Intel Celeron N4500 vs Intel Processor N200

The Intel Celeron N4500 (Jasper Lake, 10 nm) is a processor for energy-efficient entry-level systems, designed for basic tasks in affordable laptops and mini-PCs.

The Intel Processor N200 (Alder Lake N, 10 nm) targets the same segment but offers noticeably higher performance for everyday tasks with low power consumption.

Both CPUs are manufactured using the 10 nm process. The Intel Celeron N4500 has two cores and two threads with 2 MB L2 and 4 MB L3 cache. The Intel Processor N200 has four cores and four threads, as well as 4 MB L2 and 6 MB L3 cache, which provides improved multitasking capability.

In terms of computing performance, the Intel Processor N200 significantly outperforms the Intel Celeron N4500. This is evident in single-core and especially in multi-core applications, where the Intel Processor N200 shows considerably higher performance thanks to its newer architecture and more cores.

Neither processor is designed for demanding gaming. The Intel Celeron N4500 uses an Intel UHD Graphics with 16 EUs (Jasper Lake). The Intel Processor N200 offers rudimentarily better graphics performance with its Intel UHD Graphics 32 EUs (Alder Lake), but this is only sufficient for very simple or older games.

Both processors are characterized by very low power consumption and low TDP. They are optimized for high energy efficiency, ideal for mobile and compact systems where minimal heat generation and power intake are priorities. Direct CPU prices are difficult to ascertain as both processors are usually integrated into systems.

The Intel Celeron N4500 is found in the most affordable devices. The Intel Processor N200 offers significantly improved overall performance for a usually slightly higher system price, making it a more attractive option in the entry-level segment. The Intel Celeron N4500 is ideal for the most basic tasks with maximum energy efficiency and minimal costs.

The Intel Processor N200 is recommended for smoother operation, light multitasking, and improved media playback, thanks to significantly higher computing and graphics performance with low power consumption.