|Price incl. VAT||£91.68|
|Price excl. VAT||£76.40|
|Extended warranty + 1 year||
|Possibility to return products within two months||
Powerful and reliable server memory module of type DDR3 ECC Unbuffered. It is designed for high-performance systems, servers and multiprocessor computers. This memory is primarily intended primarily to powerful servers Fujitsu Primergy TX1310 M1, M1 TX1320, TX1330 RX1330 M1 and M1 with which guarantee full compatibility. It is tested for the most demanding applications, making it ideal for critical applications and critical servers.
Technology ECC checking transparently and in real time, data integrity stored in memory. It is able to detect and correct an error in a single bit error and detect two bits. Some memory controllers can in cooperation with ECC memory repair the errors of greater magnitude. Most professional boards require memory with ECC support. In collaboration with parity checking memory reaches maximum control of data transferred. Parity is that the word jednobytovému added auxiliary information (the parity bit) and because it can then verify the authenticity of transmitted data.
Memory has a separately addressable area (Memory rank) with bus width 72 bits (64 bits of data and 8-bit ECC code). Most of server chipsets has limited memory rank or directly specified memory configuration for each slot, so consider when buying a watch that figure with respect to future upgrades - if you reach the full rank of memory on the motherboard, you can not add another module even if some remained free memory slots and reserve capacity.
Memory Modules s organizations chips "x8" are affordable, but do not support advanced server technologies such as multiple-bit error correction, Chipkill, memory scrubbing or Intel Single Device DataCorrection (SDDC), so they are ideal for the "entry-level" servers.
Specifications can be changed without notice. Images are for illustrative purposes only. Retail Price (MSRP) means the manufacturer's/supplier's suggested retail price.
Link to Manufacturer's Website: Enter link to the external review