Get an Extra 8% Off Sitewide! Use code: GTDWC

Login/Signup
0

My Cart

$0
MEMORY NETWORKING PROCESSORS PRINTERS SSD POWER SUPPLIES MOTHERBOARDS

HYMT112S64ZNF6-S5 - Hynix 1GB DDR3-800MHz PC3-6400 non-ECC Unbuffered CL5 204-Pin SoDimm Dual Rank Memory Module

Part No
HYMT112S64ZNF6-S5
Manufacturer
Category
Laptop Memory
SKU
GTD38SKGO465231
Availability
In Stock
Condition
Refurbished
$30.27
$25.74
You Save: $4.53 (15% Special Discount)

Free ground shipping within US up to 5lbs

payment:

WORLDWIDE SHIPPING
BEST PRICES GUARANTEED
EASY CLAIMS & RETURNS
SECURE PAYMENT
TRACK YOUR ORDER

General Specification

Technical Specs:
- Memory Size: 1GB
- Memory Technology: DDR3 SDRAM
- Memory Speed: 800 MHz
- Memory Standard: PC3-6400
- Error Checking: Non-ECC
- Signal Processing: Unbuffered
- CAS Latency: CL5
- Number of Pins: 204-pin
- Rank: Dual Rank
- Form Factor: SoDimm
- Operating Voltage: 1.5V
- Memory Configuration: 128M x 64

Helpful Notes:
1. This memory module is compatible with laptops and other devices that use DDR3 SoDimm memory.
2. The dual rank feature allows for better performance and multitasking capabilities.
3. The CL5 latency ensures fast and efficient data processing.
33%
Based On 95 Reviews

5 Stars

4 Stars

3 Stars

2 Stars

1 Stars

4.3
verified

A big shoutout to the team for the seamless order process. I spoke to Sophia and received regular updates, and my package was delivered promptly. Very impressed!

Christopher Ibekwe
4.3
verified

A big shoutout to the team for the seamless order process. I spoke to Sophia and received regular updates, and my package was delivered promptly. Very impressed!

Christopher Ibekwe
4.3
verified

A big shoutout to the team for the seamless order process. I spoke to Sophia and received regular updates, and my package was delivered promptly. Very impressed!

Christopher Ibekwe
4.3
verified

A big shoutout to the team for the seamless order process. I spoke to Sophia and received regular updates, and my package was delivered promptly. Very impressed!

Christopher Ibekwe