![]() ![]() H.265 has been around for many years now and the industry is moving to even higher resolutions with the introduction of 8K screens. H.265 is not enabled by default on our Citrix Workspace App for Windows and needs to be enabled via a client-side policy. Performing this on a CPU is possible, but it influences overall performance and decreases scalability. However, H.265 requires a GPU for encoding and decoding. H.265 offers users the same quality at a lower bandwidth, improving user experience in bandwidth-restricted situations. This led to the introduction of a more modern codec, H.265 (HEVC), in 2013, which we added with our XenDesktop 7.16 release. As it was created in 2003, H.264 could not handle these changes well. However, as screen resolutions increased and technology like HDR was introduced, H.264’s limitations became apparent. H.264, one of the most commonly used codecs, has great hardware and software decoding support. Historically we started with H.264 (AVC) with the release of XenDesktop 7.0, which supported both software and hardware encoding and decoding. Video codecs are used in our “For Actively Changing Regions” for encoding moving images, and in our HDX 3D Pro mode (“For the Entire Screen”) to encode the entire screen. Why are these codecs important? Let’s explore. Over the past few years, we’ve introduced a number of optimizations and new features, including new video codecs in the recent releases of Citrix Virtual Apps and Desktops 2305 and Citrix Workspace App for Windows 2305. Graphics performance and bandwidth optimizations are always a key area for us. NetScaler Application Delivery Management.NetScaler App Delivery and Security Service. ![]()
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