Items tagged with (NASDAQ: AMD)

2020 has been a year marked by a few major tech acquisitions and AMD has recently jumped on this trend. AMD just announced that it will acquire Xilinx for $35 billion USD. This acquisition increases AMD’s total addressable market (TAM) to $110 billion. Rumors about AMD’s acquisition of Xilinix had been swirling earlier this month. Xilinx was founded in 1984 and the company is well known for its FPGA (field programmable gate array) chips, programmable system-on-chips (SoCs), and adaptive compute acceleration platform (ACAP). Xilinx products are used in everything from consumer items to aerospace and defense technology. AMD and Xilinx claim that they have complementary products that... Read more...
With AMD's second-generation Ryzen CPUs set to land on April 19, we're beginning to see the inevitable flood of supporting motherboards coming from AMD's close partners. As has become tradition, ASUS has plenty of boards to choose from, right out-of-the-gate. That includes five boards from ASUS' Republic of Gaming series, and another under the TUF brand. The flagship in this new line-up is the ROG Crosshair VII Hero, which features a second SKU that adds Wi-Fi into the mix. As the flagship, this board has all the bells and whistles, and generally speaking, it's likely to be the best suited for those with grand overclocking ambitions. The Strix takes the ROG featureset to a more affordable level,... Read more...
If you're planning to go the Ryzen Threadripper route with your new build, but haven't yet settled on a motherboard choice, Gigabyte has thrown yet another option onto the pile. While most Threadripper motherboards released up to this point are noteworthy in their own right, the new X399 DESIGNARE EX does manage to stand apart from the crowd. First, let's start with the aesthetics, which are downright awesome on this motherboard. The vast majority of Threadripper boards released thus far have stuck to a very black or dark aesthetic, whereas with its DESIGNAIRE EX, Gigabyte lightens things up a bit. It gives us a nice blend of silver-on-black, with a splash of color added by way of RGB LED over... Read more...
At its launch, one of the most common complaints about AMD's Radeon RX Vega cards was their reference cooler, and in particular, its weak cooling performance. Reference coolers are rarely that impressive, but it was especially true with a powerful GPU like Vega. Immediately, people yearned to see what companies like Gigabyte would release to one-up that reference design. It didn't seem likely at first that Gigabyte was even going to release its own variant of the Vega 64, but lo and behold, it's happened. What you see below is the company's GAMING OC, sporting not just two large fans, but a large overall chassis. This GAMING OC card is much taller than the reference design (1-1.5", it appears),... Read more...
For ages, a 1ms response time has been the de facto standard for serious gamers, although we think most would agree that up to 4ms isn't too bad. 8ms is outright ridiculous. Well, both 4ms and 8ms seem real lackluster when compared to AOC's upcoming offerings: a couple of monitors sporting a 0.5 ms response time; or in other words, a response time that's 1/2,000th of a second. Whether or not most gamers would even notice the perceived difference between 1ms and 0.5ms is hard to gauge, but many serious gamers are likely to take this kind of release seriously simply because every little bit helps. And, this AOC duo sports other features that make them seem downright impressive. Both of these monitors,... Read more...
Hot on the heels of the launch of one of the most disruptive CPUs in recent memory, G.SKILL has announced that it has a full complement of 32GB+ memory kits that will perfectly suit AMD's latest high-end platform, Ryzen Threadripper (read our full review). When Ryzen first launched earlier this year, hitting even DDR4-3000 seemed like it required luck, but AMD's Zen platforms as a whole have matured a lot since then, hence the reason that G.SKILL is now offering a super-fast DDR4-3600 kits for those looking to maximize their overall system performance, not just the memory (AMD's Infinity Fabric bus directly benefits from faster memory). Both DDR4-3466 and 3600 kits are being made available with... Read more...
Over the weekend, we talked about an issue surrounding AMD's Ryzen-based processors on Unix-based OSes. Today, we learn a lot more about what's going on, as well as which products are actually affected. But first, let's get the upside out of the way: this bug is rare, and requires very specific conditions. The vast majority of users are not going to experience an issue, but it's at least an issue to be aware of. With almost comical timing, SMT issues surrounding both FreeBSD and Linux were outed at around the same time, although it's now been confirmed that the issues are different. Through exhaustive testing, Phoronix discovered that Ryzen under Linux will segfault up and down if a handful of... Read more...
It's starting to look like there's an inherent bug with AMD's Zen-based chips that is causing issues on Unix-based operating systems, with both Linux and FreeBSD confirmed. The bug doesn't just affect Ryzen desktop chips, but also AMD's enterprise EPYC chips. It seems safe to assume that Threadripper will bundle it in, as well. It's not entirely clear what is causing the issue, but it's related to the CPU being maxed out in operations, thus causing data to get shifted around in memory, ultimately resulting in unstable software. If the bug is exercised a certain way, it can even cause machines to reset. The revelation about the issue on FreeBSD was posted to the official repository, where the... Read more...
There's a whole lot of excitement surrounding AMD's Ryzen Threadripper, which is widely expected to be the most potent weapon that AMD's had to do battle with against Intel on the enthusiast desktop in quite some time. Ryzen 7 helped secure AMD's mainstream positioning, whereas Threadripper pits the new architecture versus the top-end of Intel's stack - such as Core i9 Skylake-X. As we've covered previously, AMD's top-end Threadripper is the 1950X, priced at $999. This 16-core chip offers 32 threads, while the 1920X, priced at $799, shaves 25% of the cores and threads off. While the 1950X gives us the first consumer 16-core, the 1920X likewise gives us the first consumer 12-core. We're still... Read more...
Can you feel that excitement in the air? We're of course talking about one of the most anticipated PC hardware launches of 2017: AMD's Ryzen Threadripper processors. Ryzen's launch in March was an important one for AMD, as it proved to the world that it was once again competitive with Intel, but now that that's over and done with, AMD's is moving onto the next thing. That happens to be hitting Intel where it really hurts: lucrative top-end enthusiast chips. While Intel's current top-end Skylake-X chip, i9-7900X, boasts 10 cores and 20 threads, AMD's top Threadripper chips are going to deliver 6 additional cores, and likewise, 12 additional threads - and sell it for the same $999 MSRP. Even if... Read more...
Are you planning to go the AMD Ryzen route with your new build and want a motherboard that gives it the "high-end foundation it deserves"? If so, ASUS has got the board for you, with its new Crosshair VI Extreme. The Crosshair VI Extreme is built around AMD's top-end X370 chipset and boasts aesthetics that any enthusiast should be pleased to see gracing the inside of their build. Want LEDs? Don't fret: this board is littered with them, and as an added bonus, there's a new header that allows you to use strips with per-LED color control. Tying into the RGB love, ASUS' Aura SDK can be adopted by any hardware vendor that wishes to support its ecosystem, ultimately giving owners the ability to... Read more...
Ever since AMD launched its Ryzen processors for the desktop, many security conscious users have pleaded with the company to open source its PSP - no, not the portable console, but rather its "Platform Security Processor". This chip is found on most AMD platforms from 2013 on, and behaves much like Intel's Management Engine does: it offers simple low-level access to the computer. Both AMD and Intel share the same message about these unique chips; they are there to keep us protected. Because the OS can't see what the PSP or IME is doing, though, the user will likewise be oblivious to the chip's actions. That might not matter much if the chip keeps our machine more secure. However, what happens... Read more...
All major Linux kernel releases carry a handful of special updates, but there are some that are still a lot more notable than others. Linux 4.12 is one of those kernels, with even Linus Torvalds stating that it's one of the "bigger releases historically". A big reason for that? Well, for starters, it include introductory AMD Radeon Vega support. This comes hot on the heels of AMD unleashing its Vega Frontier Edition to the world, and close to a month before the consumer variants launch at SIGGRAPH 2017 in Los Angeles. AMD's Vega architecture is now supported in Linux - to some extent It's important to note that this is truly introductory Vega support. Phoronix's Michael Larabel notes that with... Read more...
It feels a little weird to write about performance results for AMD's EPYC processors and not have to tie the word "leak" into it. As we covered just last week, AMD has finally unleashed its hugely anticipated EPYC processor line for the server market, and to say it's long overdue would be a gross understatement. There is no doubt that Ryzen is important for AMD's desktop aspirations, but EPYC is hugely important for its chance to steal back enterprise market share from Intel. Today, we get a glimpse of some of what EPYC can deliver, as some results have hit SiSoftware's Sandra repository. The EPYC model tested was AMD's current top-end, the 7601, which boasts 32-cores, 64 threads, and perhaps... Read more...
Who doesn't love getting a little bit more than what they paid for? If you're a Radeon RX 480 owner, you might just be able to experience such a gift, as it's been discovered that a simple BIOS flash is all it takes to turn that card into a brand-new RX 580.  A user over at techPowerUp tried his hand at flashing a BIOS pulled from a Sapphire RX 580 Limited Edition and applying it to his own card. Lo and behold, it worked without a hassle. Now this user gets to enjoy a performance boost of about ~5%. As with all things of this nature, your mileage is going to vary. If you don't mind trying your hand at a BIOS flash, and already own an RX 480, it won't be hard to find out if your card is going... Read more...
It's no secret that AMD loves virtual reality, with many folks at the company exhibiting real passion about its possibilities in the future. The sky's the limit, as they say -- or it at least it could be once we figure out what we can do about those pesky cables! If a survey was conducted among HTC Vive and Oculus Rift owners, we'd no doubt hear back that most people would rather get rid of their cables more so than they'd like to see other upgrades. When you're worried about tripping over cables, or worse, need a dedicated cable handler, it can begin to suck the fun out of VR immersion. Current VR tech is great, but ugh, the cables! AMD, and its CTO Mark Papermaster, understands this all-too-well,... Read more...
AMD's new Ryzen processors offer a plethora of performance and efficiency benefits over the company's previous generation chip architecture, and even compare favorably against its well-prepared competition -- namely Intel. However, Ryzen's launch wasn't exactly flawless, as the platform was in need of some refinement. Today, the situation is a lot better, but there is always room for improvement. AMD agrees, and since the minute Ryzen launched, it's been hard at work making sure the platform as a whole is running at its best. At launch, it was found that Ryzen didn't perform favorably in 1080p gaming compared to Intel's processors, and while part of that could be attributed to Ryzen's slightly... Read more...
Not long after AMD released the first Ryzen processors to market a few weeks ago, a strange bug involving FMA3 instructions (an extension to 128-bit and 256-bit SIMD instructions that performs fused multiply-add floating point math operations) was discovered. If you were to trip over this bug yourself, its effects would have been impossible to ignore: your entire AMD Ryzen-based system would crash. This was a digital roadblock of epic proportions for certain applications and benchmarks that make use of the floating point math. Even if you don't have a particular use case that makes use of FMA3, some benchmarks will take advantage of the instruction set, and could likewise be used to induce a... Read more...
It has been rumored that AMD's next-gen mainstream GPUs, the RX 500 series, would be launching during the middle of April. But despite the fact that April is right around the corner, few real specifics have leaked out thus far. That changes a bit today, as we now learn that the entire RX 500 stack will make use of varying versions of next-gen Polaris GPU architecture. The top-end RX 580, which will replace the first-gen Polaris-based RX 480, would be based on Polaris 20 XTX. If that "XTX" sounds familiar, it is because AMD previously released GPUs under that moniker, including the X1950 XTX from over a decade ago. Some other cards have had XTX in their code name, like the 2013-era R7 260X built... Read more...
There's a lot about AMD's upcoming RX Vega series of GPUs that we don't know about, but one thing's certain: the hype has blown up to extraordinary levels. Today, we have more fuel for that fire, in the form of OpenCL compute benchmark result that shines an unknown AMD GPU in a great light. CompuBench has a name that leaves nothing to the imagination: it's a compute benchmark. While most GPU benchmarks test out gaming and 3D graphics capabilities of a GPU in gaming APIs, CompuBench tests them with a computational focus, with the results potentially useful to those working with GPUs for medical, energy, workstation rendering and complex research subjects. The result of particular interest... Read more...
It's hard to believe that we're mere days away from the official launching of AMD's first Ryzen processors. It's been a long wait, but an even longer one if you think back to a time when the world got this excited about a new CPU launch. To call Ryzen "disruptive" even before launch seems apt, but all we can do right now is wait for the reviews to go live (and of course here at HH) to see just how well it will perform under pressure. With all the benchmark leaks and AMD teases that we have seen regarding Ryzen so far, it should come as no surprise that Intel should be concerned about how this will affect the sales of its processor lineup. So, what we're seeing now are a bunch of... Read more...
If you're finding that your excitement level is Ryzen, then you've clearly been reading the many rumors swirling around the highly anticipated processor family right here at HotHardware. While it's largely expected that AMD will be releasing its first chips soon, that sure doesn't mean that the rumormill is going to be taking a break over the next few weeks. Earlier, Paul wrote in depth about Ryzen's die shot and cache structure, which came hot on the heels of a week full of other juicy information. That includes a hint of AMD undercutting Intel's just-launched Kaby Lake processors, word of a huge launch event next week, and not to mention outstanding performance of the Ryzen 7 1700X chip when... Read more...
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