The FTD110DBMicro 8-Bit Digital Video and Data Modules, features high-performance laser-based optics for the clearest, most reliable data transmission over one fiber for both single and multi-mode with no video degradation over the entire operating distance (up to 20km), as well as RS-232/422/485 serial data ports.
This plug-and-play product provides instant product compatibility for most major security manufacturers equipment and reliability in harsh environments, a perfect compliment to any commercial, government or intelligent transportation application. This small, but mighty, design also comes ready for wall-mounted applications.
These units are compatible with the FTD110DB card module receivers too.
 
Video -
- NTSC or PAL video standards supported
- Non-compressed 8-bit digitally encoded video
- No video degradation over the maximum operating distance
Data -
- Meets EIA RS-232/422/485 specifications
- Full RS-485 Tri-state support
- Half or full-duplex operation
- Transparent to data encoding
- Data rates from 0 to 256kbps
Optical -
- One fiber design
- High performance laser-based optics
- Multimode or Singlemode
- ST connectors available
Robust Design -
- Plug-and-Play design, no in-field adjustments required
- Microtype for Wall-mount installation
- Wide operating temperature range of -40ºC to +75ºC
- Designed for use in harsh environments
Ordering Information -
| Fiber Type | Part Number | Description | Wavelengths
(nm) | Optical Power Budget(dB) | Max. Distance(Km) |
Multi-mode
(62.5/125µm) | FTD110DBMicro-SMT | Microtype 1-ch Video Transmitter with 1-ch bidirectional Data Transceiver | 1310 | 1550 | 23 | 2 |
| FTD110DBMicro-SMR | Microtype 1-ch Video Receiver with 1-ch bidirectional Data Transceiver |
Single-mode
(9/125µm) | FTD110DBMicro-SST | Microtype 1-ch Video Transmitter with 1-ch bidirectional Data Transceiver | 1310 | 1550 | 17 | 20 |
| FTD110DBMicro-SSR | Microtype 1-ch Video Receiver with 1-ch bidirectional Data Transceiver |
Product safety information
Manufacturer information:
OT-SYSTEMS
, ,
