Why the Choice of T2-Frame Length is Essential for DVB-T2

DVB-T2 FECFRAME – What is it?

FECFRAME is a fundamental DVB-T2 system parameter. There are two FECFRAME values: long (64 800 bits) and short (16 200 bits). FEC… Read more

Network coverage

An Introduction to the Whats, Whys, and Hows of DVB-T2 Scattered Pilot Patterns

Today’s most popular digital wireless systems – for example WLAN, digital terrestrial broadcast systems, 4G cellular networks, etc. – are… Read more

Network coverage

Transmission planning with fixed micro-wave radio link

If you are planning a wireless network, for broadcasting or other services, you may also need to do planning of… Read more

DVB-T2 and Large SFNs – Some Pros and Cons

DVB-T2 is today by far, the most advanced digital terrestrial television (DTT) system. It is much more flexible, robust, and… Read more

Network coverage

Three (3) Reasons to Plan a Broadcast Network

Quality Reasons By a careful network planning, operators can provide their customers a robust and quality assured network. In an… Read more

Network coverage

Are you preparing a DTT roll out?

Are you preparing for roll out of a digital terrestrial TV network? If so you will save a lot of… Read more

Switching to DVB-T2 and also changing your network design at same time?

If you are introducing DVB-T2 in your network and want to have a smooth transition it is better to do… Read more

Frequency Planning

A Simplified Description of Coverage Probability Calculations for OFDM Systems in Radio Network Plan

Orthogonal Frequency Division Multiplexing (OFDM) is a technique that is used in many popular wireless communication systems, such as digital… Read more

Network coverage

What is the Digital Dividend?

Due to the higher frequency efficiency of Digital TV (DTT) there might still be frequencies (in particular in the UHF… Read more

DVB-T2 radio network planning using PROGIRA®plan

DVB-T2 is the currently most advanced digital terrestrial television (DTT) system. It is much more… Read more

Network coverage