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Sound Blaster AWE 64 CT 4500

Summary
Parameter

My Opinion

Mode of Operation
Full Duplex
Loop Back
Analog > Digital Digital > Analog
Frequency Response Very Good 30-16kHz +/-0.1 dB 30-16kHz +/-0.1 dB 30-20kHz +/- 0.08 dB
1 kHz Total Harmonic Distortion Good 0.08% @ -0.5 dB 0.03% @ -0.15 dB 0.01% @ -0.4 dB
Signal to Noise Ratio Poor 49 dB 68 dB 75 dB
19 & 20 kHz Intermodulation Distortion Good 0.27%@-0.7 dB 0.22% @ -0.5 dB 0.03% @-0.7 dB
Dynamic Range Good 65 dB 71 Db 79 Db
Jitter Distortion Good -60 Db -85 Db -100 Db
Software Used: Windows95 950B; Driver Release: 4.36.13

Discussion of Results

esults Blaster 16 CT418Creative Lab's Recent ISA Sound Blaster cards typically have their worst performance in Full Duplex mode and provide far better performance in the Half Duplex modes. This means that they perform acceptably in most game and other consumer applications, but are not optimum for semi-pro or professional sound recording and editing applications, particularly those involving production of multitrack recordings.
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Sound Blaster AWE 64 CT 4500 Sound Card Frequency response (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card Frequency response (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card 1 kHz Total Harmonic Distortion and Noise (Full Duplex -Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card 1 kHz Total Harmonic Distortion and Noise (Full Duplex -Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card Residual Noise - (Dynamic Range) (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card Residual Noise - (Dynamic Range) (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card IM Distortion (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card IM Distortion; (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card FM Distortion - "Jitter" (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card FM Distortion - "Jitter" (Full Duplex - Loop Back)
Sound Blaster AWE 64 CT 4500 Sound Card Frequency Response, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Frequency Response, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Total Harmonic Distortion and Noise, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Total Harmonic Distortion and Noise, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Intermodulation, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Intermodulation, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Residual Noise - (Dynamic Range), Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Residual Noise - (Dynamic Range), Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Jitter, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Jitter, Analog to Digital
Sound Blaster AWE 64 CT 4500 Sound Card Frequency Response, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Frequency Response, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Total Harmonic Distortion and Noise, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Total Harmonic Distortion and Noise, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Intermodulation, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Intermodulation, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Residual Noise - (Dynamic Range), Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Residual Noise - (Dynamic Range), Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Jitter, Digital to Analog
Sound Blaster AWE 64 CT 4500 Sound Card Jitter, Digital to Analog

 

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This Page Last Revised 7/20/98 (abk)