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| Part# |
Product
Name |
Description |
Price |
SCSB0092VP |
Sound
Blaster Audigy W/1394 PCI Sound Card |
Specifications
Mfr model Number:SB0090/92
AUDIGY With IEEE-1394
AUDIGY CHIP
24BIT/ 96KHZ DAC
OEM item
|
$65.52 |
SCSB0102VP |
Sound
Blaster LIVE Digital 5.1 |
Specifications
Synthesizer Chip: EMU 10K1
Synthesizer Type: Wavetable (Scalable PCI)
Polyphony: 64 (with 8-point interpolation)
RAM size: Based on system RAM, up to 32MB
Sample Sets: 2, 4 and 8MB
Synthesizer Effects: Reverb, Chorus, Flanger, Pitch Shifter, Distortion,
etc
MIDI Channels: 48
Duplex Type: Full Duplex
Max. Recording Depth: 16-bit
Max. Recording Rate: 48 KHz
Max. Playback Depth: 16-bit
Max. Playback Rate: 48 KHz
Signal-to-Noise Ratio: >96 dB
Soundfont Support: Yes Built-in Amplifier: No
Compatible:Windows ME, 2000, 98,95, NT4.0
|
$33.04 |
SC-SB0090X |
Sound
Blaster Audigy X-Gamer |
Specifications
Synthesizer Chip: Audigy
Synthesizer Type: Wavetable
Polyphony:64 (with 8-point interpolation)
RAM size:Based on System RAM, up to 1GB
Sample Sets:4 and 8 MB
Synthesizer Effects: Reverb, Chorus, Flanger, Pitch Shifter, Distortion,
etc
MIDI Channels: 48
Effects Engine: 32-bit
Duplex Type: Full
Max. Recording Depth: 16-bit
Max. Recording Rate: 48kHz
Max. Playback Depth: 24-bit
Max. Playback Rate: 96kHz
Signal-to-Noise Ratio: 100dB
Soundfont Support: Yes, including Soundfont 2.1
Built-in Amplifier: No
Compatibility:Windows XP(Downloadable),ME,2000, 98,NT4.0,
Not compatible with Win95 and Linux
|
$91.84 |
SC-SB0090M |
Sound
Blaster Audigy MP3 |
Specifications
Synthesizer Chip: Audigy
Synthesizer Type: Wavetable
Polyphony:64 (with 8-point interpolation)
RAM size:Based on System RAM, up to 1GB
Sample Sets:4 and 8 MB
Synthesizer Effects: Reverb, Chorus, Flanger, Pitch Shifter, Distortion,
etc
MIDI Channels: 48
Effects Engine: 32-bit
Duplex Type: Full
Max. Recording Depth: 16-bit
Max. Recording Rate: 48kHz
Max. Playback Depth: 24-bit
Max. Playback Rate: 96kHz
Signal-to-Noise Ratio: 100dB
Soundfont Support: Yes, including Soundfont 2.1
Built-in Amplifier: No
Compatibility:Windows XP(Downloadable),ME,2000, 98,NT4.0,
Not compatible with Win95 and Linux
|
$91.84 |
SC-SB0090P |
Sound
Blaster Audigy Platinum Retail |
Specifications
Synthesizer Chip: Audigy
Synthesizer Type: Wavetable
Polyphony:64 (with 8-point interpolation)
RAM size:Based on System RAM, up to 1GB
Sample Sets:4 and 8 MB
Synthesizer Effects: Reverb, Chorus, Flanger, Pitch Shifter, Distortion,
etc
MIDI Channels: 48
Effects Engine: 32-bit
Duplex Type: Full
Max. Recording Depth: 16-bit
Max. Recording Rate: 48kHz
Max. Playback Depth: 24-bit
Max. Playback Rate: 96kHz
Signal-to-Noise Ratio: 100dB
Soundfont Support: Yes, including Soundfont 2.1
Built-in Amplifier: No
Compatibility:Windows XP(Downloadable),ME,2000, 98,NT4.0,
 |
$185.92 |
SC-0090PEX |
Sound
Blaster Audigy Platinum External Sound Card |
Specifications
External Audigy Drive
Comprehensive Connectors - Including Optical I/O, SPDIF I/O, MIDI I/O,
AUX-IN, Mic IN and SB1394
2ms low-latency performance with ASIO support
SoundFont 2.1
Digital Video Camcorder Support
24-bit / 100dB SNR
Dolby Digital Decoding-5.1 multi-channel playback
|
$226.24 |
SC-CT4750 |
Sound
Blaster PC128 Sound Card |
Sound Blaster
PC128 Sound Card
Sound Blaster PCI128
The Sound Blaster PCI128 utilizes the PCI bus, allowing it to use far less
CPU overhead than traditional sound cards. This translates into higher frame rates in your
games, more bandwidth for 3D audio and multi-channel support for upcoming game titles.
Wave-Table Synthesis
Creative synthesis engine
Digital effects engine for reverb and chorus
128-voice polyphony and multi-timbral capability
16 MIDI channels, 128 GM & GS compatible instruments and 10 drum kits
MT-32 compatible instrument set
2MB, 4MB and 8MB sample sets included
Digital effects engine for reverb and chorus
128-voice polyphony and multi-timbral capability
16 MIDI channels, 128 GM & GS compatible instruments and 10 drum kits
MT-32 compatible instrument set
2MB, 4MB and 8MB sample sets included
|
$17.36 |
SC-CT4815 |
Sound
Blaster PCI 16 sound card |
Features and
Performance
CD quality audio with a fast PCI interface
Time tested compatibility based on the award-winning Sound Blaster 16
128-voice MIDI music synthesizer
Plug-and-Play for easy installation
|
$15.12 |
SC-DT688 |
Diamond
DT-688 5.1 Channel 32bit PCI Sound Card (Retail Package) |
Specifications
Mfr Model Number: DT-688
DT-688 5.1 Channel PCI Sound Card
Diamond DT-688 Audio Accelerator Chipset
Support 5.1, 6 Channel Speaker, Multi-Speaker Output to 2/2.1/4/4.1/5.1
Speakers, EAX, Karaoke Key, Echo Sound Effects
Sound Blaster, Sound Blaster Pro Compatible & Direct Sound Compatible
Karaoke System Enable
I/O Interface: Front-Out, Rear-Out, Center & LFE, Line-In, MIC-In,
Game/MIDI PORT, CD-Audio, AUX & TAD Connector
32 bit PCI Bus Master, PCI 2.1/2.2 Compliant
|
$10.08 |
SC-DT588 |
Diamond
DT-588 4 Channel 32bit PCI Sound Card (Retail Package) |
Specifications
Mfr Model Number: DT-588
DT-588 4 Channel PCI Sound Card
Diamond DT-588 Audio Accelerator Chipset,
Support DirectSound & DirectSound 3D
3D Effects Processor
I/O Interface: MPU-401 UART MIDI, Game/MIDI, Stereo/Line-Out, Mono In/Mono
Out/CD Audio/Line-In, Microphone-In
64 Voice Wavetable
|
$8.40 |
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standard
for representing music electronically. In addition, most sound cards are Sound
Blaster-compatible, which means that they can process commands written for a Sound Blaster
card, the de facto standard for PC sound.
Sound cards use two basic methods to translate digital data into analog sounds: FM
Synthesis mimics different musical instruments according to built-in formulas. Wavetable
Synthesis relies on recordings of actual instruments to produce sound. Wavetable synthesis
produces more accurate sound, but is also more expensive.
MIDI: Pronounced middy, an acronym for musical instrument digital interface, a standard
adopted by the electronic music industry for controlling devices, such as synthesizers and
sound cards, that emit music. At minimum, a MIDI representation of a sound includes values
for the note's pitch, length, and volume. It can also include additional characteristics,
such as attack and delay time.
The MIDI standard is supported by most synthesizers, so sounds created on one synthesizer
can be played and manipulated on another synthesizer. Computers that have a MIDI interface
can record sounds created by a synthesizer and then manipulate the data to produce new
sounds. For example, you can change the key of a composition with a single keystroke.
A number of software programs are available for composing and editing music that conforms
to the MIDI standard. They offer a variety of functions: for instance, when you play a
tune on a keyboard connected to a computer, a music program can translate what you play
into a written score. |
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