XFX Speedster SWFT 210 Radeon RX 6600 XT Core 8GB GDDR6 Gaming Graphics Card

Based On The RDNA 2 Architecture And Designed To Handle The Graphical Demands Of Full HD 1080p Gaming, The XFX Speedster SWFT 210 RX 6600 XT SWFT 210 CORE Gaming Graphics Card Provides An Immersive Gaming Experience With Your PC Games. The GPU Features 8GB Of GDDR6 VRAM And A 128-Bit Memory Interface, Offering Improved Performance And Power Efficiency Over The Previous RDNA-Based Generation. The Front Panel Of The Card Features A Variety Of Outputs, Such As DisplayPort 1.4 And HDMI 2.1. HDMI 2.1 Supports Up To 48 Gb/S Bandwidth And A Range Of Higher Resolutions And Refresh Rates, Including 8K @ 60 Fps, 4K @ 120 Fps, And Even Up To 10K. The XFX Speedster SWFT 210 RX 6600 XT Supports APIs Such As DirectX 12 Ultimate And OpenGL. These APIs Can Take Advantage Of The GPU's 2048 Stream Processors To Accelerate Parallel Computing Tasks, Taking Some Of The Processing Load Off Of The CPU. For Cooling, XFX Implemented A Dual Fan Cooler. DirectX 12 Ultimate DirectX12 Ultimate Gives Game Developers The Power To Deliver Immersive Visuals With Real-Time DirectX Raytracing (DXR), Variable Rate Shading (VRS), Mesh Shaders, And Sampler Feedback, Taking Games To The Next Level. AMD FidelityFX AMD FidelityFX Is An Open-Source Image-Quality Toolkit Comprising Of Seven Different Solutions Available For Game Developers To Implement Into Their Games That Are Optimized For AMD RDNA And RDNA 2 Architectures. AMD Radeon Image Sharpening Restores Clarity To In-Game Images That Have Been Softened By Other Post-Process Effects. RIS Combines With GPU Upscaling To Provide Sharp Visuals At Fluid Frame Rates On Very High-Resolution Displays, And Works Across DirectX 9, 12, And Vulkan Titles. AMD FreeSync 2 Technology Reduce Screen Tearing With AMD's FreeSync 2 Technology. FreeSync 2 Enables The Monitor To Dynamically Adjust Its Refresh Rate To The Frame Rate Being Output By The Graphics Card, Thereby Greatly Reducing Screen Tearing, Stuttering, And Other Artifacts. Radeon Anti-Lag Optimized For ESports, Radeon Anti-Lag Improves Competitiveness By Decreasing Input-To-Display Response Times By Up To 31 Percent, Delivering An Experience Similar To Higher Frame Rates. AMD Radeon Boost AMD Radeon Boost Dynamically Lowers Resolution Of The Entire Frame When Fast On-Screen Character Motion Is Detected Via User Input, Allowing For Higher FPS With Little Impact To Quality.

XFX Speedster SWFT 210 Radeon RX 6600 XT Core 8GB GDDR6 Gaming Review

Starting off with the packaging, the XFX Speedster SWFT 210 Radeon RX 6600 ships in a vertical box design that is not commonly seen but much expected if you have previously owned a card from XFX. Unlike some of the brands we’ve seen, there’s no visible fancy marketing message that can be found on the box but the features which the card has to offer – much commendable I’d say. Inside the box, you’ll find the graphics card alongside the documents such as the notice on the graphics card driver and the product warranty card. The XFX Speedster SWFT 210 RX 6600 XT comes with a dual-fan cooler and has a dimension of 244mm x 118mm x 38mm, which is compact enough to fit in most of the PC cases you can find in the market. While XFX didn’t specifically mention anything about the cooler design, the fans don’t look like those generic fans you’ll find on a generic OEM card. The heatsink seems pretty reasonable as well, with two heat pipes and a reasonably-sized heatsink that seems to be enough to handle a GPU that has a TDP rated at 132W. XFX Speedster SWFT 210 RX 6600 XT card will require an 8-pin PCIe power connector to run and the recommended power supply is at least 450W. One feature that wasn’t mentioned anywhere on the box is the dip switch located next to the PCIe power socket, which allows you to toggle between two modes depending on your needs. Like most of the graphics cards nowadays, XFX Speedster SWFT 210 Radeon RX 6600 also comes with a metal backplate to improve the rigidity of the card, as well as for the aesthetics. You’ll find a familiar-looking cutout design at the near end of the card to improve the cooling performance. For the display output, you’ll find 3 x DisplayPort and 1 x HDMI on the XFX Speedster SWFT 210 Radeon RX 6600, which is a very common option nowadays. Based on our observation of the raster performance, we can see that both the RTX 3060 and RX 6600 are trading blows most of the time while the RX 6600 XT leads in most of the titles tested. Though the performance gap between both RX 6600 XT and RX 6600 is like 10% away most of the time, you can actually overclock the RX 6600 a little further to achieve performance that is close to the RX 6600 XT in 1080P gaming. As we scale up the resolution to 1440P, we can see that the RX 6600 is still able to handle some of the titles but is barely able to maintain a consistent 60fps framerate with the highest graphics settings. You can technically game on 1440P with the RX 6600 but that will require some compromise on the graphics settings. Going up to 4K has proven too much for all the cards we have here, which were intended for 1080P gaming only. Moving on to the ray tracing performance, the outcome is still pretty much expected for the existing titles that only come with DLSS. For newer titles that come with the option to enable FSR (FidelityFX Super Resolution), things are looking much better for the Radeon cards this time for sure. FSR isn’t perfect of course, as we still cannot overlook the fact that it’s a different technology than what NVIDIA is presenting with the DLSS technology, which involves image training by AI that is not just scaling and sharpening work. Though I’d recommend going for FSR Quality or Ultra Quality if possible and avoid going FSR Performance because the game will look like something from the 80s with all the details mushed up together. For some of the existing titles which clearly will not be getting FSR anytime soon, you’ll just have to forget about enabling Ray Tracing if you seriously want to have a smooth and enjoyable experience on these titles. While newer and upcoming titles will probably be getting FSR as well, it’s totally up to the game developer to either choose DLSS or FSR for their games, but hopefully both if it’s possible. Performance-wise, the RX 6600 performs pretty well on 1080P gaming and that’s pretty much it. Despite being able to trade blows with the RTX 3060 on various occasions, the RX 6600 as of now, is all about the raster performance. It can easily be crippled by games with ray tracing features enabled, if the FSR options are absent from the game, especially the titles that are already in the market for more than a year. With a number of existing titles that are clearly not going to get FSR anytime soon, it’s best to put your hopes on the newer titles and hope that the game developers will adopt FSR for their games. For the gamers who don’t really see the benefit of having ray-tracing and would prefer to have a better raw raster performance than the fancy aesthetics, the RX 6600 and RX 6600 XT will still be a reasonable option to consider for even though price is just not looking good at the moment. Between both RX 6600 and RX 6600 XT, the specifications are pretty similar with a performance difference at about 10-15% depending on the titles. The performance can be reduced of course, if you’re willing to overclock the card a little further, which is highly recommended and can be done easily using the Radeon Software Adrenalin and you can save a few more bucks to invest in other components upgrades.

Specifications