What is ISO-IEC 23001-6:2014?

ISO-IEC 23001-6:2014, also known as MPEG-DASH Part 6, is a technical standard created by the International Organization for Standardization (ISO) and International Electrotechnical Commission (IEC). This standard provides guidelines for the use of MPEG-DASH, which stands for Dynamic Adaptive Streaming over HTTP, a popular streaming format used in online video delivery.

The Benefits of ISO-IEC 23001-6:2014

One of the main benefits of adopting ISO-IEC 23001-6:2014 is its ability to deliver high-quality video content over the internet. By using dynamic adaptive streaming, MPEG-DASH allows for seamless playback across different network conditions and devices. This means that viewers can enjoy smooth, uninterrupted video streaming regardless of their internet connection or the device they are using.

Furthermore, ISO-IEC 23001-6:2014 supports interoperability, meaning that it ensures compatibility between various streaming servers, clients, and platforms. This allows content providers to reach a wider audience without having to develop separate streaming solutions for each device or platform.

The Technical Details of ISO-IEC 23001-6:2014

ISO-IEC 23001-6:2014 specifies the structure and behavior of MPEG-DASH manifest files, which are essential for the operation of a DASH-compliant streaming system. These manifest files provide information about the available video representations, their quality levels, and the corresponding media segments.

MPEG-DASH divides the video content into small segments and makes multiple representations available at different bitrates. This allows the player to adaptively switch between representations based on the viewer's available bandwidth and device capabilities. The manifest file provides the necessary metadata for the player to make these adaptive decisions.

Conclusion

ISO-IEC 23001-6:2014, or MPEG-DASH Part 6, is a significant standard in the world of online video streaming. It enables the seamless delivery of video content over the internet, ensuring high-quality playback across various devices and network conditions. By adopting this standard, content providers can enhance the viewing experience for their audience and achieve broader compatibility between different streaming platforms.