ATSC 3.0 Ready – Designing Antennas for Higher OFDM PAPR

John Schadler

Dielectric

John has been with Dielectric 31 years and is currently the Vice President of Engineering. After receiving his BS in Electrical Engineering from Penn State University, he began working for Dielectric Communications in New Jersey, formerly the RCA Antenna Division. He then obtained his Masters Degree in Electrical Engineering from Drexel University. His research and development achievements have been focused on unique TV, MobileMedia, FM, Cellular, Wireless and many other special bi-directional and broadcast antenna designs.  John has 44 issued and multiple pending patents.  In 2005, he was awarded the distinction of joining the ranks as one of SPX’s Master Inventors. He is also the author of the VHF and UHF Television Antenna Test Range Measurements chapter in the NAB 11th edition Handbook. 

Abstract

The new ATSC 3.0 broadcast standard will provide new transmission capabilities. The OFDM based modulation will present higher peak to average power ratios then are currently observed in the 8-VSB standard we know today. This... [ view full abstract ]

Authors

  1. John Schadler (Organisation: Dielectric, Job Title: -, Speaker Consent and Release: -)

Topic Areas

Possible Topics: ATSC 3.0 , Possible Topics: Products & Technology , Possible Topics: Trends & Future Tech

Session

F1530-GBC » ATSC 3.0 Challenges in the RF domain: High bit rate IP-Centric Microwave STL/TSLs & Designing Antennas for Higher OFDM PAPR (15:30 - Friday, 6th April, Grand Ballroom C)

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