100% Guaranteed Compatible
256GB
16GB
0MB
PC2-6400
16
32
Nvidia 2200 Professional
Your Compaq ProLiant uses PC2-6400 type memory.
Your Compaq ProLiant can support up to 256GB of memory. For optimal performance install the maximum amount of memory in each socket.
Your system comes standard with 16GB of RAM. If you have upgraded your system then you may have a different amount.
A memory kit is comprised of 2 memory modules. For example, a 1GB memory kit has two 512MB memory modules. This is abbreviated as (2x512MB).
Yes. Your Compaq ProLiant requires memory to be installed as a kit because it requires memory to be installed in pairs within a bank. To make it easier for you to install memory that will be compatible, the memory modules available for purchase above are sold in kits.
A bank is a group of memory sockets. A socket is where a memory module is inserted. A bank can have one or more sockets.
One or more of the sockets in your system is already filled with memory. When you upgrade your system, you can either add memory to one of the open sockets and/or remove memory from a filled socket and replace it with a higher capacity memory module.
Your Compaq ProLiant DL585 G6 has 16 banks of 2 sockets each for a total of 32 memory sockets.
*We recommend you upgrade your computer to the latest BIOS revision prior to upgrading your memory.
667MHz memory performance requires no more than 4 x PC2-5300 4GB DIMMs per processor memory bus. Adding additional memory will result in the memory slowing down to 533MHz.
8 Sockets (4 Banks of 2) per processor memory node.
DIMMs must be installed in decreasing capacity with the largest DIMMs installed in the banks furthest from the processor.
PC2-6400 memory modules are only supported on models configured with Opteron 8380, 8384, 8376, 8378 and 8400 series processors.
ETC tests each RAM module to ensure compatiblity with your Compaq system. The memory modules listed above are guaranteed to work in your Compaq ProLiant DL585 G6.
Memory or RAM is a piece of hardware in your computer that holds software applications that you are working on. It serves as temporary working space between your computer’s hard drive and CPU.
Adding memory will improve your computer’s performance. Specifically, it will speed up opening new applications, running multiple applications at once, and switching between software applications (multi-tasking).
One task that additional memory speeds up is opening a new software application. Let’s take this as an example. When you open a new application on your computer, your computer’s CPU fetches the application from the hard drive and stores it in RAM memory. It stores it in RAM because RAM is very fast relative to the hard drive. When RAM gets full, and you open a new application then the CPU needs to kick out one of your open applications, put it back on the slow hard drive, fetch the new application from the hard drive, and place the new application in RAM. Basically, it swaps the applications.
This game of swapping wastes time. Ideally, your computer could have an infinite amount of RAM. Then your CPU would fetch an application once from the hard drive, save it into RAM, and never need to kick out another application. There is no such thing as infinite RAM, but you can max out the RAM on your computer by adding the maximum amount of memory to each socket.
To max out your RAM memory, add the maximum amount of memory to each memory socket. To find out how much RAM each socket can support, divide the system maximum RAM amount by the total number of sockets in your system.
For example, if your system maximum RAM is 2GB, and your system has 2 total sockets then the maximum amount each socket can support is 1GB. If one of the sockets is already filled then you can always remove the existing module and replace it with a higher capacity module.
No. The 1975 Magnusson-Moss Act prevents OEM manufacturers from disqualifying a warranty when 3rd party memory is used. For more details, please see the Magnuson-Moss Act.
Memory speed refers to the amount of time that memory (RAM) takes to put data into its memory or send it out. Your device’s memory will have an upper limit on the speed at which it can operate.
A memory kit is a number of memory modules sold as a unit or a kit. For example, a 1GB memory kit will contain two 512MB modules. This is written as (2x512MB).
Desktop Memory Installation (General)
Laptop Memory Installation (General)
Choose the appropriate installation guide or see our How To Install Computer Memory Guide.
184-Pin DIMM Memory Upgrade Installation Guide 168-Pin DIMM Memory Upgrade Installation Guide General SIMM Memory Upgrade Installation Guide 184-Pin DIMM Memory Upgrade Installation Guide 168-Pin DIMM Memory Upgrade Installation Guide General SIMM Memory Upgrade Installation GuideElectro-Static Discharge (ESD) is one of the major issues of damaging memory modules. Learn how you can avoid this by reading our Memory Handling Guide.
ETC Memory Upgrades for the Compaq ProLiant DL585 G6 are engineered to exact OEM specifications. ETC guarantees 100% performance and compatibility with your Compaq ProLiant DL585 G6.
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