PRODIGY 7.1e X-Fi Audio is based on AUDIOTRAK’s own technology boasting of its best quality sound and is optimized to audio/multimedia environment with Creative’s X-Fi chip adopted.
PRODIGY 7.1e X-Fi Audio is PCI-Express type having more stable and higher bandwidth than usual PCI-type, has high performance D/A converter supporting 24bit / 96kHz, 112dB of dynamic-range, and boasts stable circuit design and built-in high quality condenser for the best quality sound. 7.1 channel surround output and Creative’s EAX 3D functions are the best for the home-theater and computer game. Multimedia functions like headphone amplifier, digital input and output, mic/Line input are independently applied for the best computer sound environment for music / movies, and games.

High Performance D/A Converter
7.1 channel, 24bit/96kHz supporting AKM��s high performance D/A converter, AKM4358 is adopted for realizing 112dB dynamic-range. High quality condenser and circuit design for Hi-Fi sound achieve the best quality sound.

PCI-Express Type with Creative's X-Fi Chipset
Creative��s X-Fi chipset having excellent performance in playing games realizing 3D sound environment. PCI-Express type provides more stable and higher bandwidth than usual PCI-type.

Separate Headphone Amplifier
Separate built-in headphone amplifier processes up to 300 ohm impedance and provides excellent driving force and high resolution even in use of high impedance headphone.

7.1 Channel Surround / Virtual Surround System
PRODIGY 7.1e X-Fi AUDIO supports up to 7.1 channel analog output and output channel expansion of stereo source for more various sound environments.

Exchangeable Socket Type High Performance OPAMP
TI��s high performance OPAMP OPA2134 is set on both Headphone-Out and Front-Out. OPAMP is exchangeable to change sound type for user��s taste in sound.

Digital In/Output
Optical-type digital in/output supports up to 24bit/96kHz of resolution, PCM type digital output, and AC3/DTS PassThrough for connection with external D/A converter or decoder or receiver.