This week BioShock Infinite was finally released for Linux and thanks to this AAA game having good support for automated Linux benchmarking, I've been running some tests over the past two days. In this article is a look at the AMD Catalyst Linux performance for BioShock Infinite while another article in the next few days will compare the graphics card results to the NVIDIA GeForce line-up on Ubuntu, once completed.
With Xonotic 0.8.0 finally having been released after one and a half years in development, here's some open-source Mesa/Gallium3D graphics benchmarks on many different graphics cards for this high-profile open-source first person shooter game.
This week there was a 22-way graphics card test of Metro Redux on Linux using GeForce and Radeon hardware with the latest AMD and NVIDIA proprietary drivers. Today the newest Linux gaming test candidate to look at is the AMD/NVIDIA Linux performance with the latest Unreal Engine 4 demos. In this article is a look at the UE4 Linux performance on AMD and NVIDIA graphics hardware running with Ubuntu.
A few days back I wrote about being able to finally get the Metro Redux game benchmarks running in an automated manner under Linux to the point that we're now able to test it with the Phoronix Test Suite. With Metro 2033 Redux and Metro Last Light Redux now running well for our testing purposes, I've carried out performance tests of these two games with twenty-two AMD Radeon and NVIDIA GeForce graphics cards on Linux. Besides looking at the normal FPS result there's also frame latency metrics, power consumption data for each of these graphics cards, performance-per-Watt metrics, and GPU thermal results. If you're wondering what graphics card works best for your needs for OpenGL 4.x Linux gaming, here's an interesting look with the Metro Redux titles that premiered on Steam for Linux back in December.
On Thursday, Sid Meier's Civilization Beyond Earth was finally released for Linux. With being able to properly automate the benchmarking of CivBE on Linux, here's our first performance results out for this high-profile, turn-based strategy game for Steam on Linux. Seventeen AMD Radeon and NVIDIA GeForce graphics cards were benchmarked for this article and the results are quite interesting.
Following last week's release of Counter-Strike: Global Offensive for Linux I published many AMD/NVIDIA GPU benchmarks of CS:GO. Those initial results were done using the proprietary AMD and NVIDIA Linux graphics drivers while starting today will be the open-source graphics driver results for this highly popular Valve game.
Several hours ago Valve finally released to the public the Linux port of Counter-Strike: Global Offensive! This has been one of the most sought after titles to come to Steam on Linux by gamers and now it's finally out there. Of course, soon as it was made public, we added support for the game to our benchmarking software. After a very busy night, here's the first widely available benchmarks of Counter-Strike: Global Offensive running natively on Linux. Up for this first round of testing are an assortment of AMD Radeon and NVIDIA GeForce graphics cards with the proprietary graphics drivers.
While we routinely carry out Ultra HD (4K) Linux graphics/gaming benchmarks at Phoronix, it's generally been conducted with the proprietary NVIDIA and AMD graphics drivers since the open-source drivers traditionally have had a challenge on performance even at 1080p. However, thanks to the maturing open-source Radeon driver stack, it's possible with higher-end AMD graphics processors with the latest open-source Linux driver code to begin running at the 4K UHD resolution of 3840 x 2160.
As earlier this week I did a 20-way AMD Radeon open-source comparison, looked at the most energy efficient Radeon GPUs for Linux gaming, and then yesterday provided a look at the fastest NVIDIA GPUs for open-source gaming with Nouveau, in this article is a culmination of all the open-source graphics tests this week while seeing how Intel Haswell HD Graphics fall into the mix against the open-source Radeon R600/RadeonSI and Nouveau NV50/NVC0 graphics drivers.
Earlier this week I ran a 20-Way Radeon Comparison With Open-Source Graphics For Steam On Linux Gaming and that was followed by looking at The Most Energy Efficient Radeon GPU For AMD Linux Gaming. The tables have now turned as we benchmark a variety of NVIDIA GeForce GPUs using the latest open-source NVIDIA driver article.
In continuation of yesterday's 20-Way Radeon Comparison With Open-Source Graphics For Steam On Linux Gaming, here's a look at the most (and least) energy efficient Radeon GPUs when running Steam games on Linux along with other OpenGL tests while using the very latest open-source graphics drivers.
When it comes to Linux gamers wanting a discrete graphics card backed by open-source drivers, the only solution right now to truly recommend for those serious about performance and making use of the hardware is really AMD Radeon graphics. While Nouveau has been making much progress, until re-clocking and other issues are worked out the performance can be unbearably slow depending upon the particular graphics processor or run into other problems. (Of course, when talking about proprietary graphics drivers on Linux, the story is entirely different, or if considering integrated Intel HD Graphics.) For those pursuing a AMD Radeon GPU for their own Steam Box/Machine build and hope to use the open-source Gallium3D drivers, here's some Steam on Linux gaming benchmarks from almost two dozen different GPUs.
Benchmarks of Valve's Source Engine games (and other Steam titles for that matter) aren't done in all Phoronix driver tests and graphics card articles for various reasons, among which is that there's other more GPU-demanding OpenGL tests to utilize for modern hardware. However, for those curious about the performance of various AMD Radeon and NVIDIA GeForce graphics cards using the latest proprietary drivers, here's some updated numbers.
Earlier today the latest installment of our extensive Linux testing of AMD's new Athlon AM1 APUs were shared in the form of RadeonSI vs. Gallium3D benchmarks of the Radeon R3 Graphics found with these new entry-level APUs. Not included with that open-source vs. closed-source driver testing was any Source Engine / Steam Linux game testing due to an XCB DRI3 issue, but this article is devoted to looking at the Catalyst performance for the Sempron 2650, Sempron 3850, Athlon 5150, and Athlon 5350 to see whether any of these APUs can make the cut for a budget Steam Machine.
Unvanquished remains one of the most advanced open-source, cross-platform games available that comes free with an advanced OpenGL 3 renderer. For those curious how it performs for Intel and AMD Radeon graphics on Ubuntu Linux, here's a number of benchmarks using the latest release.
With the 15-way Radeon/GeForce Source Engine comparison on Ubuntu 14.04 LTS that was done earlier in the week there were some Phoronix readers disappointed that there weren't any Radeon R9 290 "Hawaii" graphics card results. Well, those results are now available today with benchmarks from Counter-Strike: Source, Team Fortress 2, Portal, and Half-Life 2: Lost Coast, for those Steam on Linux gamers curious about its performance.
For ending out March here are benchmarks of 15 different AMD Radeon and NVIDIA GeForce graphics cards on Ubuntu 14.04 LTS when running several of Valve's Source Engine games: Half-Life 2: Lost Coast, Portal, Team-Fortress 2, and Counter-Strike: Source.
Complementing the SteamOS vs. Windows 8.1 performance benchmarks published earlier in the week, here are more NVIDIA OpenGL Linux benchmarks when comparing Valve's Debian-based SteamOS performance to Ubuntu 13.10.
For those NVIDIA gaming customers running Microsoft Windows 8.1 that have been thinking about giving Valve's SteamOS Linux-based gaming platform a try, here are some early benchmarks of the SteamOS 1.0 beta that compare the performance to Microsoft Windows 8.1 Pro x64 on multiple NVIDIA GeForce graphics cards.
When Valve announced the public release of the beta for SteamOS 1.0 "Alchemist" on Friday they listed NVIDIA graphics as a hardware requirement, but I showed that AMD Radeon graphics with Catalyst would work and it's possible to get Intel graphics working (or the open-source graphics drivers in general) through a minor change to the Linux-based SteamOS kernel parameters. After that I ran some benchmarks and here are a few performance results comparing SteamOS 1.0 Beta to Ubuntu 13.10 with Intel HD Graphics.
A comprehensive performance comparison is underway at Phoronix that pits SteamOS against other desktop Linux distributions, but for those anxious to see some performance numbers, here are benchmarks done so far this weekend from seven NVIDIA GeForce graphics cards on the public SteamOS 1.0 Beta operating system. In this article are early benchmarks from seven NVIDIA GeForce graphics cards running Valve's Debian Linux based SteamOS on an Intel Haswell system.
Earlier this week I delivered some 13-way AMD open-source Linux GPU benchmarks when tested against Valve's Source Engine powered Team Fortress 2 and Counter-Strike: Source games. Now up for testing from the Steam Linux client on Ubuntu is the Intel open-source Mesa graphics driver performance with Core i7 "Haswell" graphics.
For those curious how Valve's popular Team Fortress 2 game is performing atop the Source Engine with Ubuntu 13.10 and the latest NVIDIA Linux drivers, here's updated benchmarks as we compare nine graphics cards spanning several GeForce generations.
Continuing in the exclusive coverage of the yet-to-be-released Unigine Valley, here are some initial performance results for this visually-amazing multi-platform tech demo / benchmarks when using the OpenGL 3.2 Core renderer on Ubuntu Linux. A range of NVIDIA GeForce and AMD Radeon graphics cards were used for this initial testing of Unigine Valley. There's also benchmarks in this article of Unigine Heaven 4.0, which was just released yesterday.
Unigine Corp will be announcing next week the release of Unigine Valley 1.0 and the 4.0 update to their very popular cross-platform Unigine Heaven technology demo. Unigine Valley is an incredibly beautiful tech demo of the Unigine Engine coming to Linux, Mac OS X, and Windows operating systems. In this article is an exclusive preview of Unigine Valley as well as the significant Unigine Heaven 4.0 update.
Valve Software has found value in having open-source graphics drivers, continues to collaborate with Intel over Linux OpenGL support, and they now have Left 4 Dead 2 running on Mesa.
With Valve Software's ambitious plans for Linux, they have just picked up another Linux development all-star. Their latest hire has been working on Linux games for more than a decade, is a former Loki Software developer, and he's the creator of SDL.
Within the Phoronix Forums and elsewhere it has been brought up that using a low-latency kernel can improve the Linux gaming performance, but is this really the case? In this article are some simple benchmarks comparing the stock Ubuntu 12.04 LTS "generic" Linux kernel compared to Ubuntu's low-latency flavor of Linux.
Here's an interesting finding: at least when running under Wine, Half-Life 2 is faster on the open-source AMD Radeon Linux driver than when running on the proprietary Catalyst driver. There are also some other similar results where these Windows games have the advantage when running on the Gallium3D open-source driver.
After a week of interesting Valve Linux news on Phoronix, Friday afternoon there was a special Linux delivery at Valve's offices for their "Linux cabal" -- the team of Valve developers that are working to provide the Linux versions of the Steam client and various Source Engine-powered games natively on Linux.
138 linux gaming articles published on Phoronix.