P-cores are geared towards power and performance, offering sheer speed, while E-cores are energy efficient. Like with Alder Lake, Raptor Lake uses a mix of both E-cores and P-cores, these each specialises in different things. Intel meanwhile uses the powerful Raptor Lake architecture, which sees improvements of 34% for multi-core and 11% for single-core, over the previous Alder Lake. As well as this it is far more efficient than its predecessor boasting 62% less power draw at comparable levels of performance. According to a press release from AMD, the architecture has 29% single-core improvements over Zen 3. Zen 4 is the first 5nm desktop CPU ever produced. All Ryzen 9 CPUs have Zen 4 architecture while Intel i9 chips carry Raptor Lake. The differences between Ryzen 9 and Intel i9 processors largely come down to architecture. We’ll be discussing the architecture, performance and compatibility of each CPU to make sure you can make an informed purchase. We’ve broken our comparison down into several sections, in order to give as complete an overview as possible. NOW READ: TODAY'S COIN MASTER FREE SPINS HAVE ARRIVED - FIND OUT WHAT THEY ARE HERE!
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