Free interactive DVB/Satellite training and visualization project

vma

Regular Member
My Satellite Setup
Main dish: 120cm No-Name, Motek SG-2100A, Bullseye LNB
My Location
Portugal
Over the past months I have been developing a free interactive DVB/Satellite training and visualization project as part of my VMA Broadcast side project.

The original motivation was simply that many DVB concepts are difficult to explain properly using static images or textbook diagrams alone.

So I started building animated HTML simulations for topics such as:

  • MPEG Transport Streams
  • PSI/SI tables
  • DVB-S vs DVB-S2
  • QPSK / 8PSK / APSK constellations
  • IQ signals
  • Viterbi / FEC
  • MER / BER
  • DVB-S2 framing
  • RF spectrum behaviour
  • satellite IF conversion
  • etc.
The focus is mainly on visualization and intuition rather than formal academic material.

It is completely free and still heavily work in progress, but perhaps some people here may find it useful for understanding or explaining DVB/S2 concepts:

https://vma-broadcast.com/training/

Suggestions for additional simulations or DVB/S2 topics are very welcome.
 
Over the past months I have been developing a free interactive DVB/Satellite training and visualization project as part of my VMA Broadcast side project.

The original motivation was simply that many DVB concepts are difficult to explain properly using static images or textbook diagrams alone.

So I started building animated HTML simulations for topics such as:

  • MPEG Transport Streams
  • PSI/SI tables
  • DVB-S vs DVB-S2
  • QPSK / 8PSK / APSK constellations
  • IQ signals
  • Viterbi / FEC
  • MER / BER
  • DVB-S2 framing
  • RF spectrum behaviour
  • satellite IF conversion
  • etc.
The focus is mainly on visualization and intuition rather than formal academic material.

It is completely free and still heavily work in progress, but perhaps some people here may find it useful for understanding or explaining DVB/S2 concepts:

https://vma-broadcast.com/training/

Suggestions for additional simulations or DVB/S2 topics are very welcome.
Thank you very much !
 
Over the past months I have been developing a free interactive DVB/Satellite training and visualization project as part of my VMA Broadcast side project.

The original motivation was simply that many DVB concepts are difficult to explain properly using static images or textbook diagrams alone.

So I started building animated HTML simulations for topics such as:

  • MPEG Transport Streams
  • PSI/SI tables
  • DVB-S vs DVB-S2
  • QPSK / 8PSK / APSK constellations
  • IQ signals
  • Viterbi / FEC
  • MER / BER
  • DVB-S2 framing
  • RF spectrum behaviour
  • satellite IF conversion
  • etc.
The focus is mainly on visualization and intuition rather than formal academic material.

It is completely free and still heavily work in progress, but perhaps some people here may find it useful for understanding or explaining DVB/S2 concepts:

https://vma-broadcast.com/training/

Suggestions for additional simulations or DVB/S2 topics are very welcome.

Thank you for a fantastic learning tool!
 
Over the past months I have been developing a free interactive DVB/Satellite training and visualization project as part of my VMA Broadcast side project.

The original motivation was simply that many DVB concepts are difficult to explain properly using static images or textbook diagrams alone.

So I started building animated HTML simulations for topics such as:

  • MPEG Transport Streams
  • PSI/SI tables
  • DVB-S vs DVB-S2
  • QPSK / 8PSK / APSK constellations
  • IQ signals
  • Viterbi / FEC
  • MER / BER
  • DVB-S2 framing
  • RF spectrum behaviour
  • satellite IF conversion
  • etc.
The focus is mainly on visualization and intuition rather than formal academic material.

It is completely free and still heavily work in progress, but perhaps some people here may find it useful for understanding or explaining DVB/S2 concepts:

https://vma-broadcast.com/training/

Suggestions for additional simulations or DVB/S2 topics are very welcome.
Amazing! Thank you!
 
Back
Top