… 09 HEI Develops the World’s Smallest Direct RAMBUS DRAM Chip 1998. 09 HEI Develops 64Mb DDR SDRAM 1997. 11 HEI Develops the World’s First SyncLink DRAM Prototype 1997. 05 HEI Develops the World’s First 1Gb SDRAM Using SOI Technology 1995. …
… 4 RDIMM Registered Dual In-line Memory Module : A server memory module composed of multiple DRAM chips. 5 The 10-nanometer nm class process technology has progressed sequentially through generations 1x, 1y, 1z, 1a, 1b, and 1c 6th generation . …
STORY How Innovative Convergence Technology Is Tackling DRAM Scaling Challenges July 25, 2023 As DRAM cell scaling reaches its limit, SK hynix is conducting various studies to continue the advancement of DRAM technology. …
… How long can the price strength in DRAM and NAND continue? …
… As evidenced by the application of the HKMG process to DRAM, we can see that the convergence between logic semiconductors’ advanced technology solutions and DRAM process technology in the semiconductor manufacturing process is well underway, and SK hynix is leading the charge in providing related l… …
… Many people are familiar with semiconductor memory, such as DRAM and NAND, both flagship products of SK hynix, but perhaps not so much with memory solution technology. …
… Process New Deal Platform New Deal to build a framework for technologies and work methods required for timely product development The development of DRAM technology has been limited by several factors, including: 1 Selection of element technology is determined by engineers’ competency and judgment … …
… Sungsoo Ryu and Sunghak Lee, Head of SK hynix DRAM Product Planning and Technical Leader of SK hynix IPM Planning respectively, explain how the technology was developed in a recent EE Times column. …
… DRAM is a type of RAM that needs to be refreshed regularly as stored data leak away as time passes. DRAM is used for temporary large-scale data storage. 8 EUV: Extreme Ultra-Violet. 9 Double Patterning Technology. …
… New techniques, such as In-DRAM ECC, are able to correct 1-bit errors in a single DRAM cell. This is a major leap forward considering a 16 Gb DRAM has 16 billion cells in one chip and an error in just one cell could cause the entire chip to fail. …