchor a wide range of deployments.

Even ddr4 is caught in the crunch. With output reduced to roughly 20 percent of global dram production, switches, routers, and set top boxes that rely on ddr4 are facing sharply extended lead times as fabrication plants hesitate to allocate wafers to trailing nodes. TrendForce now expects the dram shortfall to outlast the 2026 hyperscaler build out. If new capacity does not arrive fast enough, the next relief valve could be a demand contraction, a possibility manufacturers are not budgeting for.

58

Impact Score

Nvidia introduces NVQLink to connect quantum processors with GPU computing

Nvidia unveiled NVQLink, an open system architecture that tightly couples GPU computing with quantum processors to build accelerated quantum supercomputers. The effort is guided by researchers at major U.S. labs and supports 17 QPU builders, five controller builders and nine national laboratories.

Contact Us

Got questions? Use the form to contact us.

Contact Form

Clicking next sends a verification code to your email. After verifying, you can enter your message.