The DR-1RG2A1D/1D-0 system incorporates digital encoding technology. This fiber-optic module transmits 1 channel of RGB video, 1 bi-directional RS-232D data, 2 channels of audio (600 ohms, balanced) over one fiber. This is multi-mode fiber system. Meridians digital product line incorporates plug-in personality signal cards to easily configure a wide variety of module types. The DT/DR-1RG2A1D/1D-0 product is fully compatible with Meridians PC based SpectraSmart network management and diagnostic software system. SpectraSmart supervises the operating parameters of the transmission system such as the status on video levels, sync, digital carrier detect, voltages, temperatures and optical levels.
- Digital transmission of DVI/RGBHV/RGsB over one multimode fiber
- Supports VGA, SVGA, XGA, SXGA and UXGA (640x480x60 to 1920x1200x60Hz) v1080p HDTV resolution for DVI signals
- H and V Sync frequency range of 60 to 150Hz (vertical), 30 to 130kHz (horizontal)
- Uses all-digital processing and transmission for crystal-clear signals and no color skewing
- Real-time video transmission for exceptional quality and resolution without video compression
- Auto detects, switches resolution and sync configurations
- Requires no adjustments, equalization or de-skewing during setup
- Data throughput in excess of 6Gbps (uncompressed)
- Most systems have 1.25Gbps throughput with significant compression
- DDC (data display channel) optional
- Standard DVI-I video connector with HD-15 dongle included for RGB interface
- USB interface for remote monitor adjustments
- 10Hz to 20kHz audio bandwidth
- DB 9 type connectors for audio
- Greater than 90dB SNR for superb audio quality
- Laser based systems for multimode and single-mode
- Surface mount technology (SMT) for high reliability and repeatability
- SpectraSmartTM network management compatible
- Local LED status indicators to monitor critical
- System diagnostics for performance parameters
- ST and FC optical connector
- Hot swappable cards
- Laser back, biased photo detector circuitry for stable optical output over full temperature range
