Memory Active
shopping basket

Shopping Basket

Loading...

Main Pages


Search


Memory by tech


Memory by type


Memory by Application


Solid State Disks

1GB Upgrade for your Hewlett Packard Pavilion Desktop A64 Series a6465.it machine!

We've spent years amassing all the information we need to make sure you get the right memory for your Hewlett Packard Pavilion Desktop A64 Series a6465.it Desktop. We guarantee this memory will work in your machine for the life of your machine. Your Hewlett Packard Pavilion Desktop A64 Series a6465.it supports up to 8192 in 4 slots and modules must be installed 1 at a time.

Install in matched pairs to utilize Dual Channel mode. Installing more than 4GB of memory will require a 64-bit Operating System. Mixing module speeds will default to the lowest speed.

 CodeDescriptionCapacityPriceinc VAT 
   DIMM
3298489 1GB Ddr2-800 Dimm for Hewlett Packard Pavilion Desktop A64 Series a6465.it1GB £15.71 £18.85 Buy

More information about this machine

more about your Hewlett Packard Pavilion Desktop A64 Series a6465.it machine
Valid XHTML 1.0 Transitional

©2005-2011 Memory Express Ltd. All rights reserved. Errors and Omissions excepted. All pricing excludes VAT unless otherwise stated. Please read our terms and conditions, returns and privacy policies for more information. Some product information © 2011 Openrange Ltd or © 2011 IceCat BV and is provided in good faith. All trademarks acknowledged.

Canon Memory HTC Memory QTek Memory Netgear Memory Fujitsu Siemens Memory Zoostorm Memory HP / Compaq Memory Everex Memory
Apple Memory Compaq Memory Grundig Memory Sony Memory Amazon Memory Aopen Memory Tyan Memory Lenovo Memory
Xerox Memory Adaptec Memory Tel.me Memory Apple Memory Kyocera Memory Amazon Memory Advent Memory Kyocera Memory
SiS Memory Packard Bell Memory Iwill Memory BlackMagic Design Memory Eten Memory SiS Memory Levi's Memory Jenoptik Memory
Sigma Memory Adaptec Memory Compaq Memory Fisher Multimedia Memory Asus/asmobile Memory Canon Memory Network Engines Inc Memory Motion Computing Memory