CARD LAYOUT
256MB of GC20 (2.0ns) GDDR3 memory modules are mounted on
the top side of the card covered by a black anodized aluminum heatsink. The
cooling system is adequate, keeping temperatures within spec. On my setup I
found maximum temperatures registering in the high 70C to low 80C range during
intense gaming. Idle temps ran about 60C during testing. While I experience no
heat issues during this review I would like to see those temperatures lowered
about 10C. Looks like I will be doing some experimenting on cooling after this
review.
eVGA e-GeForce 6800GT
(front)
(back)
CARD COMPARISON (LAYOUT AND SIZE)
Card Comparison
The different in size is very apparent as well as the layout of each card. The
X800Pro is very small (at approximately 7 1/2" x 4 1/4") compared to the 6800 GT (at
approximately 8 1/2" x 4 1/2"). While the 6800GT uses heatsinks to help cool the
memory the X800Pro uses none and it is apparent that it does not need any, at
least not at default clock frequencies. Both ATI and NVIDIA have been consistent
in the size of the pcb and whether or not to apply heatsinks on the ram over the
last couple of generations of offerings.
TEST SETUP
Case Shot During Testing
eVGA e-GeForce
6800GT installed for testing
Listing the components of the
test system leaves me wondering whether the system will be able to push the
6800GT. Nevertheless, this system is fast although reluctantly missing a key
component, the Western Digital 10,000 rpm 74.5 GB 'Raptor' HDD, which succumbed
to problems which side-lined it for this review. Still, the backup WD 2000JB SE
is a good fast 7,200 rpm IDE harddrive and should perform adequately. The
potential bottleneck is the Athlon 64 3000+ which has run at 2.2 GHz with a 220
MHz FSB since I purchased it. I did drop it down to its 2.0 GHz specification
for the last review but I think I may need the extra megahertz for this review,
so the A64 will remain running at 2.2 GHz.