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.
Last month I alluded to a 40-way graphics card comparison being worked on at Phoronix. This comparison is to extensively compare the performance of the open and closed-source drivers for each graphics card and to comprehensively comment on other areas of the Linux graphics driver support. Not only is the OpenGL performance being evaluated, but the thermal performance, CPU utilization, and power consumption is being looked at too. Being published today to mark the beginning of the Oktoberfest 2011 articles are the ATI/AMD Radeon results. This includes 28 of the 40 graphics cards, with GPUs as old as the Radeon X800XL and as new as the AMD Radeon HD 6950.
While we have reviewed several graphics cards from AMD's Radeon HD 6000 series, one of the GPUs in this latest family that we have not benchmarked previously is the Radeon HD 6450. The AMD Radeon HD 6450 is the lowest-end offering in this family, but how's its performance relative to other low-end AMD and NVIDIA parts? In this review we have a PowerColor Radeon HD 6450 1GB and are seeing how well this graphics card works under Ubuntu Linux.
Last month AMD officially launched the A-Series "Llano" Fusion APUs to much fan-fare with significantly better computational and graphics performance over the E-Series Fusion APUs and all around the new hardware being a compelling solution. On launch-day we delivered AMD A8-3500M benchmarks as we managed to procure remote access to one of the AMD Llano systems from a third-party, and we also delivered benchmarks of the Radeon HD 6620G that are found on that APU. We have now finally been sent over a Llano APU and motherboard from AMD so we are able to conduct our own set of in-depth Llano Linux tests. In this review we are examining the Radeon HD 6550D graphics capabilities on the AMD A8-3850 APU.
Up for review today is a low-end NVIDIA Fermi graphics card, the GeForce GT 520. The low-end graphics processor it uses, the GF119, was released back in April. The graphics card only has 48 Stream processors and uses DDR3 memory with a 64-bit bus, except the cost on this creation is just around $60 USD.
Have you been wondering how the AMD Radeon HD 6900 "Cayman" graphics cards are running under Linux? After all, Cayman is quite different from the rest of the Radeon HD 6000 "Northern Island" GPUs and its open-source Linux support came much later. There is no reason to wonder any longer as Sapphire has sent over their Radeon HD 6950 DIRT 3 Special Edition graphics card, which we have now put through our arsenal of tests under Ubuntu Linux.
AMD's next-generation "Llano" Fusion APUs are launching today. Llano is a very nice upgrade over the current-generation 40nm Brazos hardware as talked about in another Phoronix article to be published in the next couple of hours, but in this article is a look at the graphics in Llano. Here's the first Linux look at the Llano graphics support and performance for the Radeon HD 6620G as found with the AMD A8-3500M Fusion APU.
Continuing to ensure that Linux benchmarks on the latest AMD Radeon HD graphics processors are available, the kind people at Sapphire have sent over another Radeon HD 6000 series graphics card. After previously reviewing the Sapphire Radeon HD 6570 and Sapphire Radeon HD 6870, up now is the Sapphire Radeon HD 6770. The Radeon HD 6770 (and HD 6750) up until recently was just offered to OEM builders, but now Sapphire has begun selling various products with these graphics processors, which end up being re-branded Radeon HD 5770/5750 "Juniper" graphics processors.
Along with the mid-range AMD FirePro V5900 workstation graphics card, which was just reviewed here at Phoronix, this morning AMD is also announcing the FirePro V7900 as their newest high-end workstation graphics card. The FirePro V7900 is a big step-up from last year's FirePro V7800 and features the "Cayman Pro GL" graphics core. Here is our initial Linux tests of this new $999 USD graphics card.
This morning AMD is rolling out two new FirePro workstation graphics cards, the FirePro V5900 and FirePro V7900. At Phoronix we received both of these graphics cards last week and have information on these new Cayman-derived graphics cards along with the very first Linux benchmarks of this new hardware compared to previous-generation FirePro offerings. In this review, we are first looking at the mid-range AMD FirePro V5900.
AMD has expanded its Radeon HD 6000 series family, with the launch this week of the mid-range Radeon HD 6570 and Radeon HD 6670 graphics cards. We were sent over a Sapphire Radeon HD 6570 in advance, but as it did not arrive until Monday, the results are only now available. Here is the first Linux benchmarks of the AMD Radeon HD 6570 "Turks" graphics processor.
This morning Sapphire Technology is announcing a new Radeon graphics card. It's not though part of the Radeon HD 6000 series that has recently seen the launch of the Radeon HD 6790 or even the Radeon HD 6450, but rather it's a Cypress-based part. Yes, as in the Radeon HD 5800 series. This new graphics card is the Sapphire Radeon HD 5830 Extreme and it has designed to deliver the best performance for the ~$120 USD price point. Here is our look at this new graphics card with accompanying Linux benchmarks.
How well do AMD's FireGL/FirePro workstation graphics cards work with the open-source graphics drivers for Linux? It's something we never have really focused on up to this point, since after all, most workstation users are satisfied with using proprietary display drivers on Linux. It is the workstation market that drives the proprietary Linux driver development after all for AMD and NVIDIA, and that is really the focus of development, not Linux gamers or enthusiasts. But curiosity got the best of me, so here's what happens if you try to use an expensive FirePro graphics card with the open-source driver stack and the Mesa Gallium3D driver.
On Wednesday we published our first compute performance numbers for the Core i3 2100, Intel's lowest-end "Sandy Bridge" processor at this point. This ~$125 USD processor was a step-up from the previous generation Clarkdale CPUs (roughly the Core i3 530), but obviously the Core i5 2500K was still a great deal faster. How's the Sandy Bridge graphics performance though with this low-end CPU? That is the focus of today's tests.
In this review today at Phoronix we are testing out the Sapphire Radeon HD 6870 Vapor-X 1GB graphics card to see how this popular AMD Radeon graphics processor is performing under Linux.
Now that I finally have Sandy Bridge graphics working under Linux, thanks to another H67 motherboard and Core i5 2500K processor from Intel that don't exhibit the earlier problems, there's many Linux benchmarks available. Overall the Core i5 2500K graphics under Linux with the latest kernel / DDX / Mesa are fast, for being Intel integrated graphics and much improved over their previous generations of hardware. But how do these first-cut Intel Linux Sandy Bridge drivers compare to the drivers of the same age under Windows? In this article are benchmarks comparing the Intel Core i5 2500K graphics performance under Microsoft Windows 7 SP1 and Ubuntu 10.10.
Yesterday the results for the Intel Core i5 2500K graphics on Linux were finally published after receiving a new motherboard and CPU from Intel that did not encounter the earlier Sandy Bridge problems. That article included results for several ATI Radeon graphics cards using both the proprietary Catalyst driver as well as AMD's open-source Gallium3D driver, there was also the testing done from a NVIDIA GPU under the reverse-engineered Nouveau driver that's also written against the Gallium3D architecture. In this article is an even larger round up of graphics cards being tested under open-source Gallium3D drivers. There are also results from the Gallium3D-based LLVMpipe driver.
After a month of headaches for Intel and myself, there are now Sandy Bridge graphics benchmark results from the Intel Core i5 2500K under Linux to finally publish. Sandy Bridge was a tough launch for Intel in terms of the Linux coverage with the media having problems building a working driver stack and then when I finally got my hands on a CPU, I ran into an entirely different set of show-stopping problems. The developers still have not solved the biggest original issue yet, but Intel sent out a new motherboard and another CPU and it happens to "just work" nicely under Linux. When using the latest bits of their open-source Intel Linux graphics code, the performance on the Core i5 2500K is actually quite impressive compared to other open-source Linux drivers.
When Intel launched their newest "Sandy Bridge" processors earlier this month there were no Linux benchmark results available. We were not seeded with any CPU in advance and the other publications that have flings with Linux were unable to get the Linux graphics support working. There is no "out of the box" Sandy Bridge support under Linux with Ubuntu 10.10 and other distributions released in the past few months. It was not until the time that Sandy Bridge launched that there was the releases of Linux 2.6.37, Mesa 7.10, and the xf86-video-intel 2.14 DDX that are the versions reported to play well with the new Intel graphics. Because of the lack of "out of the box" Linux support, there was a very scathing review at SemiAccurate.com that went as far as calling Sandy Bridge the biggest disappointment of the year. The code was said to be ready, but there is a challenge in installing open-source GPU drivers by many Linux users.
Back in August we looked at the gaming performance between Windows 7 and Ubuntu 10.04 using a Lenovo ThinkPad W510, and the results were not too dramatic, but since then there has been a new release of Ubuntu (the 10.10 Maverick Meerkat) and new graphics hardware has been released. After receiving an ASRock Vision 3D system recently, which will soon be reviewed at Phoronix, we decided to compare its performance of the brand new GeForce GT 425M graphics processor under Microsoft Windows 7 Ultimate x64 and Ubuntu 10.10 x86_64.
While AMD soon will be introducing the Radeon HD 6000 graphics cards, there is still plenty of life left to the Radeon HD 5000 series especially for those interested in open-source support with the Evergreen GPUs finally being supported by the open-source driver stack complete with OpenGL acceleration via a Mesa driver and this support will continue to mature before there is the same level of support for the next-generation Southern Island GPUs in the open-source world. In this article we are reviewing the ATI Radeon HD 5450 "Cedar" graphics card, which is AMD's lowest-end Evergreen GPU but will set you back less than $50 USD.
238 graphics cards articles published on Phoronix.