The AMD Ryzen 7 3800X Matisse CPU is a good choice for PCs made for playing games or running performance-intensive software, such as graphic editors. and enough processing power for seamless software operation, thanks to a clock speed. If needed, the CPU will automatically overclock to an impressive 4,5 GHz, temporarily improving the output of your computer system. The so-called memory cache of the CPU has a capacity of 32 MB if it's an L3 cache and 4 MB with an L2 cache. The CPU uses 7 nm production technology, which is why it ranks among the most advanced chips available. The advantages of the CPU include a practical integrated graphics card.
Good for overclocking due to the unlocked CPU multiplier
The AMD Ryzen 7 3800X processor includes 8 cores
Processor maximum clock speed under load: 4,5 GHz
Supported memory channels: 2
Automatic overclocking for better performance
Without integrated graphics chip integrated graphics card
AMD Ryzen 7 Matisse CPU supports DDR4 RAM type
processor has CPU cooler included
L3 cache on the CPU is 32 MB
L2 cache on the CPU reaches 4 MB
The production technology of the processor is 7 piece(s) nm
CPU microarchitecture: Zen 2
AMD Ryzen 7 3800X CPU Overclocking Options
The CPU utilises automatic overclocking to effectively manage power consumption and general processing load. Under heavy load, the CPU will automatically raise the clock speed up to 4,5 GHz. The AMD Ryzen 7 Matisse CPU enables you to comfortably change the base core frequency via manual overclocking as well. It includes an unlocked multiplier for it and can put up with heavy processing load. However, overclocking causes a higher TDP, which for the AMD Ryzen 7 3800X CPU makes 105 W. This CPU model comes with an original cooler, though it's not suitable for for extreme load. If you want to experiment with overclocking, make sure to get a different, more powerful cooling solution.
The supported memory type indicates which operating memory the processor can work with without problems. In practice, this primarily means the generation of modules - the most common today are DDR4 and the more modern DDR5. Each processor has precise limits, so if you try to insert a different type, the computer won't find the memory at all and won't start up.
The maximum number of channels expresses how many separate paths the processor can divide the communication with the RAM into. Most common home computers operate with two channels, so it is ideal to install two identical memory modules to double the speed. If the processor offers a dual-channel connection, it pays to always fit memory in pairs; otherwise, unused channels remain "empty" and performance is reduced.
2 ×
Performance
CPU Passmark
24,562
Integrated graphics card
Integrated graphics card type
Without integrated graphics chip
Advanced parameters
Features
Automatic Overclocking, Cooler pack, Open multiplier
A processzor termikus tervezési teljesítménye (TDP) a processzor legnagyobb lehetséges hőteljesítménye, amely a szabványos alkalmazásokban elérhető. Azt jelzi, hogy a számítógép hűtőrendszerének mennyi hőt kell elvezetnie a processzortól, hogy megvédje a túl magas hőmérséklettől, amelyet az nem képes kezelni. A tervezett hőteljesítmény értékét a gyártó adja meg minden egyes komponensre (processzorok, videókártyák stb.). A magasabb TDP érték általában nagyobb teljesítményű processzort jelent. Azonban ahogy nő az értéke, úgy nőnek a hűtési követelmények is. A TDP mértékegysége a watt.
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