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The details make the difference

AMD Athlon X2 450 vs Intel Pentium G6952 @ 2.80GHz

Comparing 2 of up to 6 processors side by side.

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2 of 6 selectedAMD Athlon X2 450Intel Pentium G6952 @ 2.80GHz
Side-by-side metrics
Best available benchmark scores and lowest listed price are highlighted.
Metric
Single core878765
Multicore1,295995
Estimated priceNot listedNot listed
Cores22
ThreadsNot listed4
Performance coresNot listedNot listed
Efficient coresNot listedNot listed
Turbo clock3.9 GHzNot listed
Typical TDP65 WNot listed
SocketFM2+LGA1156
First seenQ3 2022Q1 2026

How do the benchmark scores compare?

AMD Athlon X2 450 has a PassMark single-core score of 878, compared with 765 for Intel Pentium G6952 @ 2.80GHz. AMD Athlon X2 450 has the higher score in this benchmark.

AMD Athlon X2 450 has a PassMark multicore score of 1,295, compared with 995 for Intel Pentium G6952 @ 2.80GHz. AMD Athlon X2 450 has the higher score in this benchmark.

Single-core scores describe one thread; multicore scores describe aggregate CPU throughput. These results do not establish which CPU is faster in every application. Compare platform support and total upgrade cost before buying.

AMD Athlon X2 450 lists FM2+; Intel Pentium G6952 @ 2.80GHz lists LGA1156. Check the motherboard manufacturer's CPU support list and BIOS requirements. If the required platform changes, include motherboard, memory and cooling costs; the CPU price alone is not the full upgrade cost.

Sources and data freshness

The retrieval date records when Find Me a CPU collected the source data. It is not a benchmark test date. Prices are USD estimates from the source, converted for other currencies, rather than live retailer offers. Release / first seen means the CPU first appeared on PassMark charts, not necessarily its launch date.

Benchmark scores do not predict frame rates in a particular game. Typical TDP is a specification, not measured electricity use. A matching socket does not confirm motherboard support; check the manufacturer's CPU support list and BIOS requirements.

How our data and recommendations work