CPU Benchmark 2026 — Free Compare 1000+ Processors
CPU benchmark chart updated June 2026. Compare 1000+ Intel and AMD processors with single-core and multi-core scores, specs, architecture, and TDP.
Features
- ✓Data updated June 2026 — covers Intel Core Ultra 200V/200S/300, AMD Ryzen 9000/8000/7000, and more
- ✓Comprehensive database — 1000+ CPUs from Intel and AMD across all segments
- ✓Desktop, mobile, and workstation processors — single-core and multi-core benchmark scores
- ✓Full specifications — cores, threads, architecture, process, cache, clock speeds, TDP, socket
- ✓Browse the full CPU list sorted by benchmark score by default
- ✓Use the search bar to find a specific CPU by name or keyword
- ✓Click filter chips to narrow by manufacturer (Intel, AMD) or device type (Desktop, Mobile)
- ✓Toggle 'Compare mode' and select CPUs to view a side-by-side spec comparison
- ✓Click any CPU row to expand full specifications
- ✓Benchmark comparison table — single-core and multi-core scores are displayed side by side for every processor, letting you compare performance at a glance
- ✓Socket and platform filtering — filter CPUs by socket type (AM4, AM5, LGA 1700, LGA 1851, etc.) to find compatible upgrades without changing your motherboard
- ✓Performance-per-watt analysis — compare TDP alongside benchmark scores to evaluate efficiency, critical for building low-power or quiet systems
How to Use
- 1Browse the full CPU list sorted by multi-core benchmark score by default to see the highest-performing processors at the top
- 2Use the search bar to find a specific CPU by name or keyword — type a model number like '14900K' or 'Ryzen 9' to narrow results instantly
- 3Click filter chips to narrow by manufacturer (Intel, AMD) or device type (Desktop, Mobile) for focused comparisons within your platform
- 4Toggle 'Compare mode' and select 2-4 CPUs to view a side-by-side spec comparison including core count, clock speeds, TDP, and benchmark scores
- 5Click any CPU row to expand full specifications including architecture, process node, L2/L3 cache, base/boost clocks, socket, and release date
- 6Sort the list by different columns — single-core score for gaming relevance, multi-core score for productivity, TDP for power efficiency, or release year for modern architectures
- 7Use the socket filter to find upgrade options that fit your existing motherboard — match your current socket type to see compatible higher-tier CPUs
- 8Cross-reference benchmark scores with your workload — video editors should prioritize multi-core performance, while gamers should focus on single-core scores
Frequently Asked Questions
How are the benchmark scores calculated?
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Benchmark scores are aggregated from standardized CPU performance tests measuring both single-core and multi-threaded performance. Higher scores indicate better raw processing power. Real-world performance varies based on cooling, motherboard, RAM speed, and workload type.
What do the single-core and multi-core scores mean?
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Single-core score measures how fast one CPU core performs — important for gaming, web browsing, and applications that can't use many cores simultaneously. Multi-core score measures all cores working together — important for video editing, 3D rendering, code compilation, and other parallel workloads.
Are mobile CPUs compared directly with desktop CPUs?
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Yes, they use the same benchmark scale. Mobile CPUs are tested at their typical TDP settings, which are lower than desktop parts. A laptop Core i9-14900HX scores lower than a desktop i9-14900K due to power and thermal constraints, and this difference is accurately reflected in the scores.
What about Intel P-cores and E-cores?
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Modern Intel CPUs (12th gen and newer) use a hybrid architecture with Performance-cores (P-cores) for demanding tasks and Efficient-cores (E-cores) for background tasks. The total core count includes both types. Single-core scores primarily reflect P-core performance.
How accurate are the specifications?
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All specifications — core counts, clock speeds, cache sizes, TDP, socket, process node, and architecture — are sourced from official manufacturer datasheets and verified against multiple hardware databases. Data represents reference specifications; actual performance may vary by OEM configuration.
How often is the data updated?
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The CPU database is updated regularly to include newly released processors. The latest update was June 2026, covering all major CPU launches through that date including Intel Arrow Lake/Panther Lake, AMD Ryzen 9000 series, and more.
How should I choose between Intel and AMD CPUs?
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Intel CPUs (12th-15th gen, Core Ultra) generally offer competitive single-core performance ideal for gaming, with their hybrid P-core/E-core architecture providing good multi-tasking. AMD Ryzen CPUs (7000/8000/9000 series) excel in multi-core workloads and typically offer better platform longevity (AM5 socket supported across multiple generations). Both brands are excellent for gaming at the high end. Consider: platform cost (motherboard + RAM), upgrade path (AM5 promises longer support), specific workload optimizations (Intel Quick Sync for video encoding, AMD 3D V-Cache for gaming), and power efficiency.
What is the importance of CPU cache size?
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CPU cache (L1, L2, L3) stores frequently accessed data close to the cores for faster retrieval. Larger cache sizes generally improve performance in latency-sensitive workloads like gaming, database operations, and scientific computing. AMD's 3D V-Cache technology stacks additional L3 cache on top of the CPU chip, providing significant gaming performance improvements — the Ryzen 7 7800X3D outperforms many more expensive CPUs in games due to its large cache. The tool displays L2 and L3 cache sizes for every processor to help evaluate this factor.
What is TDP and why does it matter for CPU selection?
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TDP (Thermal Design Power) indicates the maximum heat a cooling system must dissipate under typical workloads. Higher TDP CPUs (like 125W+ desktop parts) require beefier (and louder) coolers. Lower TDP CPUs (like 15-28W mobile parts) are suitable for thin-and-light laptops. Important: TDP does not equal power consumption — a CPU can draw more than its TDP under heavy all-core loads (PL2 states on Intel, PPT on AMD). When building a system, choose a cooler rated for at least the CPU's TDP, and ensure your motherboard's VRM can handle the power delivery. The tool lists TDP alongside performance scores so you can balance performance with cooling requirements.
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