After a decade overseeing DRAM processes at Samsung Electronics, a 43-year-old engineer known as A accepted a job at SK hynix ...

South Korean chipmaker SK Hynix, a key Nvidia supplier, says it has already sold out of its entire 2024 production of stacked high-bandwidth memory DRAMs, crucial for AI processors in data centers ...

ZDNet Korea reports that Samsung has established a new plan internally to change the DRAM inside of its future-gen HBM4 to 1c DRAM, with competitors like SK hynix and Micron using 1b DRAM in their ...

Samsung showcased its advances in CXL technology at the recent Open Compute Project Global Summit, while SK hynix plans to start mass production of HBM4 in the second half of 2025.

SK Hynix has surged 67% this year thanks to its deal to supply premium high-bandwidth memory chips to Nvidia Corp., trouncing Samsung, which is up 24% as it struggles to get its HBM offering off ...

Samsung's roadmap calls for 32Gb per layer DRAM, enabling 48GB and even 64GB per stack with data rates between 9.2-10Gbps. SK Hynix hinted at 20 or more layer stacks, allowing for up to 64GB ...

Samsung confirms next generation HBM4 memory is in fact Snowbolt — and reveals it plans to flood the market with precious AI memory amidst growing competition with SK Hynix and Micron News By ...

According to Business Korea, Samsung and SK hynix have teamed up to push for the standardization of LPDDR6-PIM, which stands for Low Power Double Data Rate 6 Processing-in-Memory.

SK Hynix and Samsung Electronics control 90 per cent of the global market in “high bandwidth memory” chips, which are crucial components in the systems needed to train AI systems such as ...

Samsung has about 40% HBM market share. SK Hynix has abour 30% HBM market share. Micron has 26% HBM market share. Nanya has 2%. Micron is ranked third in the world with HBM memory. Micron announced ...

Micron also competes with Samsung and SK hynix in the memory market. The demand for NAND — a type of memory — is expected to rise in large part due to increased artificial intelligence demand, ...