- #Server 2016 remote desktop keep session alive drivers#
- #Server 2016 remote desktop keep session alive driver#
- #Server 2016 remote desktop keep session alive windows#
I was thinking if there is a way to use VFP to keep the connection in a non idle mode. Internet connection 'keep alive' - Remote Management (e. RDP session will be closed on you, and once that happens, you will be able to stream from that Steam session via Steam streaming. Now, in RDM connect to a Terminal Server or Remote Desktop. This will take your current session and move it to the console. So start Steam and run a batch file with the above as administrator.
#Server 2016 remote desktop keep session alive windows#
Replace my_username and my_password with your Windows username and password. Here is a handy script to turn your RDP session into a console session:įor /f "tokens=3" %%a in ('c:\windows\system32\qwinsta my_username ^| findstr /v "ID"') do tscon %%a /password:my_password /dest:console A keep-alive of 1 (send a keep alive packet every 1 minute) will make a TCP session appear to be active (not idle), and will prevent idle tcp session disconnects on any networking equipment between your client and your Terminal Server (F5 network load balancing devices, firewalls, routers, switches, etc). If you experience network instability and lose connections too often, you should consider increasing this value to 10 or 15. You can change the ARP cache lifetime default value of the ArpCacheLife Registry setting (Table 1). Unfortunately, for Steam streaming to work from an RDP server, the session has to be promoted to a console session. About Server Tcp Keep Alive 2016 Windows. So it’d be really handy to get this working with Steam streaming. There is one major limitation to this – RDP only supports absolute rather than relative mouse movements, which means it is an unsuitable solution for some types of games, such FPS. Overall, this works much better with Windows Server 2016 than it did with Windows 10, but the process to get it set up is the same. There is an easy ways to tell when hardware encoding drops out: The image quality will improve dramatically (Nvidia hardware encoding is is a bit blocky under a gaming workload), but the frame rate will tank because all of the CPU gets eaten by Windows’ built in H.264 encoding.
The experience so far is pretty good, and I haven’t noticed any hardware encoding dropouts.
#Server 2016 remote desktop keep session alive driver#
The studio driver of the exact same version, unfortunately, refuses to install.
#Server 2016 remote desktop keep session alive drivers#
Eventually after a lot of bisecting updates, I found that the very latest series of drivers before 49x+ – the 47x series “gaming ready” does in fact work. But I randomly tried the latest 3xx series drivers which support the GeForce GTX 10xx cards I use, and those worked. One interesting obstacle is that the latest Nvidia drivers (49x+) don’t work on Windows 2016 server. So I started looking at Windows Server 2016. If the user has an existing session on a server and tries to launch another session on the same server from a different machine, the login hangs at 'configuring remote session'. I’ve recently been trying to put together a remote gaming setup, and while I got it to work with Windows 10, the hardware H.264 encoding was a little flakey – it would drop out all the time at higher resolutions, and only one user could be logged in at the same time. We recently replaced our 2012r2 session host servers with 2016 servers and noticed some weird behavior.
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