![]() Signaling is primarily control traffic that typically (and specifically in Lync) will traverse some sort of server component that facilitates the discussion between 2 or more endpoints. One of the most basic concepts to understand is that these communication sessions are generally comprised of two separate types of communication streams: signaling and media. In order to establish a video call between endpoints a series of events must be able to successfully take place over a variety of protocols and systems. ![]() Well, that assumption would be completely incorrect as there is much more to the story then simply providing a new video codec in the product.īut before going into too much detail on how Microsoft is utilizing H.264 it is important to understand some of the history and background around video conferencing in the industry. Yet the simple declaration that “Lync 2013 supports H.264 video” tends lead one to believe that the next version of Lync will be able to connect to any existing standards-based video conferencing systems, doing away with the need for expensive gateways. But a brief look at the newly released features will show quite a focus on the video experience in the next Lync platform. This presents the opportunity to finally discuss a topic which has been broadly misunderstood for quite some time throughout the industry: what does “H.264 AVC/SVC” support mean exactly in the upcoming Lync platform, and how might it relate to the rest of the video conferencing industry? Microsoft has been talking about introducing a standards-based video codec as a replacement for their proprietary Real-Time Video (RTV) video codec for some time and there have even been announcements released and specification documents published in the past year, but until last week those statements were never officially confirmed. You'll need this later.The covers have been removed from Lync ‘Wave 15’ and the general public is now privy to download and install a preview version of Lync Server 2013. Make note of the name of this PC under How to connect to this PC. When you're ready, select Start > Settings > System > Remote Desktop, and turn on Enable Remote Desktop. To check this, go to Start > Settings > System > About and look for Edition. For info on how to get Windows 10 Pro, go to Upgrade Windows 10 Home to Windows 10 Pro. Select the remote PC name that you added, and then wait for the connection to complete. On your Windows, Android, or iOS device: Open the Remote Desktop app (available for free from Microsoft Store, Google Play, and the Mac App Store), and add the name of the PC that you want to connect to (from Step 1). In Remote Desktop Connection, type the name of the PC you want to connect to (from Step 1), and then select Connect. On your local Windows PC: In the search box on the taskbar, type Remote Desktop Connection, and then select Remote Desktop Connection. Use Remote Desktop to connect to the PC you set up: Make note of the name of this PC under PC name. Then, under System, select Remote Desktop, set Remote Desktop to On, and then select Confirm. When you're ready, select Start, and open Settings. Then, under System, select About, and under Windows specifications, look for Edition. For info on how to get Windows 11 Pro, go to Upgrade Windows Home to Windows Pro. ![]() To check this, select Start, and open Settings. Set up the PC you want to connect to so it allows remote connections:
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