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

Login/Signup
0

My Cart

$0
MEMORY NETWORKING PROCESSORS PRINTERS SSD POWER SUPPLIES MOTHERBOARDS

Nanya NT1GT72U8PB4BD-3C | 1GB DDR2-667MHz PC2-5300 ECC Fully Buffered CL5 240-Pin DIMM Dual Rank Memory Module

Part No
NT1GT72U8PB4BD-3C
Manufacturer
Category
Server Memory
SKU
GTD38NAGO801978
Availability
In Stock
Condition
Refurbished
$79.17
$67.32
You Save: $11.85 (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 Specifications:
- Memory Type: DDR2 SDRAM
- Capacity: 1GB
- Speed: 667MHz (PC2-5300)
- Latency: CL5
- Pin Count: 240-pin DIMM
- Error Correction Code (ECC): Yes
- Buffered/Unbuffered: Fully Buffered
- Rank: Dual Rank
- Voltage: 1.8V
- CAS Latency: 5
- Organization: 128Mx72
- Number of Memory Chips: 18

Helpful Notes:
- ECC memory is designed for systems that require high reliability and data integrity.
- Fully Buffered memory modules are commonly used in servers and workstations.
- Make sure to check your motherboard's compatibility with DDR2 memory before purchasing.
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