Description
HEVC (high-efficiency video coding), or H.265, is a video compression standard that stands as a testament to the power of global collaboration. It represents a significant advancement in video compression technology, offering efficient delivery of high-quality video. The HEVC patent landscape showcases a dynamic evolution of innovation, with most patents focusing on three primary techniques: video decoding, video encoding, and predictive coding. These patents, whose filing peaked between 2011 and 2013, coincide with the surge in technological advancements that led to the finalisation of the H.265 standard.
The influence of these patents on the HEVC standard is profound, as they form the foundation of essential video coding processes that have enabled higher compression rates, reduced storage requirements, and improved streaming capabilities. Beneficiaries of these advances include streaming services, broadcasting corporations, and telecommunications companies, which leverage HEVC’s efficient compression algorithms to deliver enhanced video quality under bandwidth constraints.
This report aims to provide a comprehensive overview of the HEVC patent landscape, examining the critical innovations driving the technology and their implications for the industry. It is based on the analysis of an extensive data set comprising approximately 12,000 patents, of which 4,865 were categorised as directly related to H.265 technology. By delving into filing trends, top contributors, and technological breakthroughs, this report offers a detailed understanding of how patents have shaped and continue to influence the HEVC standard.
Frequently asked questions
What does the landscape study of HEVC technology cover?
The study gives an overview of the HEVC patent landscape and the innovations driving the technology. It covers filing trends, top contributors and technological breakthroughs, and explains how patents have shaped the H.265 standard. Most patents in the landscape focus on three primary techniques, namely video decoding, video encoding and predictive coding. Filing peaked between 2011 and 2013, alongside the technological advances that led to the finalisation of the standard.
How many patents does the analysis rest on?
The analysis rests on a data set of approximately 12,000 patents. Of those, 4,865 were categorised as directly related to H.265 technology, and that subset carries the detailed findings. Starting from a large set and then narrowing to directly related patents keeps the filing trends and the contributor analysis focused on the standard itself rather than on the wider video coding field around it.
How does a patent landscape differ from an essentiality analysis?
A landscape maps who is filing, in which technical areas and over what period, so it describes the shape of innovation around a technology. An essentiality analysis instead tests individual patents against the text of a standard to judge whether implementation requires them. This report is a landscape. It sets out filing trends, top contributors and the main technical clusters in HEVC rather than a claim by claim verdict on each patent.
Who benefits from this landscape study?
The study suits organisations that build on or license H.265, including streaming services, broadcasting corporations and telecommunications companies that rely on efficient compression to deliver video. Product and IP teams can use the filing trends and the list of top contributors to see where positions are held. The report is available on request through the contact page, and its scope can be adjusted to particular techniques or filing periods.
