 The 
heatsink on the Gigabyte GV-R96X128D's ATI 'RV360' VPU is a bit on 
the small side compared to the monsters used with current Nvidia cards. Since 
the Radeon 9600XT core is built with 0.13 micron manufacturing technology, less heat is 
produced because individual transistors are smaller.
             
            The 
heatsink on the Gigabyte GV-R96X128D's ATI 'RV360' VPU is a bit on 
the small side compared to the monsters used with current Nvidia cards. Since 
the Radeon 9600XT core is built with 0.13 micron manufacturing technology, less heat is 
produced because individual transistors are smaller.
             
   Unlike the more expensive Radeon VPUs, the 9600XT core is actually 
not protected with a metal shim around the edge of the FCPGA 
chip. If you're planning to install a larger third party heatsink like the Zalman 
HP-80A this is good news. Remember to be careful otherwise you could chip a corner 
off the brittle silicon core however.
          
    Those of you with case windows should like the deep blue glow given off by 
the Gigabyte GV-R96X128D's fan. The fan is pretty much silent under power, and that 
is certainly an advantage of most Nvidia graphics cards on the store shelves these days. 
   If you have an older 
PC, please keep in mind that while this is a mainstream videocard, the Gigabyte GV-R96X128D is 
not 2x AGP compatible! There's no 2x AGP key, and 
any attempt to make it fit will probably just result in a fried motherboard once 
you turn the system on. 
How about a little Overclocking on the 
side?
   Despite the 
0.13 micron manufacturing process the core is built with, the Radeon 9600XT VPU didn't seem to have 
much in the way of headroom. Starting at 500 MHz we slowly raised the core speed of the 
Gigabyte GV-R96X128D a few MHz at a time. To my surprise the RV360 core seemed to have a 
lot of legroom as it passed 550 MHz very easily. In the end it ran 
602 MHz          
with the stock cooler. Now that is quite a feat!
        
 The        
 128MB of DDR memory on the Gigabyte GV-R96X128D are based on the same 2.8ns 
Samsung DRAMs we find on other Radeon 9700 Pro/9800 Pro videocards, but for some 
reason I was expecting more conservative results from them. Starting at 200 MHz 
the memory overclocked to a mere 327 MHz. 
Unlike most other ATi based videocards we've 
tested, the Gigabyte GV-R96X128D's core and memory did not play nicely together. 
In order to run both the core and memory overclocked we had to 
lower          the core speed 
to 587 MHz.
  
  
    |  | 
  
    | PCStats Test System Specs: | 
  
    | 
        
        
          | processor: | intel pentium 4 3.0c |  
          | clock 
            speed: | 15 x 200 mhz = 3.0 ghz |  
          | motherboards: | gigabyte 8knxp, i875p |  
          | videocard: | ati radeon 9800 proati radeon 9700 pro
 gigabyte 
            radeon 9600 pro
 msi fx5900u-vtd256
 albatron geforcefx 5600 
            ultra (rev2)
 msi g4ti4600-vt2d8x
 gigabyte 
gv-r96x128d
 |  
          | memory: | 2x 256mb corsair twinx 3200ll |  
          | hard 
            drive: | 40gb wd special ed |  
          | cdrom: | nec 52x cd-rom |  
          | powersupply: | vantec stealth 470w |  
          | software 
            setup | windowsxp build 2600intel inf 5.03
 catalyst 
            3.9
 detonator 52.16
 |  
          | workstation 
            benchmarks | 3dmark2001se3dmark03
 aquamark
 aquamark3
 codecreatures
 gun 
            metal 2
 quake iii arena ver 1.17
 ut2003
 aa test, af and aa+af test3dmark2001se
 quake iii arena
 |  |