With the very newest AMDGPU Linux kernel patches, the Radeon RX 590 is now working correctly on Linux. Here's a look at how this latest Polaris graphics card is performing for Linux games against seventeen other AMD Radeon and NVIDIA GeForce graphics cards in a variety of OpenGL and Vulkan benchmarks.

While we have delivered many Linux benchmarks the past number of weeks from the GeForce RTX 2070 and GeForce RTX 2080 Ti, up until recently we didn't have access to the RTX 2080 that is the card positioned between those two current consumer Turing graphics cards. In kicking off our RTX 2080 Linux benchmarking, here is a look at the Linux gaming performance compared to an assortment of AMD Radeon and NVIDIA GeForce graphics cards tested on Ubuntu Linux while in the days ahead will be the OpenCL/CUDA tests and more.

Last week following the launch of the RTX 2070 Turing graphics cards, I carried out some initial RTX 2070 compute benchmarks including of TensorFlow and more common OpenCL/CUDA workloads. The GPU compute performance for this $499+ Turing GPU was quite good and especially for INT16 test cases often beating the GTX 1080 Ti. Available now are the Linux gaming benchmarks for the GeForce RTX 2070 compared to an assortment of other NVIDIA GeForce and AMD Radeon graphics cards on Ubuntu 18.10.

Here are the first of our benchmarks for the GeForce RTX 2070 graphics card that launched this week. In our inaugural Ubuntu Linux benchmarking with the GeForce RTX 2070 is a look at the OpenCL / CUDA GPU computing performance including with TensorFlow and various models being tested on the GPU. The benchmarks are compared to an assortment of available graphics cards and also include metrics for power consumption, performance-per-Watt, and performance-per-dollar.

For those curious about the TensorFlow performance on the newly-released GeForce RTX 2080 series, for your viewing pleasure to kick off this week of Linux benchmarking is a look at Maxwell, Pascal, and Turing graphics cards in my possession when testing the NGC TensorFlow instance on CUDA 10.0 with the 410.57 Linux driver atop Ubuntu and exploring the performance of various models. Besides the raw performance, the performance-per-Watt and performance-per-dollar is also provided.

Over the past few days since receiving the RTX 2080 Ti "Turing" graphics card I have been running many different Linux benchmarks on this card, but one area I hadn't explored until having the time this weekend was to checkout the cryptocurrency mining potential, which I tried out with the CUDA support in Ethereum's Ethminer.

Besides the new GeForce RTX 2080 series being attractive for developers wanting to make use of new technologies like RTX/ray-tracing, mesh shaders, and DLSS (Deep Learning Super Sampling), CUDA and OpenCL benchmarking so far on the GeForce RTX 2080 Ti is yielding impressive performance -- even outside of the obvious AI / deep learning potential workloads with the Turing tensor cores. Here are some benchmarks looking at the OpenCL/CUDA performance on the high-end Maxwell, Pascal, and Turing cards as well as an AMD Radeon RX Vega 64 for reference. System power consumption, performance-per-Watt, and performance-per-dollar metrics also round out this latest Ubuntu Linux GPU compute comparison.

Yesterday were the initial NVIDIA GeForce RTX 2080 Ti Linux benchmarks based upon my early testing of this high-end Turing graphics card paired with their new 410 Linux graphics driver. For your viewing pleasure today is a look at how the RTX 2080 Ti compares to the top-end cards going back to Kepler... Or, simply put, it's the GeForce GTX 680 vs. GTX 780 Ti vs. 980 Ti vs. 1080 Ti vs. 2080 Ti comparison with OpenGL and Vulkan graphics tests as well as some initial OpenCL / CUDA tests but more Turing GPU compute tests are currently being conducted. For making this historical comparison more interesting are also power consumption and performance-per-Watt metrics.

Here are the first of many benchmarks of the GeForce RTX 2080 Ti "Turing" graphics card under Linux with this initial piece exploring the OpenGL/Vulkan gaming performance.

In part with GPU demand by crypto-currency miners waning a bit, NVIDIA GeForce and AMD Radeon graphics card availability at retailers has been improving in recent weeks as well as seeing less inflated prices than just recently had been the case. Given the better availability and stabilizing prices, here is a fresh look of the current line-up of GeForce and Radeon graphics cards under Ubuntu Linux using the newest AMD/NVIDIA drivers and also providing performance-per-dollar metrics given current retail prices.

This week we have delivered the first Linux benchmarks of the OpenGL/Vulkan graphics capabilities of AMD's new Raven Ridge desktop APUs with the Vega 8 on the Ryzen 3 2200G an the Vega 11 on Ryzen 5 2400G. Those tests have included comparisons to the integrated graphics capabilities of Intel processors as well as older AMD Kaveri APUs. For those interested in seeing how the Raven Ridge Vega graphics compare to lower-end Radeon and GeForce discrete graphics cards, here are those first Linux benchmarks.

Yesterday I posted the initial Ryzen 5 2400G Vega 11 Linux graphics benchmarks while for your viewing please today -- as well as this morning's 21-way Intel/AMD CPU Linux comparison that featured these new Raven Ridge APUs -- the results now completed are initial OpenGL and Vulkan performance figures for the Vega 8 graphics found on the Ryzen 3 2200G.

With the end of the year quickly approaching, here's a look at how the current AMD Radeon vs. NVIDIA GeForce GPU cryptocurrency mining performance is playing out for Ethereum Ethminer with OpenCL. Tests were done on 14 graphics cards using the latest drivers and in addition to looking at the raw GPU mining performance are also performance-per-Watt and performance-per-dollar metrics.

With the recent testing of the GeForce GTX 1070 Ti being our new graphics card up for Linux benchmarking as well as having a new NVIDIA Linux graphics driver release, hare are OpenCL benchmarks of 12 graphics cards using the latest AMDGPU-PRO 17.40 and NVIDIA 384.98 Linux drivers on Ubuntu x86_64.

Earlier this week I delivered the first NVIDIA GeForce GTX 1070 Ti Linux benchmarks where we even found this new GPU generally outperforming the Radeon RX Vega 64 with the current NVIDIA/AMD Linux graphics drivers. That testing was done with the Zotac GeForce GTX 1070 Ti Mini (ZT-P10710G-10P) while in this article are some more benchmarks and findings from graphics card that is one of the most powerful for its size.

Last week NVIDIA began shipping the GeForce GTX 1070 Ti graphics card as an offering at the $449 USD price point to undercut the Radeon RX Vega 56. Here are some benchmarks of the GeForce GTX 1070 Ti under Linux with the latest OpenGL/Vulkan drivers compared to Radeon RX Vega, the rest of the Pascal GPUs, and other graphics cards under a variety of different Linux gaming benchmarks with 12 cards in total being tested this round.

Continuing on in our fresh Radeon Linux graphics benchmarks in commemorating 10 years of AMD's open-source driver strategy with already showing how the driver compares to the old Catalyst/fglrx and Ubuntu 14.04 to 17.10 OpenGL tests, up next is an 18 way graphics card comparison of both old and new Radeon graphics cards while using the very latest Linux driver stack.

Following this week's Ethereum and OpenCL benchmarks with Radeon vs. NVIDIA using the latest Linux drivers, some premium supporters requested a fresh AMDGPU-PRO vs. ROCm comparison. So here are a couple of those OpenCL benchmarks of AMDGPU-PRO vs. ROCm on different Polaris / Fiji and Vega GPUs.

With Mesa 17.3 now having been branched for its stable release next month and that bringing much improved RADV Radeon Vulkan performance and more mature RX Vega support along with a ton of other improvements, here is a fresh comparison of the newest open-source Radeon Linux graphics driver code compared to the latest NVIDIA Linux driver on a range of graphics cards.

This morning I delivered the initial Linux processor benchmarks of the Core i7 8700K and Core i5 8400 for the just-launched "Coffee Lake" desktop processors. With these Intel "Gen 8" processors, the integrated "HD Graphics" from Kabylake have been rebranded to "UHD Graphics". While there wasn't any real changes architecturally to the graphics hardware, right now the Linux support isn't quite out-of-the-box.

Our Vega GPU benchmarks didn't stop after yesterday's Radeon RX Vega Linux review or open vs. closed driver comparison. This morning for your viewing pleasure is a fun comparison looking at how the Radeon RX Vega 56 and RX Vega 64 compare to several generations of the older Radeon graphics cards going back to the HD 2900XT (R600) graphics processor.

The Radeon RX Vega is shipping today and for Linux gamers this is a serious AMD offering for being able to handle modern Linux games. But it goes beyond that in the RX Vega launch easily being the most successful launch ever for a GPU backed by open-source drivers on launch day. I've been spending the past several days testing the Radeon RX Vega 56 and RX Vega 64. The RX Vega 56 is a very competent graphics card for $399 USD while those wanting to reach peak performance for Linux gaming on a open-source system can find the RX Vega 64 for $499 USD. The open-source support for Vega isn't without some initial setup hurdles and some growing pains along the way, but it's looking very good for launch-day and the best DRM+Mesa support we have ever seen at-launch for the premiere of a new discrete GPU architecture.

This week I ended up receiving the Radeon RX Vega 56 and Radeon RX Vega 64 from AMD. While the embargo on performance figures for the Radeon RX Vega series doesn't expire until Monday, the embargo expires this morning for "unboxing" these consumer Vega cards. I don't quite get those interested in the unboxing hype, but the Radeon RX Vega 64 box did get me smiling (aside from the card itself) for a small gesture.

Last week were the benchmark results showing how the open-source Radeon Linux driver is becoming increasingly competitive with NVIDIA's driver and is very competitive OpenGL-wise with the Radeon Software Windows driver. Here are some more NVIDIA and Radeon benchmarks today under Linux with each vendor's latest drivers using sixteen different graphics cards.

Here is an interesting OpenGL vs. Vulkan Linux benchmark comparison where I take two competing NVIDIA and AMD cards, the Radeon RX 580 and GeForce GTX 1060, and test the available benchmark-friendly OpenGL/Vulkan Linux games while doing these tests each on an Intel Celeron, Pentium, and Core i7 processors in looking at the performance scaling.

Given the recent release of ROCm 1.6 and this being the OpenCL stack providing the exclusive compute support for Vega GPUs and newer, I ran some benchmarks of ROCm 1.6 on the various supported Radeon GPUs and compared them to different GeForce graphics cards atop NVIDIA's latest Linux driver release.

Following last week's news about PCI Express 4.0 and 5.0, a Phoronix Premium member had requested some graphics card benchmarks when comparing PCI Express 1.0 vs. 2.0 vs. 3.0 performance under Linux.

With the Ethereum cryptocurrency generating lots of buzz recently due to its rising valuation and being excellent for mining on GPUs, here are some Ubuntu Linux benchmarks when testing many different GeForce and Radeon graphics cards with the Ethminer OpenCL support, including performance-per-dollar and performance-per-Watt metrics.

It's that time of the year where we see how the open-source AMD Linux graphics driver stack is working on past and present hardware in a large GPU comparison with various OpenGL games and workloads. This year we go from the new Radeon RX 580 all the way back to the Radeon HD 2900XT, looking at how the mature Radeon DRM kernel driver and R600 Gallium3D driver is working for aging ATI/AMD graphics hardware. In total there were 51 graphics cards tested for this comparison of Radeon cards as well as NVIDIA GeForce hardware for reference.

On Monday I posted a 28-way NVIDIA GeForce Linux GPU comparison for fun going from the GeForce 8 series through the high-end GeForce GTX 1080 Ti. For those not interested in OpenGL but more into OpenCL compute, these benchmarks are for you. With the GPUs I had available for testing from Fermi and newer, some fresh OpenCL benchmarks were carried out.