Description

Book Synopsis

Terrestrial broadcast is traditionally realized over High Tower High Power (HTHP) networks which have been preserved in the transition from the analog PAL to the first generation of the digital DVB-T technology. The drawback of this traditional network design is its spectral inefficiency. The demand for providing more TV programs with HD quality as well as the increasing spectrum consumption of mobile internet services, with video streaming being one of the driving factors, necessitate a re-optimization of the current broadcast network and a more efficient allocation of frequencies.

In this thesis, three options for a future frequency-efficient evolution and coexistence of terrestrial TV and mobile internet are specified and investigated:

Transition from the current terrestrial broadcast with DVB-T to its successor DVB-T2 while retaining the HTHP network infrastructure

Switch-over from DVB-T to DVB-T2 with transition to a Low Tower Low Power (LTLP) network infras

Options for the Joint Evolution of Digital

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    A Paperback by PhD, Graduate Engineer Eschbach Dr Benedikt

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      Publisher: Verlag G. Mainz
      Publication Date: 1/17/2015
      ISBN13: 9783958860698, 978-3958860698
      ISBN10: 3958860699
      Also in:
      Communication studies

      Description

      Book Synopsis

      Terrestrial broadcast is traditionally realized over High Tower High Power (HTHP) networks which have been preserved in the transition from the analog PAL to the first generation of the digital DVB-T technology. The drawback of this traditional network design is its spectral inefficiency. The demand for providing more TV programs with HD quality as well as the increasing spectrum consumption of mobile internet services, with video streaming being one of the driving factors, necessitate a re-optimization of the current broadcast network and a more efficient allocation of frequencies.

      In this thesis, three options for a future frequency-efficient evolution and coexistence of terrestrial TV and mobile internet are specified and investigated:

      Transition from the current terrestrial broadcast with DVB-T to its successor DVB-T2 while retaining the HTHP network infrastructure

      Switch-over from DVB-T to DVB-T2 with transition to a Low Tower Low Power (LTLP) network infras

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