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HYNIX Desktop RAM DDR3L 8GB 1600

KSh4,000.00

HYNIX Desktop RAM DDR3L 8GB 1600

Type: DDR3L (Double Data Rate 3 Low Voltage)
Capacity: 8GB
Speed: 1600MHz (PC3-12800)
Voltage: 1.35V
Form Factor: DIMM (Dual In-line Memory Module)
Pin Configuration: 240-pin
Latency Timing: CL11
Error Checking: Non-ECC (Error Correction Code)
Rank: 2Rx8

Category: Desktop and Laptop RAMs Random Access Memory

Description

HYNIX Desktop RAM DDR3L 8GB 1600

The HYNIX Desktop RAM DDR3L 8GB 1600 is a type of computer memory module designed for use in desktop computers. It has a capacity of 8GB, which means it can store and access up to 8 gigabytes of data at a time.

This RAM module uses DDR3L technology, which is a low-voltage version of DDR3 memory. This means it operates at a lower voltage than standard DDR3 RAM, which can help reduce power consumption and heat generation in the computer.

The speed of this RAM module is 1600 MHz, which refers to the number of times per second that it can transfer data to and from the computer’s processor. Higher speed RAM can help improve the overall performance of a computer, especially during memory-intensive tasks like gaming or video editing.

Overall, the HYNIX Desktop RAM DDR3L 8GB 1600 is a reliable and efficient memory module that can help boost the performance of your desktop computer.

Specifications of the HYNIX Desktop RAM DDR3L 8GB 1600:

Type: DDR3L (Double Data Rate 3 Low Voltage)
Capacity: 8GB
Speed: 1600MHz (PC3-12800)
Voltage: 1.35V
Form Factor: DIMM (Dual In-line Memory Module)
Pin Configuration: 240-pin
Latency Timing: CL11
Error Checking: Non-ECC (Error Correction Code)
Rank: 2Rx8
Memory Configuration: 16 chips, 512M x 8
CAS Latency: 11 cycles
Refresh Rate: 8,192 cycles/64ms

It’s worth noting that DDR3L memory is backward-compatible with DDR3 memory, which means that it can be installed in DDR3 memory slots as well. However, the voltage of DDR3L memory is lower than that of DDR3 memory, so it is recommended to use DDR3L memory in systems that support it to ensure proper operation and to avoid potential damage to the memory module or the system.

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