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

Screen recording used to mean juggling watermarked exports and clunky software that couldn't keep up with fast-paced gameplay or a busy webinar. iTop Screen Recorder was built to fix that, giving Windows users a clean, straightforward way to capture anything happening on their screen without the usual headaches. It records your desktop, webcam, and audio all at once, whether you're putting together a tutorial, a gameplay highlight reel, or a recorded lecture. With the iTop Screen Recorder key, you unlock the full feature set permanently with a single payment instead of a recurring subscription, so there's no renewal to keep track of down the line. Hardware acceleration keeps recordings smooth even during demanding gameplay, and the built-in editor means you don't need a separate app just to trim or polish a clip before sharing it. Whether you're a content creator, a teacher, or someone who just needs to record the occasional demo, iTop Screen Recorder handles it without slowing your machine down. What do I get with iTop Screen Recorder? With the iTop Screen Recorder, you get: Watermark-free recording. Export clean videos with no branding or logos added on top of your footage. Unlimited recording time. Capture long sessions like lectures or livestreams without hitting a time cap. 4K and high-frame-rate capture. Record at up to 4K resolution and 120fps for smooth, sharp gameplay and screen footage. Webcam and audio overlay. Layer your facecam and voice on top of screen recordings, with flexible positioning options. Hardware-accelerated gameplay recording. Record 2D and 3D games without lag, using GPU acceleration from NVIDIA, AMD, or Intel. Built-in video editing. Trim, cut, and add annotations or filters directly inside the app before exporting. One-click uploads. Send finished recordings straight to YouTube, Facebook, or Vimeo without leaving the software. Scheduled recording. Set up automatic recordings for webinars or live events even when you're away from your desk. Record Without Limits Using iTop Screen Recorder iTop Screen Recorder takes away the two biggest annoyances that come with free screen recording tools: watermarks and time limits. Once it's unlocked, you can record tutorials, lectures, or gameplay for as long as you need, in the resolution and frame rate the content actually calls for. The built-in editor is a nice bonus too, since trimming and polishing a clip doesn't require exporting into a separate program first. Gamers in particular benefit from the GPU-accelerated capture, which keeps footage smooth even during fast, demanding sessions. Since it's a one-time purchase rather than a subscription, you get all of that locked in permanently without worrying about a renewal date. Buy the iTop Screen Recorder and start recording exactly the way you need, without limits getting in the way.

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

Screen recording used to mean juggling watermarked exports and clunky software that couldn't keep up with fast-paced gameplay or a busy webinar. iTop Screen Recorder was built to fix that, giving Windows users a clean, straightforward way to capture anything happening on their screen without the usual headaches. It records your desktop, webcam, and audio all at once, whether you're putting together a tutorial, a gameplay highlight reel, or a recorded lecture. With the iTop Screen Recorder key, you unlock the full feature set permanently with a single payment instead of a recurring subscription, so there's no renewal to keep track of down the line. Hardware acceleration keeps recordings smooth even during demanding gameplay, and the built-in editor means you don't need a separate app just to trim or polish a clip before sharing it. Whether you're a content creator, a teacher, or someone who just needs to record the occasional demo, iTop Screen Recorder handles it without slowing your machine down. What do I get with iTop Screen Recorder? With the iTop Screen Recorder, you get: Watermark-free recording. Export clean videos with no branding or logos added on top of your footage. Unlimited recording time. Capture long sessions like lectures or livestreams without hitting a time cap. 4K and high-frame-rate capture. Record at up to 4K resolution and 120fps for smooth, sharp gameplay and screen footage. Webcam and audio overlay. Layer your facecam and voice on top of screen recordings, with flexible positioning options. Hardware-accelerated gameplay recording. Record 2D and 3D games without lag, using GPU acceleration from NVIDIA, AMD, or Intel. Built-in video editing. Trim, cut, and add annotations or filters directly inside the app before exporting. One-click uploads. Send finished recordings straight to YouTube, Facebook, or Vimeo without leaving the software. Scheduled recording. Set up automatic recordings for webinars or live events even when you're away from your desk. Record Without Limits Using iTop Screen Recorder iTop Screen Recorder takes away the two biggest annoyances that come with free screen recording tools: watermarks and time limits. Once it's unlocked, you can record tutorials, lectures, or gameplay for as long as you need, in the resolution and frame rate the content actually calls for. The built-in editor is a nice bonus too, since trimming and polishing a clip doesn't require exporting into a separate program first. Gamers in particular benefit from the GPU-accelerated capture, which keeps footage smooth even during fast, demanding sessions. Since it's a one-time purchase rather than a subscription, you get all of that locked in permanently without worrying about a renewal date. Buy the iTop Screen Recorder and start recording exactly the way you need, without limits getting in the way.

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

DarkFlash EMT850 computer power supply (black) The DarkFlash EMT850 power supply is a unit with a total power of 850 W, designed in the ATX standard (140 × 150 × 86 mm). The single +12 V line design delivers up to 70 A, making it suitable for the latest processors and graphics cards. In addition, the 80 PLUS Bronze certification confirms high energy efficiency of up to 87.03%. This reduces energy loss and ensures stable operation under load. Single +12 V rail and DC-to-DC conversion The use of a single +12 V rail with DC-to-DC conversion allows up to 98% of the available power to be delivered to the most important components of the system. This system converts +5 V and +3.3 V voltages directly from the +12 V line, ensuring high stability and low fluctuations even under variable loads. This solution promotes the reliable operation of modern processors and graphics cards with high energy requirements. High efficiency and 80 PLUS Bronze certification 80 PLUS Bronze certification guarantees high energy efficiency at typical load levels. Efficiency of up to 87.03% means less energy loss converted into heat, which translates into more stable operation of the entire system. This characteristic also helps to reduce power consumption and maintain appropriate power supply parameters during intensive computer operation. Active PFC and power stability The power supply is equipped with an active PFC system with up to 98% efficiency, which improves the power factor and increases the energy efficiency of the entire unit. This solution reduces energy losses, limits heat generation, and reduces electromagnetic interference. As a result, the power supply provides stable power to all computer components. High-quality components and Japanese capacitors Japanese electrolytic capacitors with an operating temperature of up to 105°C are used inside the power supply. High-quality components and a solid internal design ensure stable operation and reliability even under long-term load. In addition, the use of switching transformers, EMI filters, and heat sinks that limit heating supports the safe and efficient operation of the unit. Quiet and intelligent cooling A 120 mm fan with FDB (Fluid Dynamic Bearing) is responsible for cooling the power supply, which is characterized by low noise and high durability. An intelligent temperature control system automatically adjusts its speed to the current load. In addition, there are honeycomb ventilation holes at the rear of the device and longitudinal holes at the front – this solution increases the heat dissipation surface and allows for efficient air flow. Comprehensive system protection The DarkFlash EMT850 is equipped with a 6-level protection system that protects both the power supply and computer components. It includes protection against overvoltage, overload, overcurrent, short circuit, overheating, and undervoltage. All this increases the safety and stability of the system in various conditions. Low power consumption in standby mode The EMT850 is designed for high energy efficiency, even in standby mode. The system's power consumption in standby mode is less than 0.5 W, which reduces unnecessary consumption. This solution minimizes energy loss, supports energy-efficient computer operation, and promotes long-term, stable power supply operation. Wide compatibility The power supply has a non-modular design with flat cables, which facilitates cable management and improves airflow inside the case. The unit offers 20+4-pin connectors for the motherboard, 8-pin (4+4) connectors for the processor, 6+2-pin PCI-E connectors for graphics cards, and SATA and IDE connectors for powering drives. The EMT850 model is fully compatible with modern Intel and AMD processors, as well as NVIDIA and AMD Radeon graphics cards – it will also work well in configurations with multiple GPUs. What's more, thanks to its small dimensions (140 × 150 × 86 mm), the power supply fits into most PC cases.

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Darkflash PMT 80 Plus Gold 850W computer power supply (black)Darkflash PMT850A3 is an ATX power supply designed for modern computers for gamers, developers and professionals. It offers full support for ATX 3.1 and PCIe 5.1 standards, allowing it to stably power the latest graphics cards, including NVIDIA RTX 40 and AMD Radeon. The integrated 12VHPWR (600W), high efficiency confirmed by 80 Plus Gold certification and advanced security features make it a solid foundation for high-performance configurations.PCIe 5.1 and 12VHPWR supportThe built-in 12VHPWR cable (12+4 pin, 650 mm) provides up to 600W of power for modern PCIe 5.1-compatible graphics cards, eliminating the need for adapters. The connector design has been optimized for safety - it is recommended to mount the cable 35 mm from the side panel and avoid excessive bending to avoid mechanical damage and power transmission problems.ATX 3.1 compliant stabilityThe ATX 3.1 standard allows the power supply to handle momentary power surges of up to 200% of its rated value. The power supply complies with Intel PSDG (Power Supply Design Guide) guidelines, so it can perfectly handle the dynamic loads caused by modern GPUs and CPUs. You can count on the reliability and stability of the entire system even under extreme operating conditions.High efficiency and economyThe 80 Plus Gold certification confirms that the Darkflash PMT850A3 achieves up to 91% efficiency (for a typical load at 230V). This means less energy loss in the form of heat and lower electricity bills. In addition, the power supply meets the ErP Lot3 2014 standard, which translates into a power consumption of less than 0.5W in standby mode. The 99% efficiency of the active PFC circuit translates into better utilization of mains power, reduced losses and reduced electromagnetic interference. The circuit provides a stable supply voltage under varying load conditions.One strong +12V lineThe power supply is based on a single +12V line design with a maximum of 70.8A, allowing full power utilization to power the most important components: GPU and CPU. Combined with a DC to DC circuit, the +5V and +3.3V voltages are generated from the main +12V line, allowing for greater stability and reduced power loss. This solution facilitates load management and reduces the risk of overloading individual lines.Advanced coolingThe power supply uses a 120mm fan with a hydro-dynamic bearing, which features quiet operation and long life. The fan starts only when the load reaches 30%, and its speed increases proportionally to the cooling demand. The case is designed with square (top) and hexagonal (rear) perforations, which ensures efficient airflow. This solution keeps noise levels low during office operation and ensures efficient cooling under heavy load.Modular design and cablingThe Darkflash PMT850A3 features a modular cable system, allowing you to connect only the cables you need. Flat, flexible 18AWG cables are included, making it easy to arrange the case interior and improve airflow. The entire case is designed to be compatible with both the latest motherboards and classic configurations with multiple drives and expansion cards.Premium security featuresThe power supply is equipped with a set of 7 protections - against overvoltage (OVP), overload (OPP), over-current (OCP), under-voltage (UVP), short-circuit (SCP), overheating (OTP) and no-load (NLP). In addition, it meets 4kV surge immunity standards (Surge 4K), effectively protecting computer components from the effects of lightning and network disturbances. The protections operate in real time and respond automatically to any voltage irregularities or overloads, increasing the safety of the entire platform.Reliability of componentsHigh-quality Japanese capacitors with resistance up to 105°C ensure voltage stability even under prolonged load. An efficient impulse transformer guarantees adequate power without overheating, and an EMI filter eliminates interference from the power grid. Hea