PC 1000Hz Refresh Rate Gaming PC Build Guide – GPU & Cooling September 16, 20253 views0 By IG Share Share The quest for a competitive edge has reached a new benchmark: 1000Hz gaming. Achieving a stable 1000 frames per second (FPS) is the next frontier, and this ultimate 1000Hz gaming PC build guide for September 2025 is your complete blueprint. Forget guesswork; we’ve engineered a component-by-component master plan, centered around AMD’s potent Ryzen 7 9800X3D processor and Nvidia’s RTX 50-series GPUs. Whether you’re a professional eSports athlete aiming for peak performance in Valorant and CS2 or a hardware enthusiast pushing the limits, this guide details the exact hardware, technical reasoning, and build philosophy required to break the four-digit FPS barrier. The Ultimate 1000Hz Gaming PC Build Guide (Sept 2025) - Faceofit.com Faceofit.com Reviews Build Guides News Subscribe PC BUILD GUIDE • SEPTEMBER 2025 Note: If you buy something from our links, we might earn a commission. See our disclosure statement. Engineering for the Four-Digit Frontier: A Technical Guide to Building a PC for 1000Hz Gaming The chase for 1000 FPS is on. AMD's new Ryzen 9000X3D CPUs claim it's possible. We break down the science, the components, and the blueprint for the ultimate competitive edge. The 1000 FPS Target The landscape of competitive gaming is defined by a relentless pursuit of marginal gains. Now, a new frontier is emerging: the 1000Hz monitor. Achieving a stable 1000 frames per second (FPS) is not merely a task of brute-force graphical power; it is an exercise in system-wide optimization, demanding a re-evaluation of where performance bottlenecks truly lie. The Pace of Performance To hit 1000 FPS, your entire system must deliver a new frame every single millisecond. This leaves zero room for latency in the processing pipeline. 1000 Frames per Second → 1 Millisecond Frame Time AMD's assertion that its Ryzen 9000X3D series can reach this target shifts the focus squarely onto the CPU. In games like Counter-Strike 2 or Valorant, the CPU's ability to prepare frames becomes the primary limiting factor long before the GPU reaches its ceiling. This guide deconstructs the technical requirements for a PC engineered specifically for this 1000Hz target. The Heart of the Machine: CPU Selection To achieve a frame rate of 1000 FPS, the system must render a new frame every millisecond. The most significant latency source is often the time it takes for the CPU to access data from RAM. This is the problem AMD's 3D V-Cache technology solves. By stacking a massive L3 cache on the processor, it minimizes slow calls to system memory, directly boosting frame rates. For the 1000 FPS target, an X3D processor is a prerequisite. Architectural Crossroads: 9800X3D vs. 9950X3D Within AMD's new lineup, two candidates emerge. While the Ryzen 9 9950X3D has more cores, the Ryzen 7 9800X3D's architecture makes it the superior choice for a dedicated gaming machine. Single vs. Dual CCD: The Latency Factor Ryzen 7 9800X3D (Optimal) Single, Unified Chiplet 8-Core CCD + 3D V-Cache Lowest Latency Path Ryzen 9 9950X3D (Compromised) Two Separate Chiplets 8-Core CCD + V-Cache 8-Core CCD (Standard) Infinity Fabric (Adds Latency) The 9800X3D's single-CCD design keeps all gaming threads on one chiplet, eliminating the communication overhead required in the 9950X3D's dual-CCD layout. For pure gaming, simpler is faster. Component Ryzen 7 9800X3D Ryzen 9 9950X3D ArchitectureSingle CCDDual CCD (1x V-Cache + 1x Standard) Gaming RationaleOptimal Choice. The single-CCD design offers the lowest possible latency path for game threads. This is the purist's choice for maximum FPS.Compromised Choice. The dual-CCD design introduces potential for higher latency and reliance on schedulers. Best suited for hybrid gaming/productivity workloads. The Graphics Paradox: GPU for a CPU-Bound World At 1080p, the resolution for competitive gaming, a powerful GPU can render frames far faster than the CPU can prepare them. This is a "CPU-bound" scenario. This creates a paradox: the GPU must be powerful enough to never be the bottleneck, but the absolute most powerful card offers severely diminished returns. AMD's Surprising Concession: In their own marketing, AMD paired their new CPUs with Nvidia's flagship GPUs to hit 1000 FPS. This is a clear signal: to unlock the full potential of a Ryzen 9000X3D, a top-tier Nvidia GPU is required. Interactive Chart: GPU Performance Delta The performance gap between high-end GPUs shrinks dramatically at 1080p compared to 4K. Use the filter below to see how a CPU bottleneck minimizes the advantage of the most expensive card, making the RTX 5080 the smart choice. 1080p (CPU Bound) 4K (GPU Bound) Model Nvidia GeForce RTX 5090 Nvidia GeForce RTX 5080 AMD Radeon RX 9070 XT 1000Hz Suitability Overkill. The performance gain at 1080p is minimal due to CPU bottlenecks. The extreme cost is not justified for this specific use case. Recommended. The pragmatic champion. Provides more than enough performance headroom to ensure the GPU is never the bottleneck at 1080p. Not Recommended. Based on AMD's own data, this GPU is incapable of consistently reaching the 1000 FPS target across the desired range of eSports titles. The System Foundation: Mobo, Memory & Power In a system engineered for a 1ms frame time, supporting components are elevated to primary enablers of performance. Any instability in power delivery or latency in memory access will manifest as a perceptible drop in performance. System Memory: The Zen 5 Sweet Spot For AMD's new Zen 5 architecture, the memory sweet spot has shifted to DDR5-6400 CL32. This speed allows the CPU's Infinity Fabric to run synchronously with the memory controller (1:1 ratio), the lowest-latency configuration possible. Pushing memory speed higher forces an asynchronous 1:2 ratio, which introduces latency and hurts gaming performance. Memory Sweet Spot: Latency vs. Speed This chart illustrates why higher frequency isn't always better. The lowest latency is achieved at 6400 MT/s in a synchronous 1:1 mode. Beyond that, the forced 1:2 mode increases latency, negating the speed benefit for gaming. Motherboard: The Command Center The motherboard is the central nervous system of your PC. For a Zen 5 X3D CPU and a flagship GPU, the X870E chipset is the only logical choice. The "E" stands for "Extreme," signifying that it provides PCIe 5.0 lanes to both the primary graphics card slot and at least one M.2 NVMe slot simultaneously. This ensures maximum bandwidth for today's and tomorrow's components. X870E Chipset: Key Features Robust Power Delivery (VRMs) Essential for delivering stable voltage to the 9800X3D, ensuring consistent boost clocks under load. Dual PCIe 5.0 Support Unlocks the full bandwidth for both the RTX 50-series GPU and next-generation NVMe storage drives. Future-Proof I/O High-speed connectivity like USB4 and Wi-Fi 7 comes standard on most X870E boards. Storage: The DirectStorage Debate A fast NVMe SSD is non-negotiable for a top-tier build. The question is whether a PCIe 5.0 drive is truly necessary for gaming today. While technologies like Microsoft's DirectStorage API promise to leverage these faster speeds to reduce loading times, the real-world impact is still emerging and often minimal compared to a high-quality PCIe 4.0 drive. Feature PCIe 4.0 NVMe SSD PCIe 5.0 NVMe SSD Sequential Speeds~7,000 MB/s~14,000 MB/s Game Load TimesExcellentExcellent (Marginally faster in some titles) CostMature, excellent valuePremium, significantly higher cost RecommendationSufficient for 99% of gamers. Still provides near-instant load times.For future-proofing. The logical choice for a no-compromise build to be ready for next-gen games that fully utilize DirectStorage. Power Supply: The Unsung Hero of Stability With flagship components, the Power Supply Unit (PSU) becomes the bedrock of system stability. Modern GPUs like the RTX 50-series are known for high "transient power spikes" – brief, massive power draws that can trip up lesser PSUs. This is where an ATX 3.0 certified PSU is crucial, as it's specifically designed to handle these spikes without shutting down. Look for the 12VHPWR Connector: An ATX 3.0 PSU includes the native 16-pin 12VHPWR power connector, providing up to 600W of clean power to the GPU without clumsy adapters. Furthermore, an 80 Plus Gold or Platinum rating ensures high power efficiency, meaning less electricity is wasted as heat. This leads to a cooler, quieter, and more reliable system. Thermal Management: The Ecosystem of Cooling The goal of the CPU cooler isn't just to prevent throttling; it's to dissipate heat so effectively that the CPU maintains its highest possible boost clocks for the longest duration. A high-performance 360mm All-in-One (AIO) liquid cooler is the superior choice for this. Chassis and Airflow: A System-Wide Approach The graphics card can exhaust over 400W of thermal energy. A chassis designed for maximum airflow is a prerequisite to ensure both the GPU and CPU AIO have a constant supply of fresh, cool air. Optimized Airflow Path GPU CPU AIO COOL INTAKE HOT EXHAUST A high-airflow case uses front intake fans to pull cool air over components, with top and rear fans exhausting the resulting hot air. Cooling Philosophy: Air vs. Liquid While a 360mm AIO is our top recommendation, a high-end air cooler is also a viable option. The choice comes down to a balance of peak thermal performance, aesthetics, and case compatibility. Cooling Type 360mm AIO Liquid Cooler High-End Dual-Tower Air Cooler PerformanceSuperior heat dissipation for sustained boost clocks. Ideal for exhausting heat directly out of the case.Excellent performance, can rival smaller 240mm AIOs. May struggle slightly more under prolonged, intense loads. Aesthetics & ClearanceClean, modern look with minimal obstruction around the CPU socket. Radiator placement offers flexibility.Massive size can interfere with tall RAM modules and obscure the motherboard. Offers a more traditional, industrial aesthetic. RecommendationThe optimal choice for a no-compromise build where both peak performance and aesthetics are a priority.A reliable alternative. If you prefer simplicity and reliability over the absolute highest thermal performance. Recommended High-Airflow Cases: To complement your cooling choice, consider cases like the Fractal Design Torrent, Lian Li Lancool III, or NZXT H7 Flow. These are engineered with mesh fronts and optimized fan placements to maximize cool air intake. Reality Check: The Human Element Before committing to a build of this magnitude, it's important to contextualize the goal. A 1000 FPS machine is the F1 car of the PC world: an engineering marvel designed for a very specific purpose and a very small group of users. The Limits of Perception While the jump from 60Hz to 144Hz is transformative, the noticeable difference diminishes significantly at higher refresh rates. The benefit of 1000Hz over 500Hz is a theoretical reduction in input latency that only elite eSports professionals, with thousands of hours of training, might perceive. Monitor & Game Availability As of late 2025, true 1000Hz monitors are still rare and expensive display technologies. Furthermore, only a handful of highly optimized, lightweight eSports titles (like CS2 and Valorant) can even approach these frame rates, and often only at the lowest graphical settings. This build represents the absolute pinnacle of what's possible. It's a statement piece and a tool for those competing at the highest level. For everyone else, it serves as a fascinating look into the future of gaming performance. Analyzing the Target Titles Not all games are created equal in the quest for 1000 FPS. The target is only achievable in specific, highly optimized titles that are inherently CPU-bound at low resolutions. This build is purpose-built for the engines that power modern eSports. Game Title Game Engine Performance Profile & 1000 FPS Feasibility Counter-Strike 2Source 2Excellent Candidate. The engine is highly optimized for high frame rates and is famously CPU-dependent. This is a primary target for a 1000Hz build. ValorantUnreal Engine 4 (Heavily Modified)Excellent Candidate. Riot Games specifically engineered the game to run on a wide range of hardware, resulting in extremely high frame rates on high-end systems. League of LegendsProprietary EngineExcellent Candidate. An older, lightweight engine that is not graphically demanding. Reaching extremely high FPS is very feasible. PUBG: BattlegroundsUnreal Engine 4Challenging. While high frame rates are possible, the engine is more graphically demanding and less optimized than CS2 or Valorant, making a stable 1000 FPS unlikely. Naraka: BladepointUnityChallenging. A visually intensive game where the GPU becomes a bottleneck much earlier. A stable 1000 FPS is not a realistic target here. This analysis shows that the 1000 FPS goal is primarily centered around hyper-optimized titles like CS2 and Valorant. While the PC will deliver exceptional performance in all games, the four-digit frame rates are a specialized achievement for a select few. The 1000Hz Build Blueprints The goal of 1000 FPS at 1080p is a CPU-driven endeavor. The following tables outline two complete build configurations. Use the filters to compare the "Optimal" build against our recommended "Pragmatic" choice, which offers nearly identical performance for significantly better value. Show All Optimal Pragmatic Component Build 1: Optimal Performance Build 2: Pragmatic Champion CPUAMD Ryzen 7 9800X3DAMD Ryzen 7 9800X3D CPU Cooler360mm AIO Liquid Cooler360mm AIO Liquid Cooler MotherboardX870E ChipsetX870E Chipset Memory (RAM)32GB DDR5-6400 CL3232GB DDR5-6400 CL32 Graphics CardNvidia GeForce RTX 5090Nvidia GeForce RTX 5080 Primary Storage2TB+ PCIe 5.0 NVMe SSD2TB+ PCIe 5.0 NVMe SSD Power Supply1200W ATX 3.0 80+ Platinum1000W ATX 3.0 80+ Gold Chassis (Case)High-Airflow Mid-TowerHigh-Airflow Mid-Tower Affiliate Disclosure: Faceofit.com is a participant in the Amazon Services LLC Associates Program. As an Amazon Associate we earn from qualifying purchases. Share What's your reaction? Excited 0 Happy 0 In Love 0 Not Sure 0 Silly 0
PC BUILD GUIDE • SEPTEMBER 2025 Note: If you buy something from our links, we might earn a commission. See our disclosure statement. Engineering for the Four-Digit Frontier: A Technical Guide to Building a PC for 1000Hz Gaming The chase for 1000 FPS is on. AMD's new Ryzen 9000X3D CPUs claim it's possible. We break down the science, the components, and the blueprint for the ultimate competitive edge. The 1000 FPS Target The landscape of competitive gaming is defined by a relentless pursuit of marginal gains. Now, a new frontier is emerging: the 1000Hz monitor. Achieving a stable 1000 frames per second (FPS) is not merely a task of brute-force graphical power; it is an exercise in system-wide optimization, demanding a re-evaluation of where performance bottlenecks truly lie. The Pace of Performance To hit 1000 FPS, your entire system must deliver a new frame every single millisecond. This leaves zero room for latency in the processing pipeline. 1000 Frames per Second → 1 Millisecond Frame Time AMD's assertion that its Ryzen 9000X3D series can reach this target shifts the focus squarely onto the CPU. In games like Counter-Strike 2 or Valorant, the CPU's ability to prepare frames becomes the primary limiting factor long before the GPU reaches its ceiling. This guide deconstructs the technical requirements for a PC engineered specifically for this 1000Hz target. The Heart of the Machine: CPU Selection To achieve a frame rate of 1000 FPS, the system must render a new frame every millisecond. The most significant latency source is often the time it takes for the CPU to access data from RAM. This is the problem AMD's 3D V-Cache technology solves. By stacking a massive L3 cache on the processor, it minimizes slow calls to system memory, directly boosting frame rates. For the 1000 FPS target, an X3D processor is a prerequisite. Architectural Crossroads: 9800X3D vs. 9950X3D Within AMD's new lineup, two candidates emerge. While the Ryzen 9 9950X3D has more cores, the Ryzen 7 9800X3D's architecture makes it the superior choice for a dedicated gaming machine. Single vs. Dual CCD: The Latency Factor Ryzen 7 9800X3D (Optimal) Single, Unified Chiplet 8-Core CCD + 3D V-Cache Lowest Latency Path Ryzen 9 9950X3D (Compromised) Two Separate Chiplets 8-Core CCD + V-Cache 8-Core CCD (Standard) Infinity Fabric (Adds Latency) The 9800X3D's single-CCD design keeps all gaming threads on one chiplet, eliminating the communication overhead required in the 9950X3D's dual-CCD layout. For pure gaming, simpler is faster. Component Ryzen 7 9800X3D Ryzen 9 9950X3D ArchitectureSingle CCDDual CCD (1x V-Cache + 1x Standard) Gaming RationaleOptimal Choice. The single-CCD design offers the lowest possible latency path for game threads. This is the purist's choice for maximum FPS.Compromised Choice. The dual-CCD design introduces potential for higher latency and reliance on schedulers. Best suited for hybrid gaming/productivity workloads. The Graphics Paradox: GPU for a CPU-Bound World At 1080p, the resolution for competitive gaming, a powerful GPU can render frames far faster than the CPU can prepare them. This is a "CPU-bound" scenario. This creates a paradox: the GPU must be powerful enough to never be the bottleneck, but the absolute most powerful card offers severely diminished returns. AMD's Surprising Concession: In their own marketing, AMD paired their new CPUs with Nvidia's flagship GPUs to hit 1000 FPS. This is a clear signal: to unlock the full potential of a Ryzen 9000X3D, a top-tier Nvidia GPU is required. Interactive Chart: GPU Performance Delta The performance gap between high-end GPUs shrinks dramatically at 1080p compared to 4K. Use the filter below to see how a CPU bottleneck minimizes the advantage of the most expensive card, making the RTX 5080 the smart choice. 1080p (CPU Bound) 4K (GPU Bound) Model Nvidia GeForce RTX 5090 Nvidia GeForce RTX 5080 AMD Radeon RX 9070 XT 1000Hz Suitability Overkill. The performance gain at 1080p is minimal due to CPU bottlenecks. The extreme cost is not justified for this specific use case. Recommended. The pragmatic champion. Provides more than enough performance headroom to ensure the GPU is never the bottleneck at 1080p. Not Recommended. Based on AMD's own data, this GPU is incapable of consistently reaching the 1000 FPS target across the desired range of eSports titles. The System Foundation: Mobo, Memory & Power In a system engineered for a 1ms frame time, supporting components are elevated to primary enablers of performance. Any instability in power delivery or latency in memory access will manifest as a perceptible drop in performance. System Memory: The Zen 5 Sweet Spot For AMD's new Zen 5 architecture, the memory sweet spot has shifted to DDR5-6400 CL32. This speed allows the CPU's Infinity Fabric to run synchronously with the memory controller (1:1 ratio), the lowest-latency configuration possible. Pushing memory speed higher forces an asynchronous 1:2 ratio, which introduces latency and hurts gaming performance. Memory Sweet Spot: Latency vs. Speed This chart illustrates why higher frequency isn't always better. The lowest latency is achieved at 6400 MT/s in a synchronous 1:1 mode. Beyond that, the forced 1:2 mode increases latency, negating the speed benefit for gaming. Motherboard: The Command Center The motherboard is the central nervous system of your PC. For a Zen 5 X3D CPU and a flagship GPU, the X870E chipset is the only logical choice. The "E" stands for "Extreme," signifying that it provides PCIe 5.0 lanes to both the primary graphics card slot and at least one M.2 NVMe slot simultaneously. This ensures maximum bandwidth for today's and tomorrow's components. X870E Chipset: Key Features Robust Power Delivery (VRMs) Essential for delivering stable voltage to the 9800X3D, ensuring consistent boost clocks under load. Dual PCIe 5.0 Support Unlocks the full bandwidth for both the RTX 50-series GPU and next-generation NVMe storage drives. Future-Proof I/O High-speed connectivity like USB4 and Wi-Fi 7 comes standard on most X870E boards. Storage: The DirectStorage Debate A fast NVMe SSD is non-negotiable for a top-tier build. The question is whether a PCIe 5.0 drive is truly necessary for gaming today. While technologies like Microsoft's DirectStorage API promise to leverage these faster speeds to reduce loading times, the real-world impact is still emerging and often minimal compared to a high-quality PCIe 4.0 drive. Feature PCIe 4.0 NVMe SSD PCIe 5.0 NVMe SSD Sequential Speeds~7,000 MB/s~14,000 MB/s Game Load TimesExcellentExcellent (Marginally faster in some titles) CostMature, excellent valuePremium, significantly higher cost RecommendationSufficient for 99% of gamers. Still provides near-instant load times.For future-proofing. The logical choice for a no-compromise build to be ready for next-gen games that fully utilize DirectStorage. Power Supply: The Unsung Hero of Stability With flagship components, the Power Supply Unit (PSU) becomes the bedrock of system stability. Modern GPUs like the RTX 50-series are known for high "transient power spikes" – brief, massive power draws that can trip up lesser PSUs. This is where an ATX 3.0 certified PSU is crucial, as it's specifically designed to handle these spikes without shutting down. Look for the 12VHPWR Connector: An ATX 3.0 PSU includes the native 16-pin 12VHPWR power connector, providing up to 600W of clean power to the GPU without clumsy adapters. Furthermore, an 80 Plus Gold or Platinum rating ensures high power efficiency, meaning less electricity is wasted as heat. This leads to a cooler, quieter, and more reliable system. Thermal Management: The Ecosystem of Cooling The goal of the CPU cooler isn't just to prevent throttling; it's to dissipate heat so effectively that the CPU maintains its highest possible boost clocks for the longest duration. A high-performance 360mm All-in-One (AIO) liquid cooler is the superior choice for this. Chassis and Airflow: A System-Wide Approach The graphics card can exhaust over 400W of thermal energy. A chassis designed for maximum airflow is a prerequisite to ensure both the GPU and CPU AIO have a constant supply of fresh, cool air. Optimized Airflow Path GPU CPU AIO COOL INTAKE HOT EXHAUST A high-airflow case uses front intake fans to pull cool air over components, with top and rear fans exhausting the resulting hot air. Cooling Philosophy: Air vs. Liquid While a 360mm AIO is our top recommendation, a high-end air cooler is also a viable option. The choice comes down to a balance of peak thermal performance, aesthetics, and case compatibility. Cooling Type 360mm AIO Liquid Cooler High-End Dual-Tower Air Cooler PerformanceSuperior heat dissipation for sustained boost clocks. Ideal for exhausting heat directly out of the case.Excellent performance, can rival smaller 240mm AIOs. May struggle slightly more under prolonged, intense loads. Aesthetics & ClearanceClean, modern look with minimal obstruction around the CPU socket. Radiator placement offers flexibility.Massive size can interfere with tall RAM modules and obscure the motherboard. Offers a more traditional, industrial aesthetic. RecommendationThe optimal choice for a no-compromise build where both peak performance and aesthetics are a priority.A reliable alternative. If you prefer simplicity and reliability over the absolute highest thermal performance. Recommended High-Airflow Cases: To complement your cooling choice, consider cases like the Fractal Design Torrent, Lian Li Lancool III, or NZXT H7 Flow. These are engineered with mesh fronts and optimized fan placements to maximize cool air intake. Reality Check: The Human Element Before committing to a build of this magnitude, it's important to contextualize the goal. A 1000 FPS machine is the F1 car of the PC world: an engineering marvel designed for a very specific purpose and a very small group of users. The Limits of Perception While the jump from 60Hz to 144Hz is transformative, the noticeable difference diminishes significantly at higher refresh rates. The benefit of 1000Hz over 500Hz is a theoretical reduction in input latency that only elite eSports professionals, with thousands of hours of training, might perceive. Monitor & Game Availability As of late 2025, true 1000Hz monitors are still rare and expensive display technologies. Furthermore, only a handful of highly optimized, lightweight eSports titles (like CS2 and Valorant) can even approach these frame rates, and often only at the lowest graphical settings. This build represents the absolute pinnacle of what's possible. It's a statement piece and a tool for those competing at the highest level. For everyone else, it serves as a fascinating look into the future of gaming performance. Analyzing the Target Titles Not all games are created equal in the quest for 1000 FPS. The target is only achievable in specific, highly optimized titles that are inherently CPU-bound at low resolutions. This build is purpose-built for the engines that power modern eSports. Game Title Game Engine Performance Profile & 1000 FPS Feasibility Counter-Strike 2Source 2Excellent Candidate. The engine is highly optimized for high frame rates and is famously CPU-dependent. This is a primary target for a 1000Hz build. ValorantUnreal Engine 4 (Heavily Modified)Excellent Candidate. Riot Games specifically engineered the game to run on a wide range of hardware, resulting in extremely high frame rates on high-end systems. League of LegendsProprietary EngineExcellent Candidate. An older, lightweight engine that is not graphically demanding. Reaching extremely high FPS is very feasible. PUBG: BattlegroundsUnreal Engine 4Challenging. While high frame rates are possible, the engine is more graphically demanding and less optimized than CS2 or Valorant, making a stable 1000 FPS unlikely. Naraka: BladepointUnityChallenging. A visually intensive game where the GPU becomes a bottleneck much earlier. A stable 1000 FPS is not a realistic target here. This analysis shows that the 1000 FPS goal is primarily centered around hyper-optimized titles like CS2 and Valorant. While the PC will deliver exceptional performance in all games, the four-digit frame rates are a specialized achievement for a select few. The 1000Hz Build Blueprints The goal of 1000 FPS at 1080p is a CPU-driven endeavor. The following tables outline two complete build configurations. Use the filters to compare the "Optimal" build against our recommended "Pragmatic" choice, which offers nearly identical performance for significantly better value. Show All Optimal Pragmatic Component Build 1: Optimal Performance Build 2: Pragmatic Champion CPUAMD Ryzen 7 9800X3DAMD Ryzen 7 9800X3D CPU Cooler360mm AIO Liquid Cooler360mm AIO Liquid Cooler MotherboardX870E ChipsetX870E Chipset Memory (RAM)32GB DDR5-6400 CL3232GB DDR5-6400 CL32 Graphics CardNvidia GeForce RTX 5090Nvidia GeForce RTX 5080 Primary Storage2TB+ PCIe 5.0 NVMe SSD2TB+ PCIe 5.0 NVMe SSD Power Supply1200W ATX 3.0 80+ Platinum1000W ATX 3.0 80+ Gold Chassis (Case)High-Airflow Mid-TowerHigh-Airflow Mid-Tower
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