AMD GPU

When you want to understand how your hardware really performs, raw specs only tell part of the story. You also need a reliable way to test graphics performance, compare systems, check stability, and see how your machine handles modern gaming workloads. That is why benchmarking tools matter so much for gamers, overclockers, PC builders, and hardware enthusiasts. 3DMark gives you a practical way to measure performance, validate system changes, and turn benchmark results into useful comparisons you can actually act on. That is exactly what makes 3DMark such a strong choice. Instead of giving you just one simple score, 3DMark gives you a broad benchmark suite built around different types of hardware and workloads. 3DMark is updated regularly and has gained more than a dozen new benchmarks, stress tests, and feature tests, which help keep it relevant as hardware and graphics APIs evolve. What is 3DMark? 3DMark is a comprehensive benchmark application from UL Solutions designed to measure gaming-related performance on supported PCs, Macs, notebooks, tablets, and smartphones. The software is built to help you benchmark graphics performance, CPU behavior, and selected gaming technologies using tests that are tailored to different hardware classes. Officially, 3DMark benchmark includes tools for comparing your results with other systems, viewing detailed monitoring data, choosing only the tests you need to install, and estimating expected frame rates in a selection of popular games. In other words, it is not just a one-click synthetic score generator. It is a flexible performance analysis tool that helps you understand how your hardware behaves under modern workloads. What can you do with 3DMark? With 3D Mark, you can do much more than run a single graphics test and move on. You can use it as an everyday performance reference, an upgrade-planning tool, and a way to validate how well your system handles modern rendering features. Here are some of the main things you can do with 3DMark: Benchmark different kinds of hardware with the right test for the job, since 3DMark automatically scans your system and recommends an appropriate benchmark. Test modern high-end gaming performance with benchmarks such as Steel Nomad for heavy non-ray-traced workloads and Speed Way for DirectX 12 Ultimate ray-traced gaming performance. Measure classic and mainstream PC gaming performance with established tests like Time Spy, Night Raid, and Fire Strike, each aimed at different performance levels and graphics scenarios. Compare notebook, tablet, and smartphone graphics performance across platforms with Wild Life and Wild Life Extreme, which support cross-platform comparisons on Windows, Android, and iOS, with Wild Life Extreme also covering Apple Mac systems with Apple silicon support noted on the official page. Evaluate ray tracing performance with tests such as Port Royal for graphics cards and Solar Bay for lighter and mobile-oriented devices. Check CPU scaling more closely with CPU Profile, which uses six tests across 1, 2, 4, 8, 16, or maximum available threads so you can see how performance changes with thread count. Analyze new gaming technologies individually with feature tests for DirectX Raytracing, Mesh Shaders, PCI Express bandwidth, Sampler Feedback, VRS, NVIDIA DLSS, Intel XeSS, and AMD FSR. Compare your score with similar systems so you can judge whether your hardware is performing as expected for its CPU and GPU combination. Estimate real-world game performance because 3DMark can relate benchmark results to expected frame rates in a selection of popular games. Review detailed hardware monitoring charts that show how temperatures, clock speeds, and frame rates change during a benchmark run. Adjust custom settings and install only the tests you need, which makes the suite more flexible whether you want quick checks or deeper benchmarking. Why should you choose 3DMark? You should choose 3DMark if you want a benchmark suite that feels broad, cre

When you want to understand how your hardware really performs, raw specs only tell part of the story. You also need a reliable way to test graphics performance, compare systems, check stability, and see how your machine handles modern gaming workloads. That is why benchmarking tools matter so much for gamers, overclockers, PC builders, and hardware enthusiasts. 3DMark gives you a practical way to measure performance, validate system changes, and turn benchmark results into useful comparisons you can actually act on. That is exactly what makes 3DMark such a strong choice. Instead of giving you just one simple score, 3DMark gives you a broad benchmark suite built around different types of hardware and workloads. 3DMark is updated regularly and has gained more than a dozen new benchmarks, stress tests, and feature tests, which help keep it relevant as hardware and graphics APIs evolve. What is 3DMark? 3DMark is a comprehensive benchmark application from UL Solutions designed to measure gaming-related performance on supported PCs, Macs, notebooks, tablets, and smartphones. The software is built to help you benchmark graphics performance, CPU behavior, and selected gaming technologies using tests that are tailored to different hardware classes. Officially, 3DMark benchmark includes tools for comparing your results with other systems, viewing detailed monitoring data, choosing only the tests you need to install, and estimating expected frame rates in a selection of popular games. In other words, it is not just a one-click synthetic score generator. It is a flexible performance analysis tool that helps you understand how your hardware behaves under modern workloads. What can you do with 3DMark? With 3D Mark, you can do much more than run a single graphics test and move on. You can use it as an everyday performance reference, an upgrade-planning tool, and a way to validate how well your system handles modern rendering features. Here are some of the main things you can do with 3DMark: Benchmark different kinds of hardware with the right test for the job, since 3DMark automatically scans your system and recommends an appropriate benchmark. Test modern high-end gaming performance with benchmarks such as Steel Nomad for heavy non-ray-traced workloads and Speed Way for DirectX 12 Ultimate ray-traced gaming performance. Measure classic and mainstream PC gaming performance with established tests like Time Spy, Night Raid, and Fire Strike, each aimed at different performance levels and graphics scenarios. Compare notebook, tablet, and smartphone graphics performance across platforms with Wild Life and Wild Life Extreme, which support cross-platform comparisons on Windows, Android, and iOS, with Wild Life Extreme also covering Apple Mac systems with Apple silicon support noted on the official page. Evaluate ray tracing performance with tests such as Port Royal for graphics cards and Solar Bay for lighter and mobile-oriented devices. Check CPU scaling more closely with CPU Profile, which uses six tests across 1, 2, 4, 8, 16, or maximum available threads so you can see how performance changes with thread count. Analyze new gaming technologies individually with feature tests for DirectX Raytracing, Mesh Shaders, PCI Express bandwidth, Sampler Feedback, VRS, NVIDIA DLSS, Intel XeSS, and AMD FSR. Compare your score with similar systems so you can judge whether your hardware is performing as expected for its CPU and GPU combination. Estimate real-world game performance because 3DMark can relate benchmark results to expected frame rates in a selection of popular games. Review detailed hardware monitoring charts that show how temperatures, clock speeds, and frame rates change during a benchmark run. Adjust custom settings and install only the tests you need, which makes the suite more flexible whether you want quick checks or deeper benchmarking. Why should you choose 3DMark? You should choose 3DMark if you want a benchmark suite that feels broad, cre

When you want to understand how your hardware really performs, raw specs only tell part of the story. You also need a reliable way to test graphics performance, compare systems, check stability, and see how your machine handles modern gaming workloads. That is why benchmarking tools matter so much for gamers, overclockers, PC builders, and hardware enthusiasts. 3DMark gives you a practical way to measure performance, validate system changes, and turn benchmark results into useful comparisons you can actually act on. That is exactly what makes 3DMark such a strong choice. Instead of giving you just one simple score, 3DMark gives you a broad benchmark suite built around different types of hardware and workloads. 3DMark is updated regularly and has gained more than a dozen new benchmarks, stress tests, and feature tests, which help keep it relevant as hardware and graphics APIs evolve. What is 3DMark? 3DMark is a comprehensive benchmark application from UL Solutions designed to measure gaming-related performance on supported PCs, Macs, notebooks, tablets, and smartphones. The software is built to help you benchmark graphics performance, CPU behavior, and selected gaming technologies using tests that are tailored to different hardware classes. Officially, 3DMark benchmark includes tools for comparing your results with other systems, viewing detailed monitoring data, choosing only the tests you need to install, and estimating expected frame rates in a selection of popular games. In other words, it is not just a one-click synthetic score generator. It is a flexible performance analysis tool that helps you understand how your hardware behaves under modern workloads. What can you do with 3DMark? With 3D Mark, you can do much more than run a single graphics test and move on. You can use it as an everyday performance reference, an upgrade-planning tool, and a way to validate how well your system handles modern rendering features. Here are some of the main things you can do with 3DMark: Benchmark different kinds of hardware with the right test for the job, since 3DMark automatically scans your system and recommends an appropriate benchmark. Test modern high-end gaming performance with benchmarks such as Steel Nomad for heavy non-ray-traced workloads and Speed Way for DirectX 12 Ultimate ray-traced gaming performance. Measure classic and mainstream PC gaming performance with established tests like Time Spy, Night Raid, and Fire Strike, each aimed at different performance levels and graphics scenarios. Compare notebook, tablet, and smartphone graphics performance across platforms with Wild Life and Wild Life Extreme, which support cross-platform comparisons on Windows, Android, and iOS, with Wild Life Extreme also covering Apple Mac systems with Apple silicon support noted on the official page. Evaluate ray tracing performance with tests such as Port Royal for graphics cards and Solar Bay for lighter and mobile-oriented devices. Check CPU scaling more closely with CPU Profile, which uses six tests across 1, 2, 4, 8, 16, or maximum available threads so you can see how performance changes with thread count. Analyze new gaming technologies individually with feature tests for DirectX Raytracing, Mesh Shaders, PCI Express bandwidth, Sampler Feedback, VRS, NVIDIA DLSS, Intel XeSS, and AMD FSR. Compare your score with similar systems so you can judge whether your hardware is performing as expected for its CPU and GPU combination. Estimate real-world game performance because 3DMark can relate benchmark results to expected frame rates in a selection of popular games. Review detailed hardware monitoring charts that show how temperatures, clock speeds, and frame rates change during a benchmark run. Adjust custom settings and install only the tests you need, which makes the suite more flexible whether you want quick checks or deeper benchmarking. Why should you choose 3DMark? You should choose 3DMark if you want a benchmark suite that feels broad, cre

When you want to understand how your hardware really performs, raw specs only tell part of the story. You also need a reliable way to test graphics performance, compare systems, check stability, and see how your machine handles modern gaming workloads. That is why benchmarking tools matter so much for gamers, overclockers, PC builders, and hardware enthusiasts. 3DMark gives you a practical way to measure performance, validate system changes, and turn benchmark results into useful comparisons you can actually act on. That is exactly what makes 3DMark such a strong choice. Instead of giving you just one simple score, 3DMark gives you a broad benchmark suite built around different types of hardware and workloads. 3DMark is updated regularly and has gained more than a dozen new benchmarks, stress tests, and feature tests, which help keep it relevant as hardware and graphics APIs evolve. What is 3DMark? 3DMark is a comprehensive benchmark application from UL Solutions designed to measure gaming-related performance on supported PCs, Macs, notebooks, tablets, and smartphones. The software is built to help you benchmark graphics performance, CPU behavior, and selected gaming technologies using tests that are tailored to different hardware classes. Officially, 3DMark benchmark includes tools for comparing your results with other systems, viewing detailed monitoring data, choosing only the tests you need to install, and estimating expected frame rates in a selection of popular games. In other words, it is not just a one-click synthetic score generator. It is a flexible performance analysis tool that helps you understand how your hardware behaves under modern workloads. What can you do with 3DMark? With 3D Mark, you can do much more than run a single graphics test and move on. You can use it as an everyday performance reference, an upgrade-planning tool, and a way to validate how well your system handles modern rendering features. Here are some of the main things you can do with 3DMark: Benchmark different kinds of hardware with the right test for the job, since 3DMark automatically scans your system and recommends an appropriate benchmark. Test modern high-end gaming performance with benchmarks such as Steel Nomad for heavy non-ray-traced workloads and Speed Way for DirectX 12 Ultimate ray-traced gaming performance. Measure classic and mainstream PC gaming performance with established tests like Time Spy, Night Raid, and Fire Strike, each aimed at different performance levels and graphics scenarios. Compare notebook, tablet, and smartphone graphics performance across platforms with Wild Life and Wild Life Extreme, which support cross-platform comparisons on Windows, Android, and iOS, with Wild Life Extreme also covering Apple Mac systems with Apple silicon support noted on the official page. Evaluate ray tracing performance with tests such as Port Royal for graphics cards and Solar Bay for lighter and mobile-oriented devices. Check CPU scaling more closely with CPU Profile, which uses six tests across 1, 2, 4, 8, 16, or maximum available threads so you can see how performance changes with thread count. Analyze new gaming technologies individually with feature tests for DirectX Raytracing, Mesh Shaders, PCI Express bandwidth, Sampler Feedback, VRS, NVIDIA DLSS, Intel XeSS, and AMD FSR. Compare your score with similar systems so you can judge whether your hardware is performing as expected for its CPU and GPU combination. Estimate real-world game performance because 3DMark can relate benchmark results to expected frame rates in a selection of popular games. Review detailed hardware monitoring charts that show how temperatures, clock speeds, and frame rates change during a benchmark run. Adjust custom settings and install only the tests you need, which makes the suite more flexible whether you want quick checks or deeper benchmarking. Why should you choose 3DMark? You should choose 3DMark if you want a benchmark suite that feels broad, cre

Expand the library of games to play on your PlayStation®VR2. Browse, buy and play thousands of virtual reality games on Steam™. Discover multiplayer open worlds, survival horrors and stealth action games, plus sports sims, quirky puzzlers and free-to-play epics –explore Steam™’shuge range of virtual reality games to expand your PlayStation VR2 experience. Connect the PlayStation VR2 PC adapter to your PlayStation VR2 and a Windows PC, download the SteamVR™App and the free PlayStation VR2 App from Steam, and find your next favourite virtual reality game. Contents PlayStation®VR2 PC adapter AC adapter AC power cord Instruction manual Minimum requirements for PS VR2 gameplay on PC: Operating system Windows 10 64-bit / Windows 11 64-bit  Processor Intel Core i5-7600 / AMD Ryzen 3 3100 (Zen 2 or later architecture is required) RAM / memory 8 GB or more GPU / graphics card -NVIDIA GeForce GTX 1650 or later (Turing or later architecture is required)-NVIDIA RTX series-AMD Radeon RX 5500XT or later / AMD Radeon RX 6500XT or later(For the best performance, we recommend that you use an NVIDIA GeForce RTX 3060 or later or AMD Radeon RX 6600XT or later graphics card) DisplayPort DisplayPort 1.4 (must have a standard DisplayPort or Mini DisplayPort output port) USB Direct connection only Bluetooth Bluetooth 4.0 or later

The T120 is a direct mounted high-performance air cooler. It's as cool as it is cool-looking thanks to a sleek aluminum heat pipe cover. It provides excellent thermal performance in a small package.Aluminum heat pipe cover discreetly hides copper piping 4 conductive copper heat pipes with Direct Contact technology allow for maximum thermal transfer from CPU to cooler Provides high static pressure, moving ample air through the radiator for excellent cooling, with some RGB flair Includes retention brackets and mounting accessories for both Intel and AMD motherboards Slim radiator footprint allows plenty of space for an additional fan to further accelerate exhaust out the back of the PC The F120 RGB offers customizable RGB lighting through NZXT CAM Includes 1 gram of NZXT High-Performance Thermal Paste Won't block RAM or GPU slots for most cases

The T120 is a direct mounted high-performance air cooler. It's as cool as it is cool-looking thanks to a sleek aluminum heat pipe cover. It provides excellent thermal performance in a small package. Aluminum heat pipe cover discreetly hides copper piping 4 conductive copper heat pipes with Direct Contact technology allow for maximum thermal transfer from CPU to cooler Provides high static pressure, moving ample air through the radiator for excellent cooling, with some RGB flair Includes retention brackets and mounting accessories for both Intel and AMD motherboards Slim radiator footprint allows plenty of space for an additional fan to further accelerate exhaust out the back of the PC The F120 RGB offers customizable RGB lighting through NZXT CAM Includes 1 gram of NZXT High-Performance Thermal Paste Won't block RAM or GPU slots for most cases

The T120 is a direct mounted high-performance air cooler. It's as cool as it is cool-looking thanks to a sleek aluminum heat pipe cover. It provides excellent thermal performance in a small package.Aluminum heat pipe cover discreetly hides copper piping 4 conductive copper heat pipes with Direct Contact technology allow for maximum thermal transfer from CPU to cooler Provides high static pressure, moving ample air through the radiator for excellent cooling Includes retention brackets and mounting accessories for both Intel and AMD motherboards Slim radiator footprint allows plenty of space for an additional fan to further accelerate exhaust out the back of the PC Includes 1 gram of NZXT High-Performance Thermal Paste Won't block RAM or GPU slots for most cases

When you want to understand how your hardware really performs, raw specs only tell part of the story. You also need a reliable way to test graphics performance, compare systems, check stability, and see how your machine handles modern gaming workloads. That is why benchmarking tools matter so much for gamers, overclockers, PC builders, and hardware enthusiasts. 3DMark gives you a practical way to measure performance, validate system changes, and turn benchmark results into useful comparisons you can actually act on. That is exactly what makes 3DMark such a strong choice. Instead of giving you just one simple score, 3DMark gives you a broad benchmark suite built around different types of hardware and workloads. 3DMark is updated regularly and has gained more than a dozen new benchmarks, stress tests, and feature tests, which help keep it relevant as hardware and graphics APIs evolve. What is 3DMark? 3DMark is a comprehensive benchmark application from UL Solutions designed to measure gaming-related performance on supported PCs, Macs, notebooks, tablets, and smartphones. The software is built to help you benchmark graphics performance, CPU behavior, and selected gaming technologies using tests that are tailored to different hardware classes. Officially, 3DMark benchmark includes tools for comparing your results with other systems, viewing detailed monitoring data, choosing only the tests you need to install, and estimating expected frame rates in a selection of popular games. In other words, it is not just a one-click synthetic score generator. It is a flexible performance analysis tool that helps you understand how your hardware behaves under modern workloads. What can you do with 3DMark? With 3D Mark, you can do much more than run a single graphics test and move on. You can use it as an everyday performance reference, an upgrade-planning tool, and a way to validate how well your system handles modern rendering features. Here are some of the main things you can do with 3DMark: Benchmark different kinds of hardware with the right test for the job, since 3DMark automatically scans your system and recommends an appropriate benchmark. Test modern high-end gaming performance with benchmarks such as Steel Nomad for heavy non-ray-traced workloads and Speed Way for DirectX 12 Ultimate ray-traced gaming performance. Measure classic and mainstream PC gaming performance with established tests like Time Spy, Night Raid, and Fire Strike, each aimed at different performance levels and graphics scenarios. Compare notebook, tablet, and smartphone graphics performance across platforms with Wild Life and Wild Life Extreme, which support cross-platform comparisons on Windows, Android, and iOS, with Wild Life Extreme also covering Apple Mac systems with Apple silicon support noted on the official page. Evaluate ray tracing performance with tests such as Port Royal for graphics cards and Solar Bay for lighter and mobile-oriented devices. Check CPU scaling more closely with CPU Profile, which uses six tests across 1, 2, 4, 8, 16, or maximum available threads so you can see how performance changes with thread count. Analyze new gaming technologies individually with feature tests for DirectX Raytracing, Mesh Shaders, PCI Express bandwidth, Sampler Feedback, VRS, NVIDIA DLSS, Intel XeSS, and AMD FSR. Compare your score with similar systems so you can judge whether your hardware is performing as expected for its CPU and GPU combination. Estimate real-world game performance because 3DMark can relate benchmark results to expected frame rates in a selection of popular games. Review detailed hardware monitoring charts that show how temperatures, clock speeds, and frame rates change during a benchmark run. Adjust custom settings and install only the tests you need, which makes the suite more flexible whether you want quick checks or deeper benchmarking. Why should you choose 3DMark? You should choose 3DMark if you want a benchmark suite that feels broad, cre

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MINIS FORUM DEG1 Oculink docking stationThe MINIS FORUM docking station is a compact solution designed to expand mini PCs with a full-size graphics card. It uses the Oculink 4i interface based on PCIe 4.0 x4, ensuring high bandwidth and a stable connection to the main unit. It's an easy way to increase your computer's performance without replacing the entire configuration.PCIe 4.0 x4 interface – high bandwidthThe DEG1 uses a PCIe 4.0 x4 bus with a bandwidth of up to 64 GT/s. In practice, this means fast data transfer between the graphics card and the mini PC, which translates into less performance loss compared to a classic GPU installation in a desktop computer case. This allows you to harness the potential of modern graphics cards in a compact working environment.Built-in signal amplifier – stable operationThe signal amplification chip ensures stable transmission at high speeds. The result is more reliable operation of the set under load, which is important when gaming, working with graphics, or rendering video. A stable connection reduces the risk of performance drops and communication problems between devices.Complete freedom in choosing a graphics cardThe open design does not limit the length of the graphics card. The station supports even very powerful models, such as the NVIDIA RTX 4090 or AMD RX 7900 XTX, which gives you great flexibility when building a gaming or workstation. You can choose a card that suits your needs, without compromising on a small case.Compatibility with ATX and SFX power suppliesThe DEG1 works with standard ATX and SFX power supplies. This allows you to choose a power source that matches the power of your graphics card. This solution makes it easier to configure your setup and allows you to better control the budget for the entire expansion.Synchronization with computer startupThe station is equipped with a "Follow the Startup" function, which allows you to synchronize its operation with the startup of the main computer. In practice, this means convenience of use and no need to start the entire set separately, as well as more organized power management.Compact and minimalist designWith dimensions of 185 × 50 × 2 mm and a simple, minimalist form, the station does not take up much space on your desk. The durable design fits well with modern workstations and gaming setups, while ensuring stable mounting of components. Manufacturer Minis Forum Model DEG1 Oculink External interface Oculink 4i (SFF-8612) ×1 (PCIe 4.0 x4) Internal interface PCIe x16 Slot ×1 Bandwidth Up to 64GT/s Compatible GPU cards including NVIDIA RTX 4090 and AMD RX 7900 XTX Dimensions 185 × 50 × 2 mm Compatible PCs Computers with Oculink port

The Acer Nitro VG0 series delivers stunning visuals and unrivaled performance. With up to 4K resolution, 320Hz (OC) refresh rate, HDR10 support, and DCI-P3 90% wide color gamut, every frame becomes a masterpiece. Designed to immerse you in your passion and enhance every aspect of your digital world. Visuals That Leave You Awestruck Witness every pixel in breathtaking detail with up to 4K resolution, redefining clarity and sharpness in every frame. Whether you're battling in the most graphically intense games or crafting intricate digital art, the unmatched resolution ensures you never miss a detail. Refresh Rates That Shatter Limits Elevate your competitive edge with up to a 320Hz overclocked refresh rate, designed to keep up with the fastest action. Every flick, turn, and move is rendered with ultra-smooth precision, eliminating ghosting or screen tearing. Motion So Smooth, It's Unreal Enjoy fluid, uninterrupted gameplay with up to 0.5ms (GTG, Min.) response time, reducing motion blur to negligible levels. Every movement is sharp, every transition seamless, giving you the speed to outmaneuver your rivals. Freedom From Screen Tears Elevate your gameplay with AMD FreeSync Premium™ technology (application in progress). Frame rates sync with your GPU for a dynamic, tear-free experience that enhances fluidity and responsiveness. Contrast That Draws You In HDR10 support redefines visual fidelity with vivid colors, deeper blacks, and brighter highlights. The increased contrast and precision make every game look cinematic, drawing you into its world like never before. Colors That Ignite Imagination With up to DCI-P3 90% wide color gamut, experience a vibrancy and richness in colors that bridges the gap between reality and imagination. Perfect for both creators and gamers, this level of accuracy ensures every visual is not just seen but felt. 68.6cm (27") Full HD 1920 x 1080 IPS 1ms, 16:9, 250cd/m² HDMI, DisplayPort

VA5505RF41 Radeon RX550 - AMD Radeon RX550 GPU - 4GB GDDR5, 128bit with 512 Stream processors - DVI/Display port/HDMI output support - PCI Express 3.0 x16 bus interface - Support Radeon Freesync Technology - DirectX 12 and Vulkan Optimized - AMD XConnect and HDR Ready