Samsung DDR5 datasheet:M321R8GA0BB0
M321R8GA0BB0
Specification·Applications:AI,Server,5G&Connectivity·Density:64GB·Speed:4800Mbps·Voltage:1.1V·ProductionStatusProductStatus:MassProduction.。其他文章還包含有:「DDR5」、「M321R2GA3BB6」、「K4RAH165VB」、「ProductSpecifications」、「DDR54PHYIPforSamsung7nm」、「DDR5Memory」、「K4RCH046VM」、「Module」、「ProductSpecificationsGENERALINFORMATION」
查看更多 離開網站DDR5
https://semiconductor.samsung.
With exceptional transfer speeds of up to 7,200 Mbps, DDR5 effectively handles the ever-increasing demands of larger, more complex data workloads.
M321R2GA3BB6
https://semiconductor.samsung.
Specification · DDR: DDR5 · Dimm Type: RDIMM · Density: 16 GB · Rank*Org Rank x Organization: 1R x 8 · Speed: 4800 Mbps · Voltage: 1.1 V · No. of Pins Number of Pins ...
K4RAH165VB
https://semiconductor.samsung.
Specification. Density: 16 Gb. Organization: 1G x 16. Speed: 4800 Mbps. Voltage: 1.1 V. Temperature: 0 ~ 85 °C. Package: 106 FBGA. Production Status ...
Product Specifications
https://www.mouser.com
The VL47R1L64B is a 1Gx64 DDR5 SDRAM SODIMM module provide a high speed, high density, low power consumption and high stability.
DDR54 PHY IP for Samsung 7nm
https://newstaging.cadence.com
The latest, the DDR5/4 PHY IP for Samsung 7nm, is comprised of architectural improvements to its highly successful predecessor, achieving breakthrough ...
DDR5 Memory
https://www.advantech.com
Samsung Original Chip · Dual 32-bit Subchannels · Increased Banks and Burst Length · DDR5 4.8GT/s · Same-Bank Refresh · On-die ECC for Enhanced RAS.
K4RCH046VM
https://semiconductor.samsung.
Specification. Density: 32 Gb. Organization: 4G x 4. Speed: 5600 Mbps. Voltage: 1.1 V. Temperature: 0 ~ 85 °C. Package: 78 FBGA. Production Status ...
Module
https://semiconductor.samsung.
Samsung's memory modules are designed for a wide range of applications to deliver the best performance with low power requirements.
Product Specifications GENERAL INFORMATION
https://www.mouser.com
The VL37R2L63B is a 2Gx64 DDR5 SDRAM UDIMM module provide a high speed, high density, low power consumption and high stability.