Hiding the NoMachine Monitor and Notification Messagesħ.6. Stopping and Starting Network Servicesħ.5. Stopping and Starting Workstation (nxserver) and Servicesħ.3. Supporting OpenGL Applications in Virtual Sessionsħ.2. The X11 Vector Graphics Mode in Client Sessionsĥ.4. Video Streaming Encoding in Client Sessionsĥ.3. Video Streaming Encoding in Web Sessionsĥ.2. Compression Techniques and Optimizationsĥ.1. Web Optimizations: Using WebRTC (Real-Time Web Communication)ĥ. Using an Alternative Apache Web ServerĤ.4. Preventing Users from Storing their CredentialsĤ.3. Connecting by Browsers Via Workstation Web Toolsģ.3. Initiating a NoMachine Connection (end-user's side)ģ.1. NoMachine Workstation - Installation and Configuration GuideĢ.6.
Unfortunately most of the time spent figuring shit out was debugging wayland + gnome issues.1. Last learning: wayland is a piece of shit and should be banned from the earth. I don’t think RDP was designed for 3d work but the east of end user experience and how much “it just works” is amazing. The RDP implementation for Linux also has the huge advantage of being extremely well documented and easy to setup (5 minutes or so ). MIT does pay for education license so that weighs in favor but honestly I’d shell out like 300 bucks a year personally for it. It also took me an hour to setup and given the html access to the desktop and how easy they make it for you to manage everything it’s honestly a no brainer. 100% no go for me even for slow paced remote text editing on wired lab (how I tested )ģ) fastx was wicked fast and honestly comparable to the ultra expensive nice dcv that Amazon uses for their remote workstations and all their got cloud envs. Also took 4 hours to setup and basically they’re only compatible with a couple desktop envs (see their wiki). It is reasonably fast for productivity but I’m not sure it’s designed for 3d workĢ) x2g has the worst latency artifacting of them all. I just tested fastx along with x2g and NoMachineġ) no machine is wicked easy to setup.
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