CR24 Narrowband Video Receiver for UAV and UGV

UHF - L-Band - S-Band - C-Band

pdf CR24 Datasheet
pdf CR24 Model Number Builder

Compatible COFDM Transmitters

CT40 Series Transmitters
CT70 Series Transmitters

AMP’s CR24 Series COFDM video receivers are designed for high quality COFDM video reception in high multipath and urban environments. 

The CR24 Series receivers offer excellent sensitivity with very low power draw, full frequency band channelization, narrow 2.5 MHz RF bandwidth, and JPEG2000 video decoding.  All models are standard equipped with stereo audio, an auxiliary data channel, and built-in 5V and 12V auxiliary supplies.  Many COFDM parameters are user-selectable: modulation (QPSK, 16QAM, or 64QAM), FEC (1/6th to 2/3rd), guard interval (1/4 to 1/16), and encryption (AES 128 or 256-bit).  CR24 receivers are optionally configured with selectable 1.25 MHz ultra-narrow RF bandwidth.

Frequency may be selected locally with chassis-mounted BCD switches, remotely through the transmitter’s RS232 serial interface, and locally/remotely with configurable pre-sets.

The CR24 Series receivers are designed to withstand harsh environments and are ideal for UAV, UGV, military, and other applications requiring high quality video receiver in a compact, rugged package.

 

CR24 Narrowband COFDM Video Receiver

Excellent Digital Video Receiver for Urban Multipath Environments!


COFDM Video Receiver Features

  • 24 Cubic Inch Package  (4” x 6” x 1”)
  • Low Power Draw
  • Full Frequency Band Channelized
  • Three Frequency Selection Modes (BCD Switches, RS232, Programmable Switch)
  • 10 Configurable Pre-Sets
  • JPEG2000 Video Decoder
  • NTSC and PAL Video
  • 2.5 MHz Occupied RF Bandwidth
  • 1.25 MHz Bandwidth Optional
  • QPSK / 16QAM / 64QAM Selectable Modulation
  • AES 128 / 256 Bit Selectable Decryption
  • Diversity Antenna Configuration
  • Dual Chassis Mounted RSSI Displays
  • Stereo Audio with Auxiliary Data Channel
  • 5V and 12V Auxiliary Supplies Built-In
  • J-STD-001D Class 3 Assembly (Medical/Aerospace)