DUOMEIQI DDR2 4GB Kit (2x2GB) 667MHz PC2-5300 Desktop RAM Module 1.5v CL5

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In Stock

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D DUOMEIQI

DUOMEIQI DDR2 4GB Kit (2x2GB) 667MHz PC2-5300 Desktop RAM Module 1.5v CL5

Name: DUOMEIQI DDR2 4GB Kit (2x2GB) 667MHz PC2-5300 Desktop RAM Module 1.5v CL5
Brand: D DUOMEIQI
SKU: B07CSSWFZQ
Price: 15.88 GBP
Availability: InStock

IN STOCK

£15.88Inc. VAT

Next-day delivery · £1.99

Order by 2pm for same-day dispatch · FREE over £35

Standard UK DeliveryFREE — get it by Thu 29 Oct – Sun 1 Nov

Sold by Bubble Booth ✓ (1)

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More options (3)

4GB(2GBx2) PC2 5300U · DDR2 667

£15.88

This option

D DUOMEIQI 8GB DDR2 800MHz PC2-6400 RAM 4x2GB Desktop Memory Kit 240 Pin CL6

8GB(2GBx4) 6400U · DDR2 800

£26.24

D DUOMEIQI 4GB (2x2GB) PC2-6400s DDR2 800MHz Laptop RAM Memory Upgrade

4GB(2x2GB) 6400S Green · DDR2 800

£13.88

Delivery

Standard UK Delivery·3–5 daysFREE

Next Day UK Delivery·1 day·Free over £35£1.99

EU Delivery·7–14 days£12.99

Worldwide Delivery·14–28 days£19.99

Same-day dispatchOrder by 2pm, Mon–Fri

30-day returns30 days to change your mind

Buyer protectionEvery order covered

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Details

Product codeUKP-ZUR

BrandD DUOMEIQI

Codes0711221172147 (EAN) · 711221172147 (UPC)

CategoryMemory (RAM)

About this item

Product Details

Upgrade your desktop system with this DUOMEIQI DDR2 memory kit. This kit includes two 2GB modules for a total of 4GB of RAM, operating at 667 MHz with a PC2-5300 specification. Designed for reliable performance, these 240-pin DIMMs are compatible with both Intel and AMD systems.

Key Features

Brand: DUOMEIQI
Memory Type: DDR2
Capacity: 4GB Kit (2 x 2GB modules)
Speed: 667 MHz
Module Type: PC2-5300 / PC2-5400
Form Factor: 240-Pin Desktop RAM
Configuration: 2Rx8
Voltage: 1.5v / 1.8v
CAS Latency: CL5
Compatibility: Intel and AMD Systems

Performance and Reliability

These DDR2 RAM modules are manufactured using advanced quality control. Each module is tested to ensure a high level of reliability, enabling faster loading times and improved system responsiveness. This memory is suitable for handling data-intensive programs and multitasking with ease, contributing to reduced power consumption.