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For example, is it worth forking out for a buffered or registered DIMM type?
How do I find out if my motherboard supports ECC?
Sounds like ECC is the way to go then, the only disadvantage being the minor slowdown which I doubt will be noticeable.
Parity memory adds an extra bit for every eight bits of data. It is used for error detection and correction.
Quick info guide - [URL]http://www.pcguide.com/ref/ram/err.htm[/URL]
Buffered I asked Jeeves (Helpful Chap) [URL]http://www.ask.co.uk/ix.asp?q=what+does+buffered+memory+mean&ac=SHOP&xx=0&qid=4B0601F3304D874BABC50D5857740655&p=0&s=2&sp=ix&fn=t&b=0&fo=2&r=10&io=1&fp=1&fr=1&url=http%3A%2F%2Fwww%2Eocsystem%2Ecom%2Fwhatunandbuf%2Ehtml&adurl=[/URL]
Unbuffered modules are the most common. In unbuffered memory, the chipset controller deals directly with the memory. There is nothing between the chipset and the memory as they communicate. Buffered modules contain a buffer to help the chipset cope with the large electrical load required when the system has a lot of memory. Registered modules are unbuffered modules that contain a register that delays all information transferred to the module by one clock cycle. Buffered and registered modules are typically used only in servers and other mission-critical systems where it is extremely important that the data is properly handled.
[URL]http://www.komplett.co.uk/k/ki.asp?sku=116452&cks=PRL[/URL]
It's got non-parity error checking. Anyone know what that means?
Speaking of which - what's the difference between non-parity and ECC error checking?
[URL]http://www.ebuyer.com/customer/products/index.html?rb=1191219886&action=c2hvd19wcm9kdWN0X292ZXJ2aWV3&product_uid=54472[/URL]
What benefits does it give over unbuffered?