To get October off to a good start, in this article are benchmark results of sixteen Intel HD, AMD Radeon, and NVIDIA GeForce graphics processors all being tested from the latest open-source Linux graphics driver stack. The test setup is powered by the Linux 3.12 development kernel and the Mesa 9.3.0-devel OpenGL drivers.
After several weeks of testing the Linux-friendly System76 Gazelle Pro Haswell laptop, we've now been using the System76 Galago UltraPro for a wide variety of Linux testing as its powered by the Core i7 4750HQ CPU with Iris Pro 5200 graphics. In the preview article for this System76 ultrabook we ran some early comparative tests while in this article are some direct Ubuntu 13.10 comparison benchmarks between System76's two Intel Haswell laptops. What's most interesting to see with these results is how much faster the Iris Pro graphics are over HD Graphics 4600.
For the past few days at Phoronix we have begun looking extensively at the Intel Iris Pro 5200 graphics under Linux, since receiving the System76 Galago UltraPro. The Iris Pro 5200 are the new high-end Intel Haswell graphics that have 128MB of embedded video RAM on the die, which should yield a nice performance boost when properly implemented within the Intel Linux driver. Already our testing has found the Iris Pro performance on Linux has doubled with open-source driver improvements since Haswell's launch. Now we're out today with our first Intel Iris Pro OpenGL gaming benchmarks between Ubuntu Linux and Microsoft Windows 8 for this Intel Core i7 Ultrabook.
While we have delivered tons of Intel Haswell coverage on Phoronix -- more than 100 stories on the latest-generation Intel processors and graphics written by your's truly -- one of the areas not yet covered have been the high-end Iris Pro Graphics with integrated eDRAM. We haven't been able to run any Linux benchmarks of the Iris Pro due to lack of hardware, but System76 is said to be soon sending over a review sample of their Galago UltraPro with Iris Pro Graphics 5200. In the meantime, however, a Phoronix reader has graciously lent us remote access to his Iris Pro system for Ubuntu Linux graphics testing.
In recent days on Phoronix I have published benchmarks showing Windows 8 beating Ubuntu Linux for Intel Haswell performance and the Radeon Gallium3D driver losing to AMD Catalyst Legacy on Windows. As some good news for NVIDIA Linux users, the performance on Ubuntu Linux can beat out Microsoft Windows 8 on modern GPUs. However, the strong Linux performance can only be found if using the closed-source NVIDIA driver and not the open-source Nouveau alternative.
At the request of many Phoronix readers, the Linux performance benchmarks to share with you today are the results for an OpenGL performance comparison between a dozen different AMD Radeon and NVIDIA GeForce graphics cards on their latest proprietary graphics drivers when running a slew of Linux games, including Valve's Team Fortress 2 benchmark, Unvanquished on its OpenGL 3.x renderer, and the new GpuTest workloads.
This past weekend I delivered benchmarks of the AMD A10-6800K Richland APU under Ubuntu Linux. This mild upgrade over AMD's Trinity APU ran faster on the CPU side and overclocked well, but how do the graphics performance under Linux? In this article are benchmarks of the Radeon HD 8670D running the Catalyst Linux driver on Ubuntu and compared to the previous-generation Radeon HD 7660D APU graphics.
When running Fedora 19 with its updated open-source Linux graphics drivers, 15 different Intel, AMD Radeon, and NVIDIA GeForce GPUs were compared when looking at the open-source Linux OpenGL performance. The tested graphics processors span from the Intel HD Graphics 4600 "Haswell" integrated graphics to the AMD Radeon HD 7950 "Southern Islands" graphics card to the vintage Radeon X1800XL.
Already published on Phoronix have been Intel HD Graphics 4600 benchmarks on Ubuntu Linux from the Intel Core i7 4770K "Haswell" processor and compared against previous generations of Intel HD Graphics. Being benchmarked today is the Intel HD Graphics 4600 on Linux compared against various AMD Radeon graphics cards using both the open and closed-source graphics drivers.
After delivering the Intel Core i7 4770K Haswell benchmarks on Ubuntu Linux this week already, which focused mostly on the processor performance, in this article are the first benchmarks of the Haswell OpenGL Linux performance. Testing was of the Intel HD Graphics 4600 graphics core found on the i7-4770K, which under Linux is supported by Intel's open-source driver.
For seeing where the current OpenGL driver performance stands for Intel's open-source Linux graphics driver on Sandy Bridge and Ivy Bridge processors, the very latest Linux kernel and Mesa development code were tested across four different processors to stress the HD 2000, HD 2500, HD 3000, and HD 4000 graphics capabilities atop Ubuntu.
Combining the work of the recent Nouveau vs. NVIDIA Linux testing and Radeon Gallium3D vs. AMD Catalyst testing articles, here is a 15-way comparison of both the open-source and closed-source AMD and NVIDIA Linux graphics drivers when testing a mixture of NVIDIA GeForce and AMD Radeon graphics cards on Ubuntu Linux 13.04.
Up for review today is the ASUS Radeon HD 7850 1GB DirectCU graphics card. This "Windows 8 Ready" AMD Radeon graphics card is being benchmarked under Ubuntu Linux and compared to an assortment of AMD Radeon and NVIDIA GeForce graphics cards.
For those looking to purchase a low or mid-range graphics card for use with the open-source graphics drivers -- rather than being bound by NVIDIA's proprietary driver or AMD's Catalyst -- here's a comparison of nine different discrete graphics cards when benchmarked by the open-source drivers.
After earlier this week delivering a 12-way AMD Radeon graphics card comparison with the open-source Linux Gallium3D graphics driver, being published today is a similar comparison on the NVIDIA side. Tested for this article were eight NVIDIA GeForce graphics cards from multiple hardware generations while using the very latest open-source Nouveau driver code.
After delivering benchmark results on Monday that looked at the AMD Catalyst vs. Radeon Gallium3D driver comparison using the very latest development code for the open-source Linux graphics driver and comparing the performance on several different Radeon HD graphics cards, here's some more performance data. In this article are some benchmarks of twelve AMD graphics cards when using the in-development Linux 3.7 kernel and Mesa 9.1-devel.
In my Linux preview article to the AMD A10-5800K "Trinity" APU I shared some initial benchmarks of the integrated Radeon HD 7660D graphics and compared those results to various NVIDIA and AMD discrete graphics cards. In this article are more Radeon HD 7660D Linux graphics benchmarks. In particular, there are results from the A10-5800K graphics when overclocking the GPU core along with benchmarks comparing this high-end Trinity APU to last year's A8-3870K "Llano" APU with Radeon HD 6550D graphics.
Since the launch of Intel's Ivy Bridge processors earlier this year there have been many benchmarks of the Intel Core i7 3770K with its integrated HD 4000 graphics and then more recently have been Linux testing of the Intel Core i7 3517UE from the CompuLab Intense-PC and Intel Core i7-3615QM as found on the Apple Retina MacBook Pro. The newest Intel Ivy Bridge chip to play with at Phoronix is the Intel Core i5 3470, which bears an Intel HD 2500 graphics core. In this article are benchmarks of the Intel HD 2500 Ivy Bridge graphics with the open-source Intel Linux graphics driver stack.
Should you be looking towards purchasing a new high-end graphics card from AMD or NVIDIA, here are some updated benchmarks of the AMD Radeon HD 7950 and NVIDIA GeForce GTX 680 when both graphics cards were tested under Ubuntu 12.04 with their proprietary Linux graphics drivers.
Following up on the performance comparison earlier this month of comparing Intel Sandy Bridge and Ivy Bridge graphics between Windows and Linux, up today are the results of a comparison of Windows 7 to Ubuntu 12.04 LTS when using a NVIDIA GeForce GTX 680 "Kepler" graphics card.
Earlier this week I provided Intel Core i7 3770K Linux benchmarks for the Ivy Bridge launch-day followed by initial Ivy Bridge Linux HD 4000 graphics benchmarks compared to the Intel HD 2000/3000 Sandy Bridge graphics under Linux and to AMD Fusion on Catalyst and Gallium3D. In this article are more benchmarks of the HD 4000 Ivy Bridge graphics under Linux with Intel's open-source driver, but in this article it is a much larger comparison. This is a full showdown of the Core i7 3770K graphics compared to several discrete NVIDIA GeForce and AMD Radeon graphics cards when they're using their respective open-source Gallium3D drivers. What graphics hardware is best if you want to use an open-source GPU driver? Find out now.
Now having looked at the processor performance of the brand new Intel Core i7 3770K "Ivy Bridge" CPU, up now is our first look at the Intel HD 4000 "Gen7" graphics performance for the Ivy Bridge processors under Linux. Building upon what's turned into a huge success for Intel with their Sandy Bridge graphics with admirable performance and stable open-source Linux drivers, Ivy Bridge volleys Intel's Linux graphics capabilities into a whole new realm for those concerned about open-source graphics drivers.
After some delays in getting the hardware, we finally have our extensive review of the NVIDIA GeForce GTX 680 "Kepler" graphics card with testing and benchmark results under Ubuntu Linux. The NVIDIA GeForce GTX 680 is one mighty performer and pleasing open-source customers will be the independent option of being able to use this inaugural Kepler graphics card with the open-source, reverse-engineered Nouveau driver.
Here are some updated benchmarks of the AMD Radeon HD 7950 "Southern Islands" graphics card under Linux with the proprietary Catalyst driver.
The Radeon HD 7900 series were announced at the end of 2011 and since then the Linux support status for this hardware has remained a big question. For the Radeon HD 7000 series "Southern Islands" GPU launch, they did not send over any hardware samples so Linux consumers have left to be confused over the state of the non-Windows support for AMD's hardware based on the "Graphics Core Next" architecture. Fortunately, here is finally an extensive look at the Radeon HD 7000 series on Linux with testing of a Radeon HD 7950.
In this article is a look at the state of the open-source Nouveau Gallium3D driver on low-end NVIDIA GeForce graphics hardware. In particular, a $10 USD NVIDIA retail graphics card is being tested under Ubuntu Linux on both Nouveau and the proprietary NVIDIA driver and is then compared to a wide range of other low and mid-range offerings from NVIDIA's GeForce and AMD's Radeon graphics card line-up with a plethora of OpenGL benchmarks.
In following up on the AMD A8-3870K Llano APU benchmarks and testing its Radeon HD 6550D graphics, here's some new benchmarks of the integrated Llano graphics. This time around, the performance of the Catalyst Linux driver is being compared to the latest open-source Gallium3D driver code with the Linux 3.2 kernel DRM.
A few days ago AMD announced several new A-Series APUs for desktops and notebooks. Knocking the Llano A8-3850 out of the top spot now for the A-Series is the A8-3870K, which was received by Phoronix just in time for some holiday testing of this updated APU.
AMD is announcing today a new FirePro workstation graphics card. What is being announced is not a new ultra high-end creation, but instead it's a new entry-level graphics card to fit in between the FirePro V4800 and FirePro V5800 / V5900: it's the AMD FirePro V4900. The FirePro V4900 will retail for less than $200 USD while offering up some nice capabilities for the price. Here is a launch-day look at the FirePro V4900 along with the first Linux benchmarks of this latest AMD workstation graphics creation.
For those Linux gamers and other desktop users currently looking for a new mid-range (sub-$150 USD) graphics card, up for review today is a NVIDIA GeForce GTX 550 Ti. The GF116 Fermi graphics processor for the GTX 550 Ti has 192 CUDA cores, 900MHz core clock, 24 ROPs, 32 texture units, a 192-bit memory bus, and this EVGA-branded graphics card is paired with 1GB of GDDR5 video memory.
198 graphics cards articles published on Phoronix.