Event HD
Digital Microwave Link for Video ENG
Portable Licensed Point-to-Point Microwave Link for Video ENG, Mobile, or Airbourne Applications
A Flexible, Powerful and Future Resilient Video Microwave system optimized for portable or temporary links.
Event HD split ENG Link delivers economical, single or multiple DVB-ASI Streams plus IP data streams and data associated with specific DVB-T2-MI / ISDBT-International streams to the transmitter site. The digital modulation utilizes Reed-Solomon and Trellis-Coded Error Correction to provide unparalleled error-free performance.
- • DVB-ASI E1/T1 + GigE transport for maximum flexibility, conforms to today's and future requirements. DVB-T2-MI / ISDBT-International streams are supported
- • Multi ASI module available for up to 8 ASI streams or SMPTE-310
- • Standard Data Rates to 155 Mbps for maximum payload capacity
- • Spectrum Scalable QPSK to 128-QAM conforms to channel bandwidth and payload requirements
- • Frequency Range 1.5 to 13 GHz - Frequency-agile within each band
- • Split architecture - SDIDU and RFU allows flexible mounting in road case or tripod
- • Superior Network Management capability with built-in Web Server and SNMP software gives unmatched system analysis and monitoring
Key Product Benefits
Flexible Mounting Options for Temporary Fixed Link, Mobile or ENG
The Event HD is designed modularly and affords complete flexibility and control in any situation. It conforms to global standards, ensuring an array of possibilities now and in the future filled with innovation and enhancement.
Many uses in the Broadcast Facility
The Event HD excels in many applications, including Studio-to-Transmitter, and Transmitter-to-Studio Links, and ENG/Satellite Backhaul temporary fixed links and repeater.
DTV-SH Easily Transitions to ATSC 3.0
ASI and IP transport will allow your future transition to ATSC 3.0 with no additional hardware purchases.
Complete Network Management
Event HD provides superior Network Management capability with its built-in Web Server and SNMP software. Unmatched system analysis and monitoring can be utilized to create multilevel system alarms.
