- Up to 1080p MPEG-2 and H.264 encoding with auto-detection of input type and format
- Real-time Dolby® Digital audio encoding
- PSIP tables (VCT) allow users to configure 3 types of virtual channel maps for each channel
- High power with +55 dBmV fully agile RF output from 5 to 1002MHz and >40dB MER
- Optional EAS interface with composite video and L/R audio
- Integrated ASI I/O provides easy EAS signal management
- Same form factor and interface as the other T.0X family members
- Easy-to-use and comprehensive remote control/monitoring/alarms from any web browser
- Local configuration with hand-held programmer
- Integrated RF Combiner and Ethernet switch for rapid deployment
- Automatic remote firmware upgradeability for new future-proof features
- Invisible watermarking for forensic content analysis
TOX HDTV Encoder/Modulator
The Televes family of HDTV encoder/modulator products offers MPEG-2 or H.264 encoding at rates up to 1080p, with either 2 HDMI and component, 2 component, or 4 composite inputs with a single ô€€QAM RF channel out for broadcast over new or existing single-wire coax cable ô€€infrastructure to an unlimited number of HDTVs.
It supports Dolby® Digital audio encoding ô€€ensuring quality and compatibility with any HDTV, Closed Captioning,ô€€ and an optional EAS interface with ASI input and output for convenient signal ô€€management, and a watermarking option that enables forensic analysis ofô€€the content in support of content owners and licensing.
The units are also equipped withô€€ the innovative Televes integrated RF combiner and a built-in ethernet switch for integration and control of an entire system without needing additional ô€€accessories. Its high density, with up to 28 encoded channels per chassis,ô€€ is optimum for large channel count environmentsô€€ whereô€€ modularity ô€€and ô€€flexibility are critical.
All this with the same form factor andô€€ comprehensive local and web based remote monitoring, control, and updateô€€ capability of the T.0X family of products for easy integration and operation of a ô€€unified video headend.