Days prior to AMD's release of the ATI Radeon HD 5750 and Radeon HD 5770 graphics cards, NVIDIA released their GeForce G 210 and GeForce GT 220 graphics cards. Both of these NVIDIA graphics cards are for low-end desktop systems, but part of what makes them interesting is that they are the first NVIDIA GPUs built upon a TSMC 40nm process. To Linux users these graphics cards are also interesting in that they fully support all of the current features of VDPAU for Linux video decoding, including MPEG-4 support. We picked up an XFX GT220XZNF2 GeForce GT 220 1GB graphics card for this round of benchmarking on Ubuntu Linux.
Earlier this week AMD launched the Radeon HD 5700 series GPUs using their Juniper GPUs as part of the Evergreen family. We published Linux benchmarks of the Radeon HD 5750/5770 on Tuesday with our thoughts on these new mid-range graphics cards, but today there are a few more Ubuntu results to add in for these ATI graphics cards.
In late September AMD had introduced the Radeon HD 5850 and Radeon HD 5870 graphics cards as the successors to the Radeon HD 4850 and Radeon HD 4870, respectively. These graphics cards, which are part of the Evergreen GPU family, have been performing quite nicely according to reports, but we have yet to test either of these Cypress graphics cards under Linux. Today though AMD is introducing the first midrange graphics cards in the Evergreen family. Under the Juniper codename, the Radeon HD 5750 and HD 5770 are being launched with both graphics cards being quite similar except for the ATI Radeon HD 5770 shipping with slightly higher core and memory clocks along with a different heatsink. In this review we have the first Linux-based benchmarks of these two new graphics cards, which are also the first publicized Linux benchmarks from any AMD Evergreen graphics processor.
We reviewed the FirePro V8700 1GB workstation graphics card back in March, but AMD has now introduced its evolutionary successor to this ultra high-end product, and that is the ATI FirePro V8750 2GB. The FirePro V8750 continues to be based off the ATI RV770 graphics processor, but is now backed by 2GB of 900MHz GDDR5 memory. Bumping the memory speed by 50MHz has raised the peak memory bandwidth from 108GB/s to 115GB/s. How well though does this $1,800 USD graphics card work with Linux? Well, we have all of the benchmarks in this article.
After launching the GeForce 200 series last year, NVIDIA unveiled the GeForce GTX 260M and 280M GPUs for notebook computers earlier this year. The GeForce GTX 280M is currently NVIDIA's fastest notebook GPU, even though it is derived from the GeForce 9800GTX+ core rather than the GTX 280 desktop variant. This 55nm notebook GPU has 128 processing cores, supports two-way SLI, features NVIDIA PureVideo HD technology (important for VDPAU usage under Linux), and other features to pack a desktop performance punch in notebook computers. The Linux-friendly System76 manufacturer recently introduced the Bonobo Professional notebook computer with the NVIDIA GeForce GTX 280M and an Intel Core 2 Quad processor, which we happen to be looking at now and today are delivering some initial performance results from this high-end NVIDIA GPU under Ubuntu Linux.
Earlier this year NVIDIA introduced the ION, which is their new system platform that pairs a GeForce 9400M GPU with an Intel Atom processor to make it an appealing platform for those desiring a netbook or nettop computer but are interested in a higher level of graphics performance than what is currently possible with Intel's integrated graphics. Products using the NVIDIA ION have been slow to emerge, but in recent weeks, we have begun seeing more devices around, including those from smaller manufacturers. One company that is now selling an ION-powered nettop is ZaReason, which is a Linux-focused hardware company. In this article we have a whole arsenal of Linux-based tests showing off the NVIDIA graphics performance with the Intel Atom processor under Linux.
The latest addition to AMD's Radeon HD 4000 series (R700) family is the ATI Radeon HD 4770 graphics card, which was released in late April. We finally have our hands on this graphics card which uses the RV740 -- the first 40nm GPU -- and have proceeded to run our usual assortment of Linux-based tests. Along with the transition from a 55nm to 40nm process, the Radeon HD 4770 has been designed to bridge the current R700 solutions to their next-generation graphics processors that will be introduced later this year. The Sapphire Radeon HD 4770 may cost less than $100 USD, but it packs serious performance capabilities.
With the launch of the Radeon HD 4800 series in June of last year, AMD made an evolutionary leap in their Linux support. For the first time, when introducing a brand new graphics processor (the RV770) it was greeted by same-day Linux support, compared to the past where Linux users had to wait many months for any new level of support. Not only was there this Linux support via the Catalyst driver, but there was even open-source support in the X.Org driver the very same month. In the months that followed, they then introduced CrossFire support, OverDrive, and other features to put their Linux Catalyst suite closer to their Windows driver. This morning AMD is announcing a high-end refresh of the RV770 GPU that will be known as the RV790 and is found in the Radeon HD 4890 graphics card. Is AMD continuing to play ball with Linux? We will tell you this morning as we look closely at the ASUS Radeon HD 4890 on Ubuntu Linux.
Back in December we looked at the Sapphire Radeon HD 4650 512MB OC graphics card. This mid-range ATI graphics card had performed well under Linux and what separated it from the other Radeon HD 4650 graphics cards on the market was its factory overclock of 650/900MHz. While not factory overclocked beyond the RV730PRO specifications, PowerColor has the PowerColor SCS3 Radeon HD 4650 512MB, which instead offers passive cooling. Is this an ideal candidate for a Linux-based HTPC? In this article we are looking at the PowerColor SCS3 Radeon HD 4650 512MB.
The ATI FireGL graphics cards have been a staple of the workstation graphics scene for about a decade, but last year AMD made the decision to end the FireGL series and create the FirePro 3D series in its place. The FirePro 3D series is now made up of graphics cards ranging in price from under $100 USD and built using their RV730 GPU to their highest-end models costing well over $1,000 and using the RV770XT graphics processor. The ATI RV770XT is what is used by the consumer-grade Radeon HD 4870, which was greeted by same-day Linux support and other firsts for their Linux Catalyst driver like OverDrive, RandR 1.2 support, and CrossFire. The support for the new FirePro graphics cards is also first-rate under Linux with their Catalyst driver, but how is their performance? In this article we are examining the ATI FirePro V8700 1GB workstation graphics card under Linux.
Back in September we reviewed the Sapphire Radeon HD 4670 graphics card that offered 512MB of GDDR3 memory. Overall, this RV730-based graphics card had performed well under Linux and not a bad investment with it retailing for about $80 USD. Sapphire Technology though has now introduced a new version of the Radeon HD 4670 that sports 512MB of GDDR4 memory. Will switching out the GDDR3 for GDDR4 memory have much of an overall impact on this graphics card? We have the results in this article.
We previously had looked at the ATI Radeon HD 4550 and Radeon HD 4670, but if you are looking for a graphics card that's positioned between the two and costs less, there is the Radeon HD 4650. The Radeon HD 4650 is clocked the same as the Radeon HD 4550, but is based upon the RV730PRO GPU and is able to provide a bit more processing power than the lesser RV710 solution. Sapphire though manufactures a Radeon HD 4650 graphics card that operates well beyond the reference core and memory frequencies for the RV730PRO and sells it at a very affordable price. In this article we are seeing how well the Sapphire Radeon HD 4650 512MB OC graphics card can perform under Linux.
For Linux desktop users interested in a mid-range discrete graphics card there are more choices than ever before with NVIDIA continuing to release new stable Linux drivers as they have done for many years while AMD this year has been making evolutionary leaps compared to their earlier state. AMD is now providing same-day support with all new products, CrossFire on Linux, OverDrive, and many other recently introduced features. NVIDIA and AMD are nearly at a feature parity and even in the past two months they both released new video APIs for Linux (PureVideo / VDPAU and X-Video Bitstream Acceleration, respectively) and they are now battling it out on Linux over performance. We recently looked at AMD's new ATI Radeon HD 4830 mid-range graphics card, but in this article we are comparing it to the NVIDIA GeForce 9800GT, courtesy of Micro-Star International.
The launch of the RV770 GPU earlier this year by AMD was quite successful. The Radeon HD 4850 and Radeon HD 4870 series feature best-in-class performance and Linux customers were greeted by an evolutionary step in ATI/AMD Linux support. Linux users with these graphics cards now have CrossFire, OverDrive, RandR 1.2, X-Video Bitstream Acceleration, and other new functionality. If you are looking for leading performance and all of the bells and whistles on the newest ATI graphics cards but at a lower cost, AMD recently introduced the Radeon HD 4830. In this article we are looking at the Sapphire Radeon HD 4830 512MB under Ubuntu Linux.
We've checked out ATI's Radeon HD 4550 low-end graphics card already and found it to be a nice solution for Linux users on a budget, but how does NVIDIA's competitor contend? In this review we are looking at the NVIDIA GeForce 9500GT from Sparkle. This graphics card has 1GB of DDR2 memory along with DVI, HDMI, and DisplayPort connectors.
Over the past few months we have looked at several Sapphire graphics cards including the Radeon HD 4670, Radeon HD 4850 Toxic, Radeon HD 4870, and Radeon HD 4870 Toxic Vapor-X. All of these cards have performed quite well on Linux with the Catalyst Linux driver and there is even open-source support for these R700 series graphics cards, except that goes without any hardware acceleration at this time. The graphics cards introduced up to this point though haven't exactly been cheap, but ATI has now introduced their low-end graphics cards for the Radeon HD 4000 series. With Sapphire being a key ATI partner, they have of course introduced news models accordingly. What we have our hands on today is the Sapphire Radeon HD 4550 512MB, which is a PCI Express graphics card that retails for a mere $50~60 USD.
The ATI Radeon HD 4870 graphics card arrived back in June with same-day Linux support through the Catalyst driver and there was even open-source mode-setting support. We have been very pleased with the level of Linux support for the Radeon HD 4000 series and it continues with features such as UVD2 and XvMC out on the horizon. With a few months having passed since the release of the Radeon HD 4870, we are starting to see more innovative RV770 products from ATI's partners. In August we looked at the Sapphire Radeon HD 4850 Toxic, which was a factory-overclocked Radeon HD 4850. Today we are looking at the Sapphire Radeon HD 4870 Toxic, which takes the original Radeon HD 4870 to the next level with heightened frequencies and an exclusive Vapor-X cooling solution.
Back in March we looked at the AMD Radeon HD 3200 graphics with AMD's 780G Chipset and found it to be a reputable performer. Its performance was almost identical to that of the discrete Radeon HD 2400PRO graphics card and was capable of running some Linux games at a playable frame-rate. Now though AMD's top-end IGP is 790GX Chipset with Radeon HD 3300 graphics. We have been testing an AMD 790GX motherboard from Elitegroup Computer Systems for the past several weeks and today we are delivering our Linux benchmarks of this newest AMD integrated graphics processor.
Earlier this month the ATI Radeon HD 4600 series from AMD was unveiled as the new mid-range graphics cards derived from their flagship RV770 graphics core. The Radeon HD 4650 and Radeon HD 4670 are the two RV730-based products now available. The ATI Radeon HD 4670 may not be able to compete with the Radeon HD 4800 series in all of the tests, but at a price of under $100 USD is it worth pursuing? For this article we have our hands on the brand new Sapphire Radeon HD 4670 512MB graphics card as we test it on Ubuntu Linux to see how well it can perform in our OpenGL tests and overclock with the recently added OverDrive support.
Earlier this week with the release of the Catalyst 8.8 driver we were first to deliver Linux CrossFire benchmarks for the Radeon HD 4800 series along with the first OverDrive for Linux article. With our initial CrossFire for Linux article we had delivered benchmarks from the Radeon HD 4850 and Radeon HD 4870, now though we are delivering the first Radeon HD 4870 X2 benchmarks under Ubuntu Linux. In this article we have our hands on the VisionTek Radeon HD 4870 X2 2GB graphics card.
Back in June we had exclusively shared that CrossFire would be coming to Linux as part of their Radeon HD 4800 series strategy. CrossFire (or CrossFire X as it's now known) allows the graphics rendering workload to be split between multiple Radeon GPUs to deliver faster performance. Meanwhile, NVIDIA's multi-GPU technology known as SLI (Scalable Link Interface) has been supported on Linux since 2005. While AMD is still working to address some issues with their ATI Linux driver, they have been working hard on new features like CrossFire. How does this feature work though on Linux and does it deliver similar performance gains to their Windows driver? Today we have a full rundown on ATI CrossFire for Linux along with benchmarks from the ATI Radeon HD 4850 and Radeon HD 4870.
While details on AMD's high-end ATI Radeon HD 4870 X2 graphics card began surfacing last month, today this dual-GPU graphics card has formally launched and will begin shipping to retailers. The good news this time around is that this graphics card will actually be something worth looking at under Linux now that there's the needed CrossFire support on the horizon. We're not yet permitted to publish the Linux CrossFire benchmarks, but today we have a few pieces of information to share about the Radeon HD 4870 X2 on Linux.
Back in June we were first to deliver Radeon HD 4850 benchmarks on Linux just after the new high-end ATI/AMD GPUs were launched. We were also successful in using the Radeon HD 4850 with an open-source driver and had exclusively shared that CrossFire support is coming to Linux along with a horde of other improvements. These new Linux features are coming soon, but today we are looking at a new Radeon HD 4850 graphics card from Sapphire Technology. The Sapphire Radeon HD 4850 Toxic 512MB ships with a performance-oriented Zalman cooler and it also comes factory overclocked.
Earlier this month Intel had announced the GMA X4500 series, which is their latest and greatest when it comes to integrated graphics processors. These IGPs were greeted by same-day Linux support (it had actually arrived before the chipset was announced), but it's still next to impossible to find motherboards using the G43 and G45 Chipsets that bear this IGP. Fortunately, however, our friends at Super Micro have come through and we have managed to get our hands on the C2SEA. The Super Micro C2SEA is an ATX motherboard that uses the Intel G45 Chipset in conjunction with an ICH10 Southbridge. This motherboard provides Intel GMA X4500HD graphics with VGA and HDMI interfaces. In this article, we are looking at the performance of this new Intel graphics processor under Linux.
When AMD had unveiled the ATI Radeon HD 4850 and ATI Radeon HD 4870 last month, NVIDIA was left in an awkward position. The Radeon HD 4850 had sharply outperformed the (more expensive, at the time) GeForce 9800GTX, which led NVIDIA to immediately begin slashing prices and introducing a slightly faster GeForce 9800GTX+ that ramped up the memory and core frequencies. ATI's flagship Radeon HD 4870 also had no problems competing with the more-expensive GeForce GTX 260 / 280. Many of NVIDIA's partners as a result have slashed their prices on their earlier GeForce 8 and 9 products. One of the NVIDIA products that was previously considered a good budget graphics card was the GeForce 8800GT, but now how does it stand up against the latest from ATI and NVIDIA? In this article we are looking at the ECS GeForce 8800GT. What is particularly special about this card and some of the other newer models shipping the GeForce 8800GT GPU is a BIOS revision that should yield a performance increase.
A week ago we looked at the brand-new ATI Radeon HD 4850 graphics card under Linux. This graphics card launch was unlike any in ATI's history where with the introduction of a brand new product generation, Linux users were greeted by same-day Linux support -- both through their proprietary fglrx driver and with the open-source xf86-video-ati driver. In addition, some of the board partners are opting to put Tux on their product packaging and shipping the Linux drivers on their product CDs. As we had also exclusively shared, AMD will soon be approaching a feature parity between the Windows and Linux drivers. Today we're publishing our complete review of the new ATI Radeon HD 4870 512MB as well as delivering additional benchmarks from the Radeon HD 4850 under Linux, of course.
Last week we exclusively shared the steps AMD was taking to make an evolutionary leap in Linux support with same-day support for their brand-new Radeon HD 4800 series, Linux drivers shipping on the product CD, some manufacturers showcasing Tux on the product packaging, and their proprietary Linux driver reaching a feature parity with their Windows driver. We had also shared that the Radeon HD 4850 works with open-source xf86-video-ati driver since day one. Now that we have had time to complete testing of the Radeon HD 4850, today we are sharing the first Linux results from this brand-new ATI graphics processor. Before you think the Windows and Linux performance is equal for the Radeon HD 4800 series, this isn't the case, at least not yet.
We've been meaning to deliver benchmarks of the NVIDIA GeForce 9800GTX under Linux for some time, but with the recent rollout of the GeForce GTX 200 series, the competition presented by the ATI Radeon HD 4850, and the introduction of the GeForce 9800GTX+, the GeForce 9800GTX is dropping in price and captivating the interest of a different segment of users. Finally we are delivering these benchmarks of the GeForce 9800GTX with Ubuntu Linux and using the most recent NVIDIA driver release, which has a number of improvements since the G92 chipset was introduced back in April. The graphics card we're using is the EVGA 512-P3-N871-AR.
Back in March we had looked at the Radeon HD 3200 graphics found on AMD 780G motherboards. With the Catalyst Linux driver the Radeon HD 3200 had performed about the same speed as the discrete Radeon HD 2400PRO graphics card, which we were quite pleased with considering its integrated and low-power design. The Radeon HD 3200 also offers support for DisplayPort and HDMI, but it's up to the motherboard vendor which output connections they wish to utilize. The Radeon HD 3200 / 780G certainly impressed us, but today we are looking at NVIDIA's latest IGP offering for AMD's Phenom platform. While not all of these features are available to Linux customers, the GeForce 8200 supports DirectX 10, PureVideo HD, GeForce Boost, Hybrid SLI, and other leading edge features. Though between the Radeon HD 3200 and GeForce 8200, which IGP offering reigns supreme under Linux? In this article we'll tell you our thoughts.
Since the introduction of AMD's new Linux OpenGL driver and their open-source strategy running in parallel, the past few months have been especially exciting for ATI Linux users and the Linux graphics scene in general. To many Linux users, ATI graphics have went from being a name synonymous with problems and poor 3D performance to being an open-source crown jewel that has set a precedence in the industry by releasing their GPU register documentation, but at the same time continuing to develop their high-performance proprietary driver for users interested in the best performance and enabling all of the bells and whistles on their graphics card.
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