The Amd Radeon R9 Fury was released earlier this year as the new flagship GPU from AMD. Featuring 8GB of VRAM, 1TB/s of memory bandwidth, and HBM memory technology, the AMD Radeon R9 Fury boasts some of the fastest performance available in a single video card. In this respect, the card is difficult to review as it has required a substantial investment in the research process to understand the implications of HBM fully. The architecture is analogous to the Tonga GPU in the R9 285 solution. With all these powerful specifications and designs. Let’s dive deeper into the R9 Fury and see how it compares to other GPUs on the market today.
Overview of AMD Radeon R9 Fury:
The Radeon R9 Fury is one of several new graphics cards that have come out recently as both AMD and Nvidia try to push higher resolutions like 4K. The biggest drawback with high-resolution gaming was always the frame rate. With a single-card setup, it’s possible to get around 30 frames per second at 4K resolution with decent detail. With multiple cards. You can raise that to over 60 FPS, but there are many reasons why this card is better than others.
For one thing, if your video card breaks down for some reason, you only lose half your power instead of all of it. Games that support multi-GPU setups also tend to keep much more detailed visual settings because they know they don’t need to be optimized for a particular hardware configuration. And finally, if you want to play games in 4K but don’t have a big enough monitor or room for an ultra-HD TV in your home office/man cave/gaming den/etc.
Benefits of Amd Radeon R9 Fury:
AMD Radeon R9 Fury is better than any other graphic card in its category. You can tap into revolutionary gaming technologies like Virtual Super Resolution (VSR) to get more detail out of your 1080p games—at 1440p or smooth 4K gameplay with AMD Free Sync TM technology. And revolutionary HBM memory technology drives down power consumption while delivering higher bandwidth. You’ll get more performance out of your GPU at lower temperatures and keep your graphics card cooler.
The AMD Radeon R9 Fury Edition is a powerful graphics card. With 2200 MHz on tap, it has enough processing power to render high-definition gaming. In addition, its memory can go up to 4 GB, so those of you who like playing games in large environments can do so without any problems. It also supports liquid cooling, which allows for more extended gameplay by keeping your video card always running cool.
The AMD Radeon R9 Fury’s 1080p benchmarks also established an early lead over Nvidia’s GeForce GTX 980. The Radeon beat its rival in almost every test; it fell behind only in Battlefield 4. Even then, the Radeon’s result of 85fps was only one frame behind the Nvidia card and still easily playable. The AMD R9 Fury X was an air-cooled design that features a radiator like what you would find on any mid-range or high-end CPU cooler, such as Cooler Master Hyper 212 Evo.
The Radeon R9 Fury, on the other hand, has no cooling fans or radiator; instead, it features water cooling right out of the box. In other titles at 4K, the Fury provided the playable frame rates that the GTX 980 couldn’t. Its 29fps average in Crysis 3 is just about playable and far more convincing than the 23fps scored by the GTX 980. In Battlefield 4, the Fury’s 32fps average is the right side of 30fps and four frames better than the Nvidia GPU.
High Bandwidth Memory:
The Amd R9 Fury die also now surrounded by four stacks of HBM memory amounting to 4GB. The AMD Radeon R9 Fury is the first consumer GPU to feature HBM, which AMD says will help overcome the limitations of GDDR5 memory. HBM has several advantages over GDDR5 memory, including high bandwidth and packing more data into a single frame buffer. HBM is significantly faster than GDDR5 memory; each stack can achieve around 128Gbps compared to around 32Gbps for GDDR5.
The 4GB capacity in Fiji means there’s 512GB/s of bandwidth available. In its first technology debut, AMD may have decided to go with four stacks of 1GB HBM. But we could expect future generations of cards to sport larger HBM capacities, either by utilizing larger DRAM dies per stack or increasing the number of stacks. After all, the numbers game is never at a standstill.
A Premium Body:
If we put aside performance numbers for a second, the R9 Fury Tdp has a clear advantage over the reference GeForce GTX 980 Ti. AMD has built a seriously premium-looking card with a closed-loop liquid cooling solution. This is where you must start talking about a competing product from Nvidia. But it costs less than AMD’s flagship. In contrast, these are both premium cards in terms of build quality. Because it can feature four hex screws that can be removed to swap out the faceplate. AMD is letting your 3D print a replacement plate with your custom design. And you can download the 3D printing model here. Enthusiast PC builders are big on customization, and we think it’s great that AMD is making it possible for users to personalize their cards.
The Radeon R9Fury X came in behind the NVIDIA GeForce GTX 980 Ti and Titan X in synthetic 3DMark benchmarks. This is a bit surprising, given that it’s based on a newer architecture than either of those cards. It appears that some optimizations need to be done with Fiji-based GPUs before they can perform. As well as Hawaii-based GPUs when it comes to synthetics like 3DMark 2013. However, in real-world gaming scenarios. However, the performance difference between the top three cards narrowed in the more graphically taxing Fire Strike Extreme (2560 x 1440) and Fire Strike Ultra tests. This makes sense as the Fury X has supposedly geared toward performance in higher resolutions.
Middle earth: Shadow of Mordor
The Radeon R9 Fury X has a relatively strong showing in Middle earth: Shadow of Mordor. A game that can chew up quite a lot of graphics memory. At a resolution of 2560 x 1600 and Ultra settings, the Fury X edge out all the other cards to take first place. It’s worth noting that Middle earth: Shadow of Mordor is relatively light on texture detail at 1440p resolution. The game still looks good, with increased texture quality. But adding a ton of extra points isn’t necessary on an average GPU with a 2560 x 1600 resolution. However, the GeForce GTX Titan X came out ahead at the higher resolutions.
Even though R9 Fury Tdp was first released, Crysis 3 continues to punish graphic cards. And serve as quite a demanding real-world benchmark. At the same time, we used to test with all settings set to their maximum values. The third installment of Crysis was a launch title for both consoles. But it’s only on a PC that you can run it at the correct maximum settings. Even then, you can still enjoy Crysis 3 by dialing down your graphics details to medium. The best part is that you don’t need a graphics card to enjoy Crysis 3—AMD’s previous-generation Radeon HD 7950 will have no problem hitting 60 fps in most areas.
Temperature and Power Consumption:
Operating temperatures are where the Radeon R9 Fury X finally has a chance to shine. The Fury X leaves the other cards in the dust with its closed-loop liquid cooling solution and Gentle Typhoon fan. Of course, air and liquid cooling are in different leagues, but that shouldn’t detract from how good a reference cooler AMD has designed.
The big question is whether AMD’s efforts in thermals will have any impact on power consumption. If you recall, AMD hit its 275W target TDP with a 250W board design. The results are interesting: compared to GTX 980 Ti, GTX 980, and even TITAN X, Fury X consumes more power while idling. Furthermore, it consumes roughly twice as much juice under load versus GTX 980 Ti.
Should I buy the AMD Radeon R9 Fury?
AMD Radeon R9 Fury can comfortably beat the GTX 980 benchmarks, but it can’t match the GTX 980 Ti and Fury X for performance. If you want a graphics card playing games at 4K, you need something faster than a Fury. You also need to factor in cooling costs if you don’t already have a high-end air cooler or liquid cooling system. The AMD Radeon R9 Fury is an impressive piece of hardware. But its price tag puts it out of reach for many people who might otherwise be interested in buying one. If your budget allows for it, though, it a try—it’s one of the fastest graphics cards on earth right now.
AMD’s Graphics Architecture may not sound like much, but HBM will change how we view PC gaming. It dramatically improves memory bandwidth over traditional GDDR5, and HBM2 has been designed from scratch with VR specifically in mind. As a result, HBM2 features an insanely wide 4096-bit memory bus capable of moving nearly two terabytes per second of data.