ATSC frequencies

The first-ever ATSC 3.0 experimental broadcasts using Single Frequency systems (SFNs) under means in Washington and Baltimore tend to be showing just how SFNs might help ensure top quality of solution throughout a broadcaster’s service area using the next-generation ATSC 3.0 standard.

Outcomes from specific coverage field-tests will offer the finalization of this ATSC 3.0 Studio Transmitter connect standard and help establish the stream user interface regimens to feed ATSC 3.0 SFN transmitters.

Launched by ATSC users ONE Media, Sinclair Broadcast Group and TeamCast, the broadcast examinations tend to be meant to validate real-world procedure and performance of SFNs to produce a variety of next-generation solutions. Utilizing the full energy, multi-site test platform on station 43 both in areas, the evaluation was designed to:

• Leverage SFNs for over-the-air broadcasting to cellular, transportable and indoor products,
• Illustrate possibilities for dealing with services and material to geographically smaller solution zones,
• Verify SFN time and circulation supporting ATSC standardization, and
• Confirm numerous modeling methods.

The transmitters in Washington and Baltimore are each driven by the most recent TeamCast ATSC 3.0 exciter, which was integrated for U.S. programs by COMARK.

“With the build-out of a first-of-its-kind SFN system, our next-gen technology will likely be familiar with drive knowledge of the worth brand-new tools provide ATSC 3.0 broadcasting, ” said Kevin Gage, ONE Media’s administrator vice-president of strategic development and main technology officer. “We mean this new system would be a spot where the broadcast business can unite to start brand-new and interesting consumer and B2B services and products.”

• Antenna Frequency
• UHF Reception
• Broadcast frequencies