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Compare

AMD Ryzen 1950X 16-core 3.4 GHz Socket 0 180W Desktop Processor AMD Ryzen 3960X 24-core 3.8 GHz Socket 0 280W Desktop Processor

6.2/10 Score 4519

9.5/10 Score 7002

AMD Ryzen 3960X 24-core 3.8 GHz Socket 0 280W Desktop Processor

$ 600

$ 1400

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CPU Architecture Cores Threads CPU Clock CPU Turbo Clock Cache DDR3 DDR4 Memory Bandwidth Maximum Memory Generation Socket Thermal Design Power

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Visual view Simple view

CPU Architecture The smaller CPU, the better performance

14 nm

7 nm

Cores The more Cores, the more tasks CPU can perform at the same time

Threads Threads are not physical cores, but they help with multitasking

CPU Clock The higher the clock, the more instructions CPU can execute per second

3.4 GHz

11% higher

3.8 GHz

CPU Turbo Clock CPU turbo clock helps to squeeze more performance by increasing base clock

4 GHz

11% higher

4.5 GHz

Cache CPU stores copies of the frequently used data to the cache for faster execution

32 MB

128 MB

DDR3 Type of memory CPU supports

DDR4 Type of memory CPU supports

Yes

Memory Bandwidth The more bandwidth, the faster data is transfered between CPU and RAM

79.4 GB/s

17% faster

95.3 GB/s

Maximum Memory The maximum amount of memory CPU can support

2048 GB

Generation

Socket

Thermal Design Power Typical power consumption of the Central Processing Unit

36% lower

180 Watts

280 Watts

Recommended

9.5/10 Score 7002

AMD Ryzen 3960X 24-core 3.8 GHz Socket 0 280W Desktop Processor

Benchmark

Full specs

Compatible

To build

PROS 7

CPU Architecture	7 nm vs 14 nm	CPU architecture size is (7nm) 50% bigger
Cores	24 vs 16	(8) 33% more physical cores
Threads	48 vs 32	(16) 33% more logical cores
CPU Clock	3.8 GHz vs 3.4 GHz	Clock speed is (0.4GHz) 11% higher
CPU Turbo Clock	4.5 GHz vs 4 GHz	Turbo clock speed is (0.5GHz) 11% higher
Cache	128 MB vs 32 MB	(96MB) 75% bigger processor cache memory
Memory Bandwidth	95.3 GB/s vs 79.4 GB/s	Memory bandwidth is (15.9GB/s) 17% faster