![]() But a dual-core equipped workstation can receive video streams sent in 720p HD, although at a reduced frame rate of 15fps.Īs it generally requires slightly more processing power to encode video than to decode it Microsoft found in their original testing that a typical dual-core workstation could handle the processing load to decode a 720p inbound stream when limited to sending only a standard-definition VGA stream outbound. In order to bi-directionally send and receive HD video streams a quad-core processor is required.There is a common misconception that a quad-core processor is required on the workstation running the Lync 2010 client in order to handle any high definition resolution media. This is the fuzziest area in the topic and is the primary reason for writing this article. Some of these devices even support 1080p capturing (the Microsoft LifeCam Studio for example) but the Real-Time Video (RTV) codec is limited to utilizing 720p/30 at most. There are no less than 12 different USB devices currently Optimized for Microsoft Lync which support capturing video at a minimum of 720p at 30fps. Hardware Requirementsīefore diving into the High Definition video capabilities of Lync the video content itself must be able to even be captured at high resolutions, which requires a specific level of capture devices and processing power. From simply improving the quality of desktop peer-to-peer video collaboration to allowing interoperability between Lync and existing dedicated high-definition conferencing and telepresence solutions the prominence of life-like, usable video is growing in the personal computer arena. ![]() ![]() The ability to both capture and view desktop and telepresence video content in Microsoft Lync 2010 is something that organizations are investing in, testing with, and leveraging more every day. ![]()
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