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Posts Tagged ‘amd’
FX-9590

AMD FX-9590 Overclocked Review

Introduction Back in 2013, AMD released a chip that had many scratching their heads. Between the abnormally high TDP and ridiculous price tag, everyone thought the company had lost their minds. In hind sight, it’s easy to see that AMD hadn’t found their new direction yet, and they were ensuring that a chip of this magnitude could be successfully handled in a consumer market. The good news about the 9590 is, in spite of being considered a failed launch, it still worked out to be a decent chip and it certainly opened the door for future releases with high TDPs. Energy efficiency kind of gets thrown out the window with overclocking, and an ultra-enthusiast version of Zen is something I would certainly look forward to today. Having followed this release for years now, the biggest thing that bugged me was only getting to see the limitations of the chip tested on 240mm AIOs. The question on my mind was, “Could someone get reasonably past the 5.0 GHz barrier if they had some uber cooling?” AMD was kind enough to send a sample my way and let me have a go at it. To be clear here, this isn’t just trying to reach 5.o GHz and run a couple of tests. The real test of the 5.0 barrier is if a user could run that as a 24/7 clock speed, and be able to do so with a fairly easily involving just a multiplier changes. With that in mind, let’s begin looking into how the experience went, the results of the tests, and just how worth it a 9590 would be for the ...



AMD Fx

Is the New AMD Right Around the Corner?

Rumors are flying everywhere about Polaris, Pascal, Zen and even Kaby Lake. While I love following the rumors, not much is being leaked that gives a concrete idea of performance, price, etc. What is catching my eye is what AMD is doing right now. Last week gave us the release of the 16.3 drivers. The release schedule on these drivers is certainly improving, but what really caught my eye was some of the fixes. The bug list is getting smaller and that’s the kind of improvement enthusiasts like to see in drivers. We have to wait for Polaris and Zen to know if AMD’s financial future will look brighter in the years to come, but the things I’m seeing now indicates that they are already turning things around for the better. I already touched on the 16.3 Crimson driver, but I will elaborate further on that. The bug fix I’ve been closely watching is one that involved AMD GPUs losing their clock speed settings during use. This is kind of a big deal and I was fairly certain this was affecting those who were overclocking their video cards. March’s driver fixed that issue and it’s off the list of known issues. In fact, the known issues seem pretty minor now, with most issues related to new game releases. There is the issue of the Gaming Evolved app causing games to crash that I’m hoping get’s resolved soon, but that’s mostly because it keeps crashing my WoW. At least it’s easy to close for temporary fix but for those who use...



The AMD FX 8370 with WRAITH COOLER!

AMD’s new Wraith Cooler and a SURPRISE!

Introduction It’s always nice to receive a surprise in the mail, especially the kind where you were expecting one thing, and got so much more. AMD managed to surprise me in this way this January! As it happens, Josh (in the normal course of things), throws out to the reviewer pool opportunities to review the odd piece of hardware that a vendor has offered to let us review here at PureOC. People volunteer, and through some magic, Josh picks a reviewer. In this case, the hardware in question was a low profile cooler called “The Wraith Cooler” from AMD. I suppose I should have realized that this was AMD specific hardware given the manufacturer, but I’ll be honest, I saw low-profile, nearly silent, and thought “Me! Me! Me!” and threw my proverbial hat into the review ring. Josh cast his magic spell, shook his magic 8 ball, or whatever, and I received the nod. Joy! Color me excited! I’m going to get to review a low profile cooler! My thoughts immediately shift to the planning stage, and off I go. Now, keep in mind the Northeast had been snowed in for a few days, and packages had been delayed. So this gave me plenty of time to consider my approach. I’d open up the Pandora containing my i5, remove the Noctua low profile cooler, and install the Wraith, and then do some comparatives. Easy. And the Wraith sounded kinda sexy too. I Love the Noctua, but the fans… that beige and brown theme just isn’t my favorite… So. I ...



Hitman Taking a Contract on Asynchronous Shaders

AMD has been talking up the Asynchronous Compute Engines pretty much since DirectX 12 has been announced. In short, these are hardware components in AMD GPUs that can hopefully be leveraged to add significant performance in games. We’ve been waiting for the final say for some time and while certain Beta releases have shown some promise, it’s only official releases that will not only prove the benefit of Asynchronous Shaders, but will also help determine how legit DirectX 12 is for being the next big thing for gaming. AMD just shared some info that Hitman has been working specifically with them to take advantage of their Asynchronous Shaders and it looks like we have about a month before the official release date. Whether or not Hitman is your kind of game, this will certainly be a big moment in the PC gaming industry. So keep your eyes peeled because March 11th is the official release day for Hitman and I’m sure tech sites will be looking into the performance with DirectX 12 and various AMD and NVIDIA GPUs. Below is the full statement from AMD. AMD is once again partnering with IO Interactive to bring an incredible Hitman gaming experience to the PC. As the newest member to the AMD Gaming Evolved program, Hitman will feature top-flight effects and performance optimizations for PC gamers. Hitman will leverage unique DX12 hardware found in only AMD Radeon GPUs—called asynchronous compute engines—to handle heavier workloads and better image quality with...



AMD Releases a Desktop Processor Update

At this point, refreshes on old architecture is becoming even older news. Zen is getting closer and closer with each passing day, but in the mean time AMD is trying to keep some refreshes coming our way so that sales won’t completely stagnate until their whole line-up gets a much needed refresh. In looking at these releases, it’s not the products themselves that piqued my interest, but certain changes that indicate good things about Zen. Let’s look at two in particular. The first thing I liked was the 8370 being offered slightly cheaper without the Wraith cooler. For serious overclockers, even a stock cooler as nice as the Wraith is something we’ll never use. If AMD starts offering chip-only packages that save the buyer a few dollars that can go towards the high end cooler of choice, that’s a great deal for enthusiasts. I understand that this could also lead to some headaches when certain buyers don’t pay attention to what they’re getting, but I hope it’s something that becomes a trend with upcoming releases. The second thing I liked was an impressive amount of power savings on a new APU coming up. The A10-7860K is replacing the 7850K, but even with the same CPU boost frequency and a higher GPU frequency, the chip is only rated at a low 65W TDP. Saving 30 watts in power consumption is impressive considering the stats and it makes me think think that between this and the demo at CES, AMD’s next GPU lineup is going to m...



AMD CES 2016 (2)

AMD Displays the Brightest Display Future I’ve Seen at CES 2016

4k is all the rage these days. Everyone is trying to get a single GPU to be able to play 60 FPS on a 4k display with modern titles. But what if I told you that you really don’t need 4k? You’d probably be asking me to show you the red and blue pills as well. The reality though is that in spite of all the 4k resolution displays and high definition VR experiences I saw, the thing that impressed me the most was a simple 1440p display that was absolutely gorgeous to look at. Oh, and I got to find out about some new CPUs and stock coolers as well. Let’s start out with this notion of unnecessary 4k resolution. There are two main details in display technology that are integral to a better viewing experience and I’m going to try to sum them up as basically as possible, with the understanding that I was able to muster. First, the display has to be manufactured as HDR. Simply put, it means that the display gives the widest range possible from lights and darks. OLED screens are great at this because they can dim individual pixels, hence the “High Dynamic Range” (HDR), so darks and lights contrast well. Also, the TV has to be programmed to support HDR so that it can properly display it. If this sounds difficult, this technology is actually already part of numerous displays in production from companies like LG. However, there is one other key component. Most pixels are designed to create colors using the RGB spectrum, but this standard has been around...



AMD Updates the Price of the Fury Nano to $499

The Nano was quite an interesting release from AMD. The small form factor and power efficiency made it a great fit for mini-ITX systems, but the performance was surprisingly close to the full-fledged Fury X cards. It’s a hard card to beat when compared to other small cards, but the price was still at a premium side. Now the price is not only much better for the Nano, but it’s at a very competitive point for other full sized cards as well. AMD just announced that the Nano will dropped to $499 and that’s a great price for this card. It puts it at a very competitive point with the GTX 980 but the 980 isn’t going to easily fit in a small system. This is an interesting move from AMD but I have to admit, I think consumers are going to eat this one up. Check out the AMD link below for more details on the R9 series and there’s a Newegg link so you can easily keep track of when those prices hit the retail space. http://www.amd.com/en-us/products/graphics/desktop/r9 http://www.newegg.com/Product/ProductList.aspx?Submit=ENE&IsNodeId=1&N=100007709%20600566293



Gigabyte G1 990FX (1)

GIGABYTE has a New 990FX Motherboard!?! GA-990FX-Gaming

UPDATE: As requested, here’s an update about the availability of the GA-990FX-Gaming since it just showed up for sale. Links below. http://www.newegg.com/Product/Product.aspx?Item=N82E16813128886 http://www.amazon.com/gp/product/B019C3S2CS/ref=s9_simh_gw_g147_i1_r?pf_rd_m=ATVPDKIKX0DER&pf_rd_s=desktop-1&pf_rd_r=0K6H28YZ47R31PRV6DY5&pf_rd_t=36701&pf_rd_p=2079475242&pf_rd_i=desktop I spend far too much time scouring the internet for anything hardware related. As it is, I see a lot of comments from people asking why nobody is coming out with better FX series motherboards, especially with the 9590 having been out for quite some time now. To be fair to manufacturers, nobody wants to invest too much in a chipset that is on the verge of being obsolete. This makes what GIGABYTE is doing all the more confusing but I think I can shed some light on what’s really going on. Between certain supply issues and what amounts to a surprisingly high demand, GIGABYTE may be positioning themselves as a sole contender with the release of the GA-990FX-Gaming. First, let’s talk about what could be bringing this on. Both ASUS and GIGABYTE are experiencing about a 10% drop in their motherboard sales. Most of the time when this happens, everyone is quick to point out that desktops are going to fail and be replaced by the all-powerful tablet (seriously?). But there are other factors attributing to a possible rise with AMD, namely, Skylake. INTEL really missed the...



Radeon Technologies Group

AMD has a Response to Gameworks with GPUOpen

We all want better graphics in games, but we like those improvements to not utterly destroy our framerates. We’re beginning a new era of PC gaming that is bringing better performance from a software side, rather than completely relying on GPU manufacturers to make beefier chips. NVIDIA GameWorks is an API released in 2014 that was not only supposed to give developers better hardware control, but also offer some rich features for better graphics in game. Unfortunately, the results led to some performance hits in various situations causing varied opinions of the benefit. Now AMD is finally responding with there own developer tool called GPUOpen. AMD seems to be stepping up their game big time and I think GPUOpen will end being a great thing for PC Gamers. As the name implies, GPUOpen is open source, which means there will be a lot more minds trying to optimize the features for performance, as well as being able to share the code without repercussion. This is a good way to bring developers on board with AMD, and should help with some of the disparity we’ve seen in performance from NVIDIA and AMD GPUs from certain game titles. The other interesting thing about GPUOpen is what it could mean for console ports. Radeon Tech is in just about every console right now, but particularly the XBox One and PS4. If the developer tool makes porting to PC that much easier, we may see more console exclusives make their way to PC since development costs can be a major detractor. S...



GF TSMC

What does FinFET mean for Gamers?

There’s a ton of leaks and rumors circulating about the AMD Arctic Islands and NVIDIA Pascal GPUs slated to release next year. Right now, it’s hard to get too excited about anything. Don’t get me wrong, I believe the new releases are going to be phenomenal, but we’re so early before the release of these products that any actual performance numbers are still a long ways off. However, there are still a couple of pieces of information being leaked that are intriguing and quite frankly, should be getting gamers very excited about the games of 2017 and beyond. FinFET is a new process that helps shrink the size of the transistor to 14nm or 16nm. Both TSMC and Global Foundries have managed to get their processes mature enough that they can begin mass production shortly, but we still have to see how good the yields are for determining what the cost of the new GPUs will be. Since graphics cards have been stuck on the 28nm process for quite some time now, it makes sense that efficiency and performance are going to improve significantly. While AMD is claiming double the performance per watt, that can mean little until actual gaming performance is measured. Many times, that double per watt slogan can translate into something quite a bit less than what it sounds like. However, the other factor is the massive amount of transistors that can be squeezed into one die as a result of the shrink. The flagship chip should contain up to 18 billion transistors, over do...



Radeon Technologies Group

AMD FreeSync is Advancing, Adding New Features

The evolution of AMD FreeSync AMD is enabling FreeSync support over HDMI in early 2016, making smooth gaming experiences more accessible to everyone. FreeSync through HDMI will be supported on all AMD APUs and GPUs that already support FreeSync via DisplayPort, and AMD is working with ecosystem partners including LG, Samsung and Acer to deliver FreeSync over HDMI-compatible displays. Potential use cases include: More affordable mainstream monitors, 70% of which lack a DisplayPort connector External monitors for notebooks with an HDMI port connected to FreeSync-ready Radeon graphics AMD is also introducing the first notebook with a validated AMD FreeSync panel, the Lenovo Y700, which is exclusively available from Best Buy USA starting at $899. The Lenovo Y700 features the AMD FX-8800P “Carrizo” APU and Radeon R9 M380 Graphics with a direct drive LCD display and a 40-60Hz dynamic refresh range. AMD and its partners have now announced or shipped 40 displays across the DisplayPort and HDMI interfaces, making AMD FreeSync the world’s foremost dynamic refresh technology by 2:1. High Dynamic Range (HDR) compatibility As consumers start to demand higher-quality monitors, HDR technology is emerging to set an excitingly high bar for overall display quality. HDR panels are characterized by: Brightness between 600-1200 cd/m2 of luminance, with an industry goal to reach 2000 Contrast ratios that closely mirror human visual sensitivity to contrast (SMPTE 2084) And the Rec.2020 col...



AMD Launches ‘Boltzmann Initiative’ to Dramatically Reduce Barriers to GPU Computing on AMD FirePro™ Graphics

AMD Launches ‘Boltzmann Initiative’ to Dramatically Reduce Barriers to GPU Computing on AMD FirePro™ Graphics New Tools Target an Unprecedented 28 Teraflops of Processing at Less Than a Kilowatt by 2016 AUSTIN, Texas 11/16/2015 Building on its strategic investments in heterogeneous system architecture (HSA), AMD (NASDAQ:AMD) announced a suite of tools designed to ease development of high-performance, energy efficient heterogeneous computing systems. The “Boltzmann Initiative” leverages HSA’s ability to harness both central processing units (CPU) and AMD FirePro™ graphics processing units (GPU) for maximum compute efficiency through software. The first results of the initiative are featured this week at SC15 and include the Heterogeneous Compute Compiler (HCC); a headless Linux® driver and HSA runtime infrastructure for cluster-class, High Performance Computing (HPC); and the Heterogeneous-compute Interface for Portability (HIP) tool for porting CUDA-based applications to a common C++ programming model. The tools are designed to drive application performance across markets ranging from machine learning to molecular dynamics, and from oil and gas to visual effects and computer-generated imaging. “AMD’s Heterogeneous-compute Interface for Portability enables performance portability for the HPC community. The ability to take code that was written for one architecture and transfer it to another architecture without a negative impact on per...



DirectX 12

DirectX 12 is a Great Thing for AMD

And everyone for that matter! But let’s not harsh on my sacrifice of proper grammar for stylistic writing when we can focus on good things from DirectX 12. I’m a firm believer that by the end of next year, DirectX 12 and Vulcan are going to be taking the gaming world by storm. I got a chance to play around with Fable Legends and the graphics were down right amazing! Techspot recently did a comparison of DirectX 11 and 12 to show the FPS gain from a couple of different configurations in Ashes of the Singularity. While the improvements were nice overall, there were some particular gains with FX CPUs that I’ve been waiting to see for quite some time now. Let’s start with the bad news. DirectX 12 is not Bulldozer’s salvation. If anything DirectX 12 is the final nail in that coffin, in the sense that new architecture is long overdue. Shifting away from single-thread performance was never a good move. I still believe AMD was on the right track in that we needed to move to more utilization of multi-threading, especially in gaming, but that shouldn’t have been at the sacrifice of single-thread. Zen is looking to solve these issues, but these initial results are showing an 8350 struggling to keep up with an i3. Even though the i3 is later gen, we’re still talking about a low budget range CPU beating out an enthusiast one for gaming. Now that we got that out of the way though, let’s get on to the good news for AMD. We still have only o...



Radeon-Software_Press.FINAL_

Why I think AMD is Turning it Around, and it’s not the Reason You’d Expect

Let’s face it. If you’re a full time news and editorial writer, then you want to cover every bit of info you can find without missing a beat. On the other hand, if you’re like me, then you have to balance your passion for computer hardware with a full time job, a wife, kids, and the other normal things that come your way. AMD has been pumping out some interesting news, but there hasn’t been enough concrete things that I could find the time to put enough thoughts together on. However, there are enough small things going on that I think it’s time to go over them. AMD seems to be heading in the right direction with their upcoming CPUs and GPUs, but there’s one thing that really caught my attention that encouraged me about Red’s potential to turn their fortunes around next year. Zen is the major thing everyone is hoping will bring AMD back from the brink. The new architecture combined with the new cache design seems to be showing a lot of promise. Nobody will argue with a 40% IPC gain and if the chips overclock decently, Zen could be a major win. Recently, news came out showing that the new design met AMD’s expectations and no serious bottleneck occurred in testing. This makes you wonder how much AMD knew about Bulldozer’s bottlenecks and how hard they tried to overlook them. With Global Foundries recently saying that their manufacturing process seems to be up and running, Zen looks like it’s going to be on track as w...



Intel Skylake

Not Upgrading to Skylake could be Worth the Wait

Some people out there don’t understand what waiting to upgrade means. The rest of us know that once we sink a few hundred dollars into a nice upgrade, we aren’t putting anything new in our computers for a while, possibly even years. Skylake has been a great release with the return to good overclocking and some amazing chipset features on the Z170 boards, but if you’re still on the fence about whether to upgrade or not, there could be one good reason to hold out for just another year. In case you haven’t noticed, memory is in a state of flux. You may be thinking that DDR4 isn’t that big of a deal, and you’d sort of be right. Where memory is making huge improvements is in graphics cards, storage and caches in CPUs. The ability to 3D stack memory chips on top of one another is revolutionizing the way typical computing handles various memory work loads by exponentially increasing bandwidth. In the case of Skylake, the architecture is doing a great job, but the CPU cache is made up of the same ole’ same ole’. Broadwell didn’t get as much attention as Skylake because on an enthusiast level, it was pretty difficult to overclock. However, Broadwell introduced us to 128 MB of eDram in the L4 cache. If the number doesn’t blow you away on it’s own (128 MB of L4 cache!!!), the fact that the i7 5775C outperforms the 6770K in gaming performance should be enough to get your attention and I’m not talking about the int...






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