What is the deffrence between DVB-T, DVB-S, DVB-C, DVB-H and DVB-I?

What is the deffrence between DVB-T, DVB-S, DVB-C, DVB-H and DVB-I?

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What is the deffrence between DVB-T, DVB-S, DVB-C, DVB-H and DVB-I?

DVB, DVB-T, DVBS, DVB-C, DVB-H, DVB-I, Digital Television, Terrestrial TV, Satellite TV, Cable TV, Handheld TV, Internet Protocol, TV Standards, Television Technology, Digital Broadcasting

Decoding the Alphabet Soup: Understanding the Differences Between DVB-T, DVB-S, DVB-C, DVB-H, and DVB-I


In the ever-evolving landscape of digital television, a plethora of acronyms and standards can leave even the tech-savvy among us feeling bewildered. Among these acronyms, DVB-T, DVB-S, DVB-C, DVB-H, and DVB-I are prominent terms that define various digital broadcasting and transmission technologies. In this comprehensive blog post, we will delve into the differences between these standards and their unique roles in the world of digital television.

DVB-T: Terrestrial Digital Video Broadcasting

DVB-T, or Digital Video Broadcasting – Terrestrial, is a standard used for the transmission of digital terrestrial television signals. It is primarily designed for over-the-air broadcasting, which means that the signals are transmitted from terrestrial transmitters, and viewers receive them through antennas. Key characteristics of DVB-T include:

  1. Transmission Medium: DVB-T is designed for transmission over the airwaves, making it suitable for terrestrial broadcasting.
  2. Antenna Reception: Viewers typically require an antenna to receive DVB-T signals. It is commonly used for free-to-air channels.
  3. Coverage: DVB-T has a broad coverage area, making it suitable for large-scale broadcasting to urban and rural areas.
  4. Compression: It uses compression techniques to transmit digital signals efficiently.

DVB-S: Satellite Digital Video Broadcasting

DVB-S, or Digital Video Broadcasting – Satellite, is a standard used for transmitting digital television signals via satellites. This technology enables broadcasters to reach a wide audience, including remote and rural areas. Key features of DVB-S include:

  1. Transmission via Satellites: DVB-S signals are transmitted from satellites in geostationary orbits to satellite dishes installed at viewers’ homes.
  2. Large Coverage Area: DVB-S can cover vast geographical regions, making it suitable for broadcasting to a global audience.
  3. High-Quality Signals: It is capable of delivering high-definition (HD) and even ultra-high-definition (UHD) content.
  4. Encryption: DVB-S can support conditional access systems, allowing broadcasters to encrypt content for security and subscription-based services.

DVB-C: Cable Digital Video Broadcasting

DVB-C, or Digital Video Broadcasting – Cable, is a standard used for transmitting digital television signals through cable networks. This technology is commonly used by cable television providers to deliver a variety of channels and services. Key characteristics of DVB-C include:

  1. Transmission via Cable Networks: DVB-C signals are transmitted through cable infrastructure, requiring viewers to connect their TVs to cable outlets.
  2. Channel Variety: Cable networks can offer a vast array of channels, including local and international programming.
  3. Two-Way Communication: DVB-C supports two-way communication, enabling interactive services like video-on-demand and internet access.
  4. Quality and Reliability: Cable networks provide consistent signal quality, making them suitable for HD and UHD content.

DVB-H: Handheld Digital Video Broadcasting

DVB-H, or Digital Video Broadcasting – Handheld, is a standard designed specifically for the transmission of digital television signals to handheld devices, such as smartphones and portable media players. Key features of DVB-H include:

  1. Mobile Reception: DVB-H is optimized for mobile reception, allowing viewers to watch TV on the go.
  2. Efficiency: It uses efficient coding and modulation techniques to conserve battery life on handheld devices.
  3. Interactive Services: DVB-H can support interactive services, such as program guides and datacasting.
  4. Local Broadcasts: It is suitable for localized broadcasting, delivering content to specific regions or within a limited coverage area.

DVB-I: Internet Protocol-Based Digital Video Broadcasting

DVB-I, or Digital Video Broadcasting – Internet, represents a new approach to television broadcasting. Unlike the previous standards, DVB-I is based on internet protocol (IP) technology. Key characteristics of DVB-I include:

  1. IP-Based: DVB-I leverages IP technology for the delivery of television content, enabling seamless integration with internet services.
  2. Hybrid Services: It supports a hybrid model that combines traditional broadcasting and online streaming, providing viewers with a unified experience.
  3. Personalization: DVB-I can offer personalized content recommendations and on-demand services based on viewer preferences.
  4. Multi-Screen Viewing: Viewers can access content on various devices, including TVs, smartphones, tablets, and computers.


In the diverse world of digital television, the distinctions between DVB-T, DVB-S, DVB-C, DVB-H, and DVB-I are crucial for understanding how television content is transmitted, received, and consumed. Each standard serves a unique purpose, from terrestrial and satellite broadcasting to cable networks, handheld devices, and the evolving landscape of internet-based television. As technology continues to advance, these standards will shape the future of television, offering viewers an array of choices and experiences tailored to their preferences and needs.


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Q1: What is DVB-T, DVB-S, DVB-C, DVB-H, and DVB-I?

  • DVB-T (Digital Video Broadcasting – Terrestrial): DVB-T is a standard for transmitting digital television signals over the airwaves, typically received via antennas. It’s used for terrestrial broadcasting.
  • DVB-S (Digital Video Broadcasting – Satellite): DVB-S is a standard for transmitting digital television signals via satellites. It involves the use of satellite dishes to receive signals.
  • DVB-C (Digital Video Broadcasting – Cable): DVB-C is a standard for transmitting digital television signals through cable networks. It’s commonly used by cable television providers.
  • DVB-H (Digital Video Broadcasting – Handheld): DVB-H is designed for the transmission of digital TV signals to handheld devices, like smartphones and portable media players, optimized for mobile reception.
  • DVB-I (Digital Video Broadcasting – Internet): DVB-I is a standard based on internet protocol (IP) technology for the delivery of television content, offering a unified experience with hybrid broadcasting and online streaming.

Q2: How do DVB-T, DVB-S, and DVB-C differ in transmission methods?

  • DVB-T: Transmits over the airwaves, typically received with antennas.
  • DVB-S: Transmits via satellites, requiring satellite dishes for reception.
  • DVB-C: Transmits through cable networks, with viewers connecting TVs to cable outlets.

Q3: What are the primary devices used for receiving DVB-H signals?

DVB-H signals are received on handheld devices like smartphones, portable media players, and dedicated handheld TV devices optimized for mobile reception.

Q4: How does DVB-I differ from the other standards in terms of content delivery?

DVB-I is unique because it’s based on internet protocol (IP) technology, allowing for seamless integration of traditional broadcasting and online streaming. It offers personalization, multi-screen viewing, and a hybrid model combining both approaches.

Q5: Which DVB standard is most commonly used for traditional cable TV services?

DVB-C is the standard commonly used for delivering digital television signals through cable networks, offering a wide range of channels and interactive services.

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