The B745AV/B7745AV series high performance broadcast grade fiber transmission system supports four composite video and eight channels of line-level audio. The all-digital processing platform features 24-bit audio processing and a 48 kHz audio sampling rate. The unit uses Coarse Wavelength Division Multiplexer (CWDM) technology for max distance capability. For added flexibility dual range audio levels for the eight audio channel can be configured for -10 dB to +8 db or 0 dB to +18 dB operation. Eight multi-segment LED display provides for complete monitoring of input video, output video, audio input and audio output levels and the received optical signal. The built-in test feature aids in the installation process as it easily measures the actual optical loss in the fiber run from the transmitter.
| Make | Fiber Options |
|---|---|
| Manufacturer | Fiber Options |
| Model code | B745AV |
| Transmission type | Fibre Optic transmission |
| Video Inputs | 4 channels |
| TX/RX | TX/RX |
| Video Outputs | 4 |
| Transmission Range m | 6000 |
| Number of Fibres | 1 |
| Digital | Yes |
| Signal Mode | PAL / NTSC |
| Physical Specifications | Weight g: 1.7 kg |
| Electrical Specifications | Voltage: 13.5 |
| Environmental Specifications | Operating Temp oC: -40 ~ +75 |
| Additional info | The B745AV/B7745AV series high performance broadcast grade fiber transmission system supports four composite video and eight channels of line-level audio. The all-digital processing platform features 24-bit audio processing and a 48 kHz audio sampling rate. The unit uses Coarse Wavelength Division Multiplexer (CWDM) technology for max distance capability. For added flexibility dual range audio levels for the eight audio channel can be configured for -10 dB to +8 db or 0 dB to +18 dB operation. Eight multi-segment LED display provides for complete monitoring of input video, output video, audio input and audio output levels and the received optical signal. The built-in test feature aids in the installation process as it easily measures the actual optical loss in the fiber run from the transmitter. |