The memory controller architecture mainly focuses on minimum communication between each of these sections which shall help user for area and performance optimization during ASIC layout. The HBM Memory ...

Key HBM Gen2 PHY product highlights include support for DRAM 2, 4 and 8 stack height, a DFI-style interface to the memory controller, 2.5D interposer connections between the PHY and DRAM, a validated ...

Used with the GPUs designed for AI training and other high-performance applications, high bandwidth memory (HBM) uses a 3D stacked architecture of DRAM (dynamic RAM) modules. In time, high ...

Further, no other memory architecture can practically deliver bandwidths ... Rambus is the recognized leader in HBM memory controller IP, and our HBM4 memory controller, in addition to complying with ...

Future AI accelerators for China will not use the Hopper architecture, as Jensen Huang hints at a potential switch to ...

The third-generation HBM (HBM3/2E) technology, outlined by the JESD235C standard, inherits physical 128-bit DDR interface with 2n/4n prefetch architecture ... is part of Innosilicon’s broad ...

It will describe the operation concept and provide results from a GUC 7nm HBM Controller ASIC. A typical CoWoS chip has ... were collected using the GUC EX0010A test chip with Samsung’s memory ...

SanDisk on Wednesday introduced an interesting new memory that could wed the capacity of 3D NAND and the extreme bandwidth enabled by high bandwidth memory (HBM). SanDisk's high-bandwidth flash ...

TL;DR: NVIDIA is reportedly developing a China-specific H30 AI GPU using GDDR memory instead of restricted HBM due to US export controls. This shift may limit performance compared to previous ...

Each of the eight HBM packages features eight memory dies stacked in a true 3D configuration—with a separate controller die under the memory stack. The maximum 192 gigabyte (GB) HBM ...