Andrea Electronics C1-1021450-1 Model USB-SA-1 High Fidelity

Condition - Very Good
The item shows wear from consistent use, but it remains in good condition and functions properly. Item may arrive with damaged packaging or be repackaged. It may be marked, have identifying markings on it, or have minor cosmetic damage. It may also be missing some parts/accessories or bundled items.

Andrea Electronics C1-1021450-1 Model USB-SA-1 High Fidelity External Digital Sound Card with Noise Reduction Technology
- Removes the Uncertainty of Legacy PC Audio Quality and Compatibility Issues, Hi-fidelity external sound card with CD quality digital sample rates
- USB 2.0 Full Speed Operation Device Class Specification V1.0 Compliant (Digital Audio Device), Converts the built-in sound of the average desktop or laptop into a rich audio experience designed for PC users who insist on high quality/low noise audio
- Small form factor, about the size of a thumb drive, is convenient for portability with audio peripherals, The USB adapter enables the audio device driver platform which supports the Andrea PureAudio noise reduction technology and Andrea hardware peripherals
- Can also be used to enhance ANY existing legacy headset, microphone or speakers, USB Stereo Microphone Input and Stereo Speaker Output, Power On / Data Transmit LED Indicator
- Win98 SE / Win 2000 / Win XP and Vista Compatible, Mac OS9/10 (without Andrea Software) Compatible, Includes Andrea's complete PureAudio Voice Solutions Software Suite
Country USA
Brand ANDREA
Manufacturer Andrea Electronics Corporation
Binding Electronics
ItemPartNumber C1-1021450-1
Model C1-1021450-1
ReleaseDate 2019-02-27
UnitCount 1
UPCs 752921040619
EANs 0752921040619

Country	USA
Brand	ANDREA
Manufacturer	Andrea Electronics Corporation
Binding	Electronics
ItemPartNumber	C1-1021450-1
Model	C1-1021450-1
ReleaseDate	2019-02-27
UnitCount	1
UPCs	752921040619
EANs	0752921040619

Andrea Electronics C1-1021450-1 Model USB-SA-1 High Fidelity External Digital Sound Card with Noise Reduction Technology