Best Pick

AMD Ryzen 9 7900 12-core AM5

99 Most Efficient Score
12C/24T5.4GHz64MB L3AM565W
Why we recommend this

The 12-core Zen 4 architecture on a 5nm process delivers a 48,116 PassMark multi-core score while sipping power at just 65W TDP, making it an efficiency leader. It includes a capable Radeon iGPU and a boxed Wraith Prism cooler, offering a complete out-of-the-box experience without added cost. This processor is best for workstation users running heavily threaded productivity tasks who prioritize low power consumption and thermals over peak gaming frame rates.

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Great Alternatives

These options also score highly and may better suit your specific needs

AMD Ryzen 5 7600X3D 6-core AM5

94.6 Most Efficient Score
6C/12T4.7GHz96MB L3AM565W
Why we recommend this ▼

The 96MB of 3D V-Cache gives this 6-core, 12-thread chip a distinct advantage in gaming, delivering frame rates that rival higher-tier processors while maintaining a modest 65W TDP. Its positioning as a Micro Center exclusive creates a compelling value proposition for builders who can access it, effectively bringing high-end gaming cache to a mid-range price point. This processor is best for AM5 system builders who prioritize pure gaming performance and power efficiency over heavy multi-threaded workstation tasks.

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AMD Ryzen 7 9800X3D 8-core AM5

79.7 Most Efficient Score
8C/16T5.2GHz96MB L3AM5120W
Why we recommend this ▼

The 5.2 GHz boost clock and 96MB L3 cache, built on Zen 5 and 4nm, deliver top-tier gaming performance with a PassMark multi-core score of 39954. Its 120W TDP and unlocked multiplier allow overclocking on the AM5 platform, while the integrated Radeon Graphics and PCIe 5.0 support add flexibility. Best for gamers who prioritize frame rates and want a high-end CPU for demanding titles without needing a discrete GPU for basic tasks.

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AMD Ryzen 5 4600G

75.7 Most Efficient Score
6C/12T4.2GHz8MB L3AM465W
Why we recommend this ▼

The 7nm Zen 2 architecture delivers 6 cores and 12 threads with a 4.2 GHz boost, plus integrated Radeon graphics that eliminate the need for a separate GPU in basic builds. Its 65W TDP and unlocked multiplier make it a power-efficient choice for compact systems, while the bundled Wraith Stealth cooler keeps setup costs low. Best for budget-conscious builders assembling entry-level gaming or office PCs who want solid integrated graphics and upgrade headroom on the AM4 platform.

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AMD FD6200FRGUBOX

61.5 Most Efficient Score
6C/6T3.8GHzAM3125W
Why we recommend this ▼

The 3.8GHz base and boost clock on six unlocked cores delivers solid multi-threaded performance for its 125W TDP, backed by a 24MB L2 cache and a PassMark multi-core score of 24866. Its boxed cooler and Socket AM3 compatibility make it a straightforward drop-in upgrade for older AM3 boards, with a 3.5/5 customer rating reflecting reliable but dated performance. Best for budget-conscious builders upgrading an existing AM3 system for everyday productivity and light gaming, where its 72.8 productivity and 70.3 gaming scores offer decent value.

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AMD FX 8370 8-core AM3+

37.7 Most Efficient Score
8C/8T4.3GHz8MB L3AM3+125W
Why we recommend this ▼

An unlocked 8-core design with a 4.3GHz boost clock and bundled Wraith cooler offers straightforward overclocking on the legacy AM3+ platform. Its 125W TDP and 32nm Vishera architecture deliver dated multi-threaded throughput for budget-conscious builders with existing DDR3 systems. This processor suits users maintaining older AM3+ rigs for basic productivity tasks, not modern gaming or efficiency-focused workloads.

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AMD B960966

37 Most Efficient Score
8C/8T4.2GHz8MB L3Socket AM3+125W
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AMD EPYC 7413 24-core SP3

35.8 Most Efficient Score
24C/48T3.6GHz128MB L3SP3180W
Why we recommend this ▼

Built on the 7nm Zen 3 architecture, the 24-core, 48-thread processor delivers strong multi-threaded throughput with a massive 128MB L3 cache and a 3.6 GHz boost clock. Its 180W TDP balances dense compute capability with reduced energy consumption for the Socket SP3 platform, backed by PCIe 4.0 connectivity. This chip is best for data center operators running virtualized workloads and general-purpose server applications where core density per watt is the priority.

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