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The video
card market can be a really confusing place. Even with only the two names nVidia
and ATI to worry about, they each have so many chipsets with their
own spin-offs, that it quickly floods
a webpage with complex item descriptions. The general rule is that the larger
the model number, the higher performance you can expect. Until we start seeing
those words like Ultra, Turbo, and Deluxe slapped behind a model number.
When money isn't a problem, then just throw those bills at the largest and
most expensive box you can find and you should be good to go. What --
You're on a budget and don't' want to spend $500 on a video card that will only
be worth $75 in 180 days? Join the club buddy, there are a good number of
people who feel exactly the same way you do.
" I don't
play too many games.... " This is the comment that we hear most often as custom
system builders. Obviously, we want to give the customer as much pixel power as
we can and still stay within budget for the whole project. Most serious gamers that are looking to upgrade or
buy a new PC know and understand that the video card is a very important and
expensive piece of equipment that can not be cut short in the quest for
blazing frame rates. But when we hear someone say they don't spend much time
playing video games, we know we can throttle back on the video card somewhat in
favor of bulking-up the system elsewhere. Finding the sweet spot between price
and performance is always tough, but companies like Albatron are making it easy!
The
Albatron FX5700P Turbo is based on the feature rich: nVidia GeForce FX·5700
chipset. There are four features most notable for the FX5700 chipset. In my
gamers opinion, one of the first and foremost is Direct-X 9 compatibility! The Direct-X 9 club
is fairly small as far as the number of compliant video cards and available
software titles that utilize it. However, that
number is rapidly growing and the Albatron FX5700P Turbo is already on the dance
floor.
Other features
and specifications
► 128 MB of onboard dedicated graphics memory
► AGP 8x/4x AGP 3.0 Interface
► Digital Vibrance Control
► GPU based on .13 Micron
Process Technology
► Integrated NTSC/PAL encoder
supporting resolutions up to 1024x768
► DVD & HDTV-ready MPEG-2
decoding up to 1920x1080 resolutions
► Dual, integrated 400MHZ
RAMDACs for display resolutions up to and including 2048x1536 @ 85HZ
► Dual internal TMDS
encoders (one single and one Dual Link) able to drive next-generation flat panel
displays with resolutions up to 1600x1200