Multi-Channel Audio and Video Recording System
System 2722
Record, compress, decompress, playback:
these are the primary functions of the System 2722. This robust recording solution
has been specifically designed to capture large amounts of audio and video data,
record it to a high-capacity storage device and allow for simultaneous playback
of the data. Delivered with record and playback subsystems, the System 2722 is also
equipped with one storage area network and is capable of configuration with multiple
playback subsystems.
Highly versatile, the System 2722 is capable of recording and playing back up to
eight NTSC video sources, multiple 1280 x 1024 RGB video sources and one audio source
per video channel. It provides real-time audio and video data acquisition and playback
with high resolution levels, up to 10 TeraBytes of storage, 20 Mbits/second/signal
RGB, audio sampling of 16-bit and signal compression of 5 Mbits/second/signal. Data
can be recorded in the field and then digitally loaded through a Fibre-network interface
onto an internal network or the Internet, making the archived data available for
viewing and listening from any point on the globe. This combination of features
makes the System 2722 ideal for demanding, high-end applications such as flight
simulation, combat training and Internet-based learning.
Features:
- 100% COTS hardware
- DSPCon developed software
- Up to 10 TeraBytes of JBOD storage
- Compression of 5 Mbits/second/signal
- 20 Mbits/second/signal @ 1280 x 1024 RGB
- Simultaneous audio sampling of 16-bit
- Audio sampling of 16-bit @ 9.766 kHz
- RS-170 and RS-170A supported
- 4-wire and 5-wire RGB compression supported
Benefits:
- Cost-effective hardware configuration
- Minimizes custom software development
- Fast, accurate, easy data streaming
- Remote or local system command and control via innovative GUI
- Inexpensive, large storage capacity for audio and video data
- High-quality images for playback
- High-resolution audio synchronously recorded and played back with video
- Multiple, simultaneous playback stations
For additional information on the System 2722, click here