The ALL-IN-WONDER X800 XT

This AGP compatible card is based upon the ATI R420 visual processing unit. The aluminum heat sink is anodized in gold and topped with a clear plastic duct and utilizes a temperature controlled fan. The default core speed is 500MHz and the 256MB of GDDR3 memory operates at 1000MHz.

The ALL-IN-WONDER X800 XT utilizes the latest MicroTune MT2050 tuner for crisp clear highly defined audio-visual experience, giving your rig television and FM radio capabilities. Note the size of the tuner, this configuration is very small in comparison to previous generation tuners. The tuner is a mere 1-1/4" x 3/4" setting unprecedented performance for its very compact low profile design.

The heat sink fan cooling system is designed to cool the core very well, however it is not designed to cool the memory. The cooler is padded and only makes contact with the VPU. Having been said the ram on both sides of the card does not utilize a heat sink of any kind, it doesn't necessarily need them to operate at peak performance anyhow.

The heart of the ALL-IN-WONDER X800 XT is ATI's THEATER 200 video decoder. The THEATER 200 is a industry proven decoder, giving excellent and reliable video decoding. The dual 12-bit analog to digital converter replication is responsible for implementing unprecedented digital vibrancy.

This card is based on the AGP bus giving extended life to end users with AGP systems while providing top notch performance while maintaining backwards compatibility to systems with 4X and 8X advanced graphics ports.

Here we get a glance of the input/ouput connector, the DVI connector and the VGA connector, giving you dual display capabilities and extended funtionality, connecting to a wide range of devices.

The ALL-IN-WONDER X800 XT requires an external power source to run properly and includes the power cable for this requirement. The cable plugs into any 4-pin 12 volt rail coming from your power supply completing the connection by plug-in into the mini 4-pin power connector as shown above.

The gold heat sinks we see above cool the MOSFET power transistors of the core regulator. This keeps the cards voltage regulating components cooler, which allows the voltage regulator and its components operate more efficiently by producing clean, stable voltage at lower temperatures.