ASUS P4T533 i850E CPU board i850E built up with thirty-two.

[Adrien Sligo]

ASUS 1st earned acclaim with the hardware enthusiast community for constructing authentic CPU board that deliver industry-standard functioning. Their productions often characteristic respect-added consolidations, such as IDE RAID, USB 2.0 and C-Media?s 6-channel audio CPU (as fought to the software codec lots producers opt for). consequently, ASUS boards often command a premium cost.

The P4T533 is no exclusion, arriving in at more than $300. The cost doesn?t tell the whole story still. Along with the CPU board, you also acquire a 512MB faculty of RIMM 4200.Why does ASUS admit storage with the board? Perhaps it is since the fledgling thirty-two-bit, RDRAM standard based modules, are even almost unsufferable to detect.



It would appear as although Rambus has forsaken their prior naming pattern.RIMM 4200 operates at PC1066 frequencies and is capable of reassigning up to 4.2GB per second of information. evidently, RIMM 4200 audios more obliging, particularly in light of the contending PC2100 and PC2700 DDR standards, which are too named for their bandwidth capabilities. As we mentioned before, RIMM 4200 RDRAM engineering is basically PC1066 storage but now rather of using 2 sixteen bit RDRAM channels with a couple of modules, you accept a individual 32 bit architecture on 1 module.

Whereas standard PC1066 RIMMs demand to be installed in matches, a RIMM4200 module can be set up in a single stick install with a CT-RIMM (persistence and Termination RIMM). Most all CPU board manufacturers that adopt RIMM 4200 engineering, will also bundle a CT-RIMM in with their boards, only as standard C-RIMMs are bundled directly.

Again, as mentioned before, RIMM4200 has the capacity of extending 4.2GB/sec of bandwidth in a individual module at 1066MHz or 1.066GHz. There are also RIMM3200 versions useable, which are simply 32 bit PC800 based sticks that defend 3.2GB/sec at 800MHz speeds. This certainly is a beneficial play for RAMBUS, in competitor with double Channel DDR technologies, that will be arriving to the Pentium 4 line in the not so distant next.