Big Mac and DIMMS
24 April, 2008 by IT Reviews Staff
Transcend, one of the world's leading memory module manufacturers, has joined a growing number of memory manufacturers offering Fully-Buffered DIMM (FB-DIMM) memory designed specifically for Apple's high-end Mac Pro system.
The new module is a 240-pin, 2GB, DDR2-800 piece and has Advanced Memory Buffer (AMB) and Error Correction Code (ECC), which monitors the data that gets transferred in and out of memory and performs real-time correction of any errors found.
The FB-DIMM is made of 18 high-quality, 70nm, 128Mx8, DDR2 DRAM chips and has a high-quality heat-sink with cooling fins and highly conductive thermal compound for better thermal dissipation.
Based on Intel's Xeon 5400 Quad Core platform, the Mac Pro has a total of eight FB-DIMM memory slots, of which only two are used in standard configuration (2 x 1GB FB-DIMMs).
Transcend's latest FB-DIMM gives Mac Pro users the option to fully populate all eight slots for a total capacity of 16GB and, with the Mac Pro's very efficient memory architecture, that supports four simultaneous memory channels, delivering bandwidth transfer rates of up to 25GB per second.
The new module is a 240-pin, 2GB, DDR2-800 piece and has Advanced Memory Buffer (AMB) and Error Correction Code (ECC), which monitors the data that gets transferred in and out of memory and performs real-time correction of any errors found.
The FB-DIMM is made of 18 high-quality, 70nm, 128Mx8, DDR2 DRAM chips and has a high-quality heat-sink with cooling fins and highly conductive thermal compound for better thermal dissipation.
Based on Intel's Xeon 5400 Quad Core platform, the Mac Pro has a total of eight FB-DIMM memory slots, of which only two are used in standard configuration (2 x 1GB FB-DIMMs).
Transcend's latest FB-DIMM gives Mac Pro users the option to fully populate all eight slots for a total capacity of 16GB and, with the Mac Pro's very efficient memory architecture, that supports four simultaneous memory channels, delivering bandwidth transfer rates of up to 25GB per second.

