For seeing how far the open-source ATI/AMD Linux graphics driver has advanced, in this article are benchmarks from a vintage Radeon X1800XT (R520) graphics card when it's tested on a Catalyst Linux graphics driver from five years ago. The Ubuntu Linux releases every year going back to 2010 were then tested for reference to see how the open-source graphics driver matured just in the past three years. Here are the results in this article from the extensive round of testing.
After recently carrying out legacy Radeon benchmarks comparing Mesa/Gallium3D versions from an ATI Radeon X1800XT (R520) graphics card, up today is a vintage Linux kernel DRM comparison. For seeing if modern Linux kernels are still influencing the performance of this vintage ATI Radeon graphics card, here are benchmarks comparing the modern Linux 3.1 to 3.8 releases.
While there have already been a number of Radeon Gallium3D benchmarks from Mesa 9.1 using the common R600 Gallium3D driver that supports the Radeon HD 2000 through Radeon HD 6000 series graphics cards, still in existence is the R300g driver. For those still left using a vintage Radeon 9500 (R300) through Radeon X1000 (R500) graphics cards -- basically any ATI GPU roughly between seven and eleven years old -- there's this legacy open-source graphics driver. R300g doesn't see nearly the amount of development activity that the more modern R600g driver sees, but there's still a fair amount of changes. In this article are benchmarks of Mesa 9.1-rc2 on an ATI Radeon X1800XT (R520) graphics card compared to the past four Mesa/Gallium3D stable releases.
In this article are benchmarks of the past two Ubuntu Long-Term Support releases (Ubuntu 12.04.1 LTS and Ubuntu 10.04.4 LTS) compared to the latest Ubuntu 13.04 development state. Being looked at specifically for this round of testing is the AMD Radeon Linux graphics performance with the latest open-source driver compared to an older Catalyst driver. For an AMD Radeon HD 4800 series graphics card, the current state of the open-source graphics driver on Linux is beginning to outperform an old AMD Catalyst driver from 2010 for select Linux OpenGL games.
Last week I delivered benchmarks showing Mesa 9.1 delivers faster Intel OpenGL graphics. The benchmarks in that article were carried out on an Intel Core i7 "Ivy Bridge" system with HD 4000 graphics while since then there have been many requests to have similar tests done on a previous-generation Sandy Bridge system. As a result of those requests, here are benchmarks of an Intel Core i5 "Sandy Bridge" processor with Intel HD 3000 graphics as the Mesa 9.1 performance is compared to the earlier 9.0.2, 8.0.5, and 7.11.2 branches.
After last week delivering benchmarks that showed Intel graphics being faster with Mesa 9.1 relative to earlier Mesa 3D releases, up today are benchmarks of Radeon Gallium3D (R600g) to compare the Mesa 9.1 performance to Mesa 9.0.2, 8.0.5, and 7.11.2.
Last week benchmarks were delivered on Phoronix that showed the Intel DRM GPU driver performance between the Linux 3.2 and 3.8 kernels. In this article are similar benchmarks of the Radeon DRM driver in recent kernel releases using AMD graphics hardware but going back only to the Linux 3.4 kernel due to show-stopping issues.
With Mesa 9.1 nearing its release next month and having been branched from master as of this week, here are some new benchmarks looking at the Intel HD 4000 "Ivy Bridge" graphics performance when testing Mesa 9.1-devel Git to Mesa 9.0.2, 8.0.5, and 7.11.2. Overall, Mesa 9.1 delivers an OpenGL performance boost for the latest-generation Intel hardware.
With the Intel Haswell product launch coming up soon, here's a look at how the Intel "Ivy Bridge" HD 4000 graphics support has matured on the seven most recent Linux kernel releases. This benchmarking shows how the performance of the Intel DRM driver has changed between the Linux 3.2 kernel and the Linux 3.8 kernel that's presently under development when using the integrated graphics found on the latest-generation Core i7 CPU.
Earlier this month I ran some new benchmarks of the Radeon Gallium3D MSAA support that was merged into the R300g driver. Unfortunately, the performance was very disappointing, but last week there were luckily some anti-aliasing performance optimizations that were merged into Mesa. I have now done new benchmarks of the new Mesa R300g driver with these multi-sample anti-aliasing performance optimizations, which show quite a noticeable difference from the open-source driver compared to earlier this month.
It's been quite a while since delivering any Linux graphics benchmarks of the NVIDIA ION, the platform for pairing integrated NVIDIA graphics with an Intel Atom processor for small form factor PCs. While NVIDIA's ION is basically defunct, for those still having a nettop or netbook that's ION-based, here's a performance comparison of the NVIDIA GeForce 9400M graphics between the open-source Nouveau driver and the NVIDIA 310.xx binary Linux graphics driver.
Last week benchmarks were delivered of the AMD Radeon R300g with MSAA, after the much-used feature was finally implemented in a proper and working state for this open-source graphics driver. Coming out today are new Morphological Anti-Aliasing (MLAA) benchmarks from this Gallium3D driver to compare to the Multi-Sample Anti-Aliasing results.
With the GeForce 600 "Kepler" graphics cards now working on Nouveau in an out-of-the-box manner with OpenGL acceleration, here's a brief five-way NVIDIA GeForce graphics card comparison when using the Nouveau open-source driver with the Linux 3.8 kernel and Mesa 9.1-devel.
This week support for MSAA was finally added to the R300g driver so that the Radeon X1000 graphics cards and earlier can finally take advantage of anti-aliasing with this open-source Gallium3D driver. In this article are some benchmarks of the MSAA performance with a Radeon X1800XT, but even with this higher-end GPU when it comes to the R300g support coverage, the anti-aliasing performance isn't really usable.
With the Linux 3.8 kernel that's presently under development, the open-source reverse-engineered Nouveau driver for supporting NVIDIA graphics processors has seen some significant changes. One of the late changes was enabling Kepler acceleration support. While there is now an "out of the box" open-source GPU driver that supports the GeForce 600 GPUs with 3D/OpenGL acceleration, it's incredibly slow.
While benchmarks this week have shown the Nouveau driver can be faster with the Linux 3.8 kernel, further benchmarks have shown that this reverse-engineered open-source driver for supporting the spectrum of NVIDIA GPUs is still at a significant loss compared to NVIDIA's official but proprietary Linux graphics driver.
Published already on Phoronix have been benchmarks of the in-development Linux 3.8 kernel when it comes to measuring the DRM graphics driver performance improvements for AMD Radeon hardware. In this article is a look at the Nouveau driver performance, the reverse-engineered open-source NVIDIA graphics driver. There's a fair amount of changes to look forward to in the next Linux kernel release for Nouveau and it's yielding some performance improvements.
Up this holiday weekend on Phoronix are benchmarks of the open-source Nouveau Gallium3D when comparing the driver's state on the Git branches of Mesa 9.0 and Mesa 9.1-devel. While checking in on the latest Mesa Nouveau code, three NVIDIA GeForce graphics cards were benchmarked from a development snapshot of Ubuntu 13.04.
As some extra benchmarks being published before the holidays, here's some Linux OpenGL performance results comparing the frame-rate impact of FXAA to other anti-aliasing modes as supported by the latest NVIDIA 313 Linux Beta driver on a NVIDIA GeForce GTX 680 Kepler.
After yesterday publishing the 2012 AMD Catalyst Driver Year-In-Review, here is the recap of the NVIDIA Linux graphics driver progress made in 2012.
For the past seven years I have been writing annual year-in-review articles for the AMD and NVIDIA Linux graphics drivers. Much progress has been made in recent years for bettering the OpenGL Linux support from these leading closed-source graphics drivers and this year is no exception. Up today is a recap of this year's AMD Catalyst graphics driver releases plus benchmarks of this year's driver releases going back to Catalyst 11.12.
With word this week that there's some performance improvements for the open-source Radeon Linux graphics driver to be found with the Linux 3.8 kernel as a result of the a-synchronous DMA engine support, some very early benchmarks of the "drm-next" code were done from five different AMD Radeon graphics cards. In extreme cases, the open-source graphics driver can deliver 10x higher OpenGL frame-rates with the experimental kernel.
It's been a few months since last delivering any Intel SNA acceleration architecture benchmarks but with all of the many recent xf86-video-intel 2.20.x driver releases, here's some new benchmarks comparing the UXA and SNA acceleration back-ends for Intel's Ivy Bridge hardware.
With Marek Olšák having fixed-up the R300 Gallium3D HyperZ support and then finally enabling this performance-boosting technology by default for the vintage Radeon X1000 (R500) series graphics cards, new benchmarks were conducted to look at the performance impact of ATI HyperZ finally being flipped on in this legacy ATI Linux graphics driver.
Up today are benchmarks comparing the Intel open-source Linux kernel graphics (DRM) driver performance on recent releases with the HD 4000 "Ivy Bridge" graphics processor as found on the Intel Core i7 3770K processor.
For those Intel "Sandy Bridge" CPU owners with integrated HD 2000/3000 graphics, here are some benchmarks showing the performance of the current Mesa 9.1-devel Git code compared to the stable Mesa 9.0 release. There are a few performance improvements to be found for this open-source Intel Linux graphics driver.
With a number of commits made to the mainline Mesa repository recently that concern the LLVMpipe Gallium3D driver for pushing OpenGL onto the CPU, here are benchmarks of the very latest Mesa Gallium3D development code from and AMD FX-8350 Vishera Eight-Core CPU when using both LLVM 3.1 and LLVM 3.2 SVN.
In this article is a large OpenGL performance comparison looking at the frame-rates in different Linux games for different AMD Radeon Linux graphics cards when running the stock Ubuntu 12.10 operating system (Mesa 9.0 + Linux 3.5), the Catalyst Linux driver (fglrx 9.0.2) as found in the Ubuntu Quantal archive, and then when running the very latest Radeon Git code: The Linux 3.7 kernel, Mesa 9.1-devel, and xf86-video-ati 7.0.99 Git.
Last week marked the release of a new AMD Catalyst Linux driver beta that was intended to improve the AMD Radeon OpenGL performance. AMD said this updated closed-source Linux graphics driver would bring "significant performance improvements" for Valve's recently ported Left 4 Dead 2 Linux game. Curious about AMD Linux OpenGL performance improvements elsewhere, I ran some benchmarks of this new driver on several different graphics cards. Unfortunately, the performance improvements aren't too widespread and there's other problems making this beta driver not appealing.
This week NVIDIA began advertising their new "R310" Linux graphics driver that "delivers [a] massive performance boost to Linux gaming" as a result of Valve releasing their Steam Linux Beta. The NVIDIA 310.xx Linux graphics driver not only improves the performance for Valve's Source Engine games, but many Linux OpenGL games. In this article are benchmarks from three graphics cards to highlight the optimizations.
775 display drivers articles published on Phoronix.