#5437507
RAM SODIMM DEXP 4 GB
[DDR4, 4 GBx1 pcs, PC25600, timings: 22-22-22-52] details
Not on sale
Characteristics RAM SODIMM DEXP 4 GB
General parameters
Type
RAM
Model
DEXP
Color
black
Kit volume and contents
Memory Type
DDR4
Total Memory Capacity of the Entire Set
4 GB
Single Memory Module Capacity
4 GB
Number of Modules Included
1 pcs
Performance
Clock Frequency
3200 MHz
Timings
CAS Latency (CL)
22
RAS to CAS Delay (tRCD)
22
Row Precharge Delay (tRP)
22
Activate to Precharge Delay (tRAS)
52
Design Features
Radiator
none
Additional Information
Power Supply Voltage
1.2 V
Description
DDR SODIMM memory DEXP [DEXP4GD4SD32] is used for laptop upgrades. The module conforms to DDR4 type and has a capacity of 4 GB. The device is suitable for assembling and upgrading some compact desktop computers. The necessary condition for compatibility with the motherboard is matching the memory slots to the SODIMM form factor.
The module is designed to operate at a frequency of 3200 MHz. Its bandwidth is 25600 MB/s. This performance is sufficient for productive work with office suites, internet browsers, photo and video editors, file managers, multimedia players, archivers and other typical software. Compatibility is enhanced by support for frequencies from 1600 MHz.
The operating voltage of the SODIMM memory DEXP [DEXP4GD4SD32] is 1.2 V. This is a standard value for DDR4: it guarantees low power consumption and minimal heat dissipation. Despite the lack of a heatsink, the memory is not prone to overheating under any load.
The module is designed to operate at a frequency of 3200 MHz. Its bandwidth is 25600 MB/s. This performance is sufficient for productive work with office suites, internet browsers, photo and video editors, file managers, multimedia players, archivers and other typical software. Compatibility is enhanced by support for frequencies from 1600 MHz.
The operating voltage of the SODIMM memory DEXP [DEXP4GD4SD32] is 1.2 V. This is a standard value for DDR4: it guarantees low power consumption and minimal heat dissipation. Despite the lack of a heatsink, the memory is not prone to overheating under any load.