Adata Premier 16GB (1x16) DDR5-5600 SODIMM Memory ADATA AD5S560016G S, 16 GB, 1 x 16 GB, DDR5, 5600 MHz, 262 pin SO DIMM The future of DRAM is here in the form of the ADATA DDR5 5600 SO DIMM module. Compared to its predecessors, this module provides a significant speed boost, higher capacities, reduced power consumption, and increased bandwidth per CPU core. Higher Frequencies The DDR5 5600 SO DIMM delivers blazing frequencies of up to 5600 MHz, a major leap from the max. frequency of DDR4 modules (3200 MHz). More Energy Efficient This next gen memory module operates on just 1.1V, making it 8% more power efficient than DDR4. What s more, it features a built in Power Management IC (PMIC) to enhanced power supply stability. Capacity Doubled This memory module s architecture allows for more memory bank groups and banks. With the same area, more bank groups can be packed into the module, doubling what was possible with DDR4, giving you higher capacities. Improved Stability With error correcting code (ECC) this module can correct errors automatically in real time. In addition to greatly reducing the burden of CPU calculations, it also provides increased stability and reliability for enterprise class computers. Product SpecificsSpecificationValueProduct Condition - Product UseGeneralRAM Form Factor - SODIMMRAM Type
Adata Premier 16GB (1x16) DDR5-5600 SODIMM Memory ADATA AD5S560016G S, 16 GB, 1 x 16 GB, DDR5, 5600 MHz, 262 pin SO DIMM The future of DRAM is here in the form of the ADATA DDR5 5600 SO DIMM module. Compared to its predecessors, this module provides a significant speed boost, higher capacities, reduced power consumption, and increased bandwidth per CPU core. Higher Frequencies The DDR5 5600 SO DIMM delivers blazing frequencies of up to 5600 MHz, a major leap from the max. frequency of DDR4 modules (3200 MHz). More Energy Efficient This next gen memory module operates on just 1.1V, making it 8% more power efficient than DDR4. What s more, it features a built in Power Management IC (PMIC) to enhanced power supply stability. Capacity Doubled This memory module s architecture allows for more memory bank groups and banks. With the same area, more bank groups can be packed into the module, doubling what was possible with DDR4, giving you higher capacities. Improved Stability With error correcting code (ECC) this module can correct errors automatically in real time. In addition to greatly reducing the burden of CPU calculations, it also provides increased stability and reliability for enterprise class computers. Product SpecificsSpecificationValueProduct Condition - Product UseGeneralRAM Form Factor - SODIMMRAM Type
in 5 offers
Adata Premier 16GB (1x16) DDR5-5600 SODIMM Memory ADATA AD5S560016G S, 16 GB, 1 x 16 GB, DDR5, 5600 MHz, 262 pin SO DIMM The future of DRAM is here in the form of the ADATA DDR5 5600 SO DIMM module. Compared to its predecessors, this module provides a significant speed boost, higher capacities, reduced power consumption, and increased bandwidth per CPU core. Higher Frequencies The DDR5 5600 SO DIMM delivers blazing frequencies of up to 5600 MHz, a major leap from the max. frequency of DDR4 modules (3200 MHz). More Energy Efficient This next gen memory module operates on just 1.1V, making it 8% more power efficient than DDR4. What s more, it features a built in Power Management IC (PMIC) to enhanced power supply stability. Capacity Doubled This memory module s architecture allows for more memory bank groups and banks. With the same area, more bank groups can be packed into the module, doubling what was possible with DDR4, giving you higher capacities. Improved Stability With error correcting code (ECC) this module can correct errors automatically in real time. In addition to greatly reducing the burden of CPU calculations, it also provides increased stability and reliability for enterprise class computers. Product SpecificsSpecificationValueProduct Condition - Product UseGeneralRAM Form Factor - SODIMMRAM Type
Adata Premier 16GB (1x16) DDR5-5600 SODIMM Memory ADATA AD5S560016G S, 16 GB, 1 x 16 GB, DDR5, 5600 MHz, 262 pin SO DIMM The future of DRAM is here in the form of the ADATA DDR5 5600 SO DIMM module. Compared to its predecessors, this module provides a significant speed boost, higher capacities, reduced power consumption, and increased bandwidth per CPU core. Higher Frequencies The DDR5 5600 SO DIMM delivers blazing frequencies of up to 5600 MHz, a major leap from the max. frequency of DDR4 modules (3200 MHz). More Energy Efficient This next gen memory module operates on just 1.1V, making it 8% more power efficient than DDR4. What s more, it features a built in Power Management IC (PMIC) to enhanced power supply stability. Capacity Doubled This memory module s architecture allows for more memory bank groups and banks. With the same area, more bank groups can be packed into the module, doubling what was possible with DDR4, giving you higher capacities. Improved Stability With error correcting code (ECC) this module can correct errors automatically in real time. In addition to greatly reducing the burden of CPU calculations, it also provides increased stability and reliability for enterprise class computers. Product SpecificsSpecificationValueProduct Condition - Product UseGeneralRAM Form Factor - SODIMMRAM Type
Last updated at 14/11/2024 00:15:18
Go to store
+ $9.95 delivery
Go to store
Go to store
Go to store
See 3 more history offers
available 13 days ago
Low stock
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
available about 1 month ago
Low stock
available 5 months ago
Low stock
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
Memory Type | DDR5 |
Memory Form Factor | SODIMM |
Product Use | General |
Warranty Period | 1 Year Warranty |
Updated 1 day ago
See 3 more history offers
Memory Type | DDR5 |
Memory Form Factor | SODIMM |
Product Use | General |
Warranty Period | 1 Year Warranty |