Intel Processor N100 vs AMD GX-415GA

The Intel Processor N100 is a modern processor (Alder Lake N architecture), designed for energy-efficient systems and basic computing tasks.

It is manufactured by Intel using the 10 nm process and features 4 cores, 4 MB Level 2 Cache, and 6 MB Level 3 Cache. The AMD GX-415GA is an older embedded processor (Temash/Jaguar architecture) from AMD, developed for specialized applications with low power requirements.

It is manufactured using the 28 nm process and has 4 cores, 2 MB Level 2 Cache, and no Level 3 Cache. In terms of computing performance, the Intel Processor N100 significantly outperforms the AMD GX-415GA in single-core and multi-core applications. Its modern architecture enables much more efficient task processing.

Neither processor is designed for gaming. The Intel Processor N100 integrates Intel UHD Graphics 24 EUs (Alder Lake) with 38 GB/s memory bandwidth, sufficient for basic videos and simple games. The AMD GX-415GA uses AMD Radeon HD 8330 with 13 GB/s memory bandwidth. The graphics solution of the Intel Processor N100 is better suited for very simple titles.

The Intel Processor N100 exhibits superior energy efficiency with its 10 nm process. The AMD GX-415GA requires more energy per unit of performance with its 28 nm process. The price-performance ratio of the Intel Processor N100 is better for current requirements due to its higher performance and modern architecture.

The AMD GX-415GA serves as a very inexpensive solution for older embedded systems where extreme economy is paramount.