Digital Broadcasting

This web-based training course on Digital Broadcasting functionality, administration and development, is available online to all individuals, institutions, corporates and enterprises in India (New Delhi NCR, Bangalore, Chennai, Kolkatta), US, UK, Canada, Australia, Singapore, United Arab Emirates (UAE), China and South Africa. No matter where you are located, you can enroll for any training with us - because all our training sessions are delivered online by live instructors using interactive, intensive learning methods.

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Course Details

Digital broadcasting is the process of using digital signals instead of audio signals for broadcasting over the radio frequency (RF) bands. With this training program, trainees will learn various models of digital broadcasting, advantages and disadvantages of digital broadcasting systems, bandwidth requirements for different signal types, multiplexing and transport stream formatting, encoder and decoder synchronization, satellite broadcasting and outer and inner coding. This online training program teaches trainees the DVB-S/S2 system parameters such as code rate, channel bandwidth, bit rate, cable television, carrier to signal noise ratio, byte to symbol conversion and modulation types. Instead of this, trainees will learn DVB-C/C2 system parameters, DVB-T/T2 system parameters, broadcast Services and measurement techniques for digital television. There are no prerequisites for this course. This course is beneficial for both fresher and professionals to enhance their learning and skills.

Understanding Of Digital Broadcasting

  • Explaining the Model of digital broadcasting system
  • Explaining audio and video broadcasting systems
  • Various advantages and disadvantages of digital broadcasting systems
  • Various Frequency bands for broadcasting
  • Explaining frequency allocation
  • Video and audio signal characteristics
  • Transmission bit rates
  • Bandwidth requirements for different signal types
  • Explaining Digital Video Broadcasting Systems
  • System development
  • Various characteristics of the first and the second generation
  • Explaining Multiplexing and transport stream formatting
  • Packet Identification (PID)
  • Understanding Decoding Time Stamp (DTS) and Presentation Time Stamp (PTS)
  • Understanding Encoder/decoder synchronization
  • Channel coding
  • Describing Foreword Error Correction (FEC)
  • Understanding Outer coding
  • Outer interleaving
  • Explaining inner coding
  • Understanding inner interleaving
  • What is Satellite broadcasting?
  • Adaptation of transport stream to satellite transmission link
  • Describing outer and inner coding
  • Types of modulation

DVB-S/S2 System Parameters

  • Define Channel bandwidth
  • Describing Code rate
  • The need of Useful bit rate
  • Understanding Required carrier-to-noise ratio
  • Understanding SDTV and HDTV signal distribution
  • Understanding Cable Television
  • Adaptation of transport stream to cable-based transmission of broadcasting signals
  • Explaining Error protection coding
  • Understanding Byte-to-symbol conversion
  • Explaining Differential coding
  • Modulation Types

DVB-C/C2 system parameters

  • Explaining Symbol duration
  • Useful bit rate
  • Defining Bandwidth efficiency
  • Required carrier-to-noise ratio
  • Understanding Thermal noise and intermediation
  • Two-way transmission
  • Understanding User requirements for terrestrial transmission of DVB signals
  • Signal processing in DVB-T coder
  • Choosing of COFDM parameters
  • Understanding transmission frame arrangement

DVB-T/T2 System Parameters

  • Number of carriers
  • Calculating Guard interval length
  • Bandwidth efficiency
  • Explaining Required carrier-to-noise ratio

Broadcast Services

  • Delivery of broadcast services to mobile receivers
  • DVB-H systems parameters
  • Understanding Digital audio broadcasting system
  • Explaining System architecture
  • Frequency bands
  • Various Modes of operation
  • Broadcasting system planning criteria
  • Explaining Minimum receiver signal input levels, protection ratios
  • Multi-frequency networks
  • Single frequency networks
  • Understanding Network gain

Measurement Techniques For Digital Television

  • Understanding Quality evaluation of video source coding
  • Checking MPEG-2 transport stream
  • Describing Radio frequency measurements
  • Objective and subjective picture quality measurements at receivers
Live Instructor-led & Interactive Online Sessions

Regular Course

Duration : 40 Hours

Capsule Course

Duration : 4-8 Hours

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Training Options


Weekdays- Cloud Based Training

Mon - Fri 07:00 AM - 09:00 AM(Mon, Wed, Fri)

Weekdays Online Lab

Mon - Fri 07:00 AM - 09:00 AM(Tue, Thur)


Weekend- Cloud Based Training

Sat-Sun 09:00 AM - 11:00 AM (IST)

Weekend Online Lab

Sat-Sun 11:00 AM - 01:00 PM

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