![]() It’s also well above the 15 Mbps Nvidia suggests for 720p 60 fps streaming and the 30 Mbps it suggests for 1080p 60fps streaming. It’s not fiber, but it’s about as close to it as I can get in my neighborhood of San Francisco. After I dug out a dongle so I could hook up my wired ethernet connection, I was able to reach speeds of 655 Mbps. On wi-fi, I could get 313.9 Mbps on the Pixelbook. It ran especially well on my home connection when I jumped into GeForce Now’s custom settings and unleashed the bitrate to 50 Mbps (which the service warns can eat through as much as 15GB of data in an hour). ![]() As with the PC app, GeForce Now works best on Chromebooks when you have a strong internet connection. See also This Week In Modding New World Sonic Adventure And More It sure as heck beats lugging around a heavy, noisy, and expensive gaming laptop. You’re not going to catch me ditching my PC for it, but I might enjoy bringing it along when I’m stuck using a laptop on business trips again someday. In my case, Nvidia supplied an $849 13.3-inch Pixelbook Go with a 1080p screen and an 8th-generation Intel Core i5 CPU. With this update, high-end ray traced gaming is feasible on a $500 laptop. But still, this is a big step, especially considering that the ability to play in a browser was one of the few features that made Google’s own Stadia service an attractive alternative to GeForce Now. Chrome support seems inevitable eventually. Nvidia’s GeForce Now streaming service now works on Chromebooks in beta, and as long as you have a good internet connection and a relatively recent Chromebook, you’ll get at least the kind of stability and quality we expect from GeForce Now’s PC app.Įven though the Chromebook is basically just a browser OS, this option won’t allow you to sit down at a rinky-dink library PC and start playing Metro Exodus with ray tracing enabled. The Google Pixelbook Go isn’t somehow suddenly capable of holding its own with the latest laptops from Razer. You Are Reading : GeForce Now turns the Chromebook into a ray tracingcapable gaming PC I even had ray tracing cranked way up, something I can’t do on my desktop PC because I’ve been putting off buying a new GPU until this year’s models come out. I spent a good chunk of last weekend playing Remedy’s Control at max settings on that most venerable and powerful of gaming rigs: a Chromebook. I can’t guarantee that NVIDIA won’t put a stop to this at some point but for now, it’s a sure-fire way to play GeForce Now on your Linux device.GeForce Now turns the Chromebook into a ray tracingcapable gaming PC Boom! You should now spoof Chrome OS anytime you navigate to Geforce Now’s streaming player. For the user-agent string, select your newly created agent. ![]() Click the “Permanent Spoof List” in the left-hand menu and paste in the domain column. You can permanently set this “spoof” to work only on GeForce Now while your other browsing defaults to Chrome by heading back to the extensions options menu. On the Downloads page, you should now be able to select Chromebook and the web platform will launch. Once you have that set up, you will want to close Chrome entirely and open GeForce Now in a new window. Leave the Append option as “Replace” and set the indicator flag to “ASX” and click add. The “Group” column should automatically populate with Chrome. Under the “New User-Agent String” column, paste the following exactly as it is. Under the name column, add whatever name you’d like so you can easily remember that it’s for GeForce Now. ![]() Click “options” and now you can create a new user agent. Look for the switcher and click the three-dot menu. ![]() Once you have it installed, head to Chrome’s settings and find the extensions menu. Then, head over to the Chrome Web Store and install Google’s User-Agent Switcher. To give it a try, you’ll obviously need to have Chrome or Chromium installed on your device. Google’s own user-agent switcher extension does exactly this and it will allow you to play GeForce Now in Chrome or the Chromium browser without a Chromebook. That’s just one of many applications but another purpose of user-agent switchers is to “spoof” your browser to make the website you’re visiting think you’re using a different web browser for any range of reasons. These tools come in especially handy when you’re developing for the web and need to see how your website loads on another browser. Users can quickly switch between user-agents to mimic a browser other than the one they are actually using. The extensions can be used for a variety of use-cases and they do exactly what the name implies. User-agent switchers and spoofers are nothing new. ![]()
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