Intel Core i7-4650U vs Intel Processor N100

The Intel Core i7-4650U is based on the Haswell U architecture and was primarily developed for mobile devices such as lightweight notebooks.

Manufactured in a 22-nanometer process, this processor features two cores and four threads. In common tests, it is shown that computing power for single- or multi-core applications lags behind more powerful architectures. The integrated Intel HD Graphics 5000 offers a basic graphic output, but is hardly sufficient for graphically demanding games.

With a thermal design power of 15 watts, the power consumption is designed for mobile purposes, although efficiency is lower compared to other standards. The price-performance ratio for this model is primarily relevant on the used market. The Intel Core i7-4650U offers a maximum memory bandwidth of 26 GB/s and has a level 3 cache of 4 MB.

It is primarily suitable for simple office tasks. The Intel Processor N100 is based on the Alder Lake N architecture and is designed for inexpensive, energy-efficient systems.

Through manufacturing in a 10-nanometer process, it offers four cores and four threads. In single-core and multi-core performance, it significantly outperforms the Intel Core i7-4650U, which enables smoother working. The Intel UHD Graphics 24 EUs (Alder Lake) benefits from a memory bandwidth of 38 GB/s, which improves graphical display, even if it is not intended for demanding gaming.

With a thermal design power of only 6 watts, the Intel Processor N100 operates very economically. The price-performance ratio for this model is very advantageous due to the integration into cost-effective overall systems. It has a level 3 cache of 6 MB. Due to the efficient architecture, the Intel Processor N100 is the preferred choice for common everyday applications and compact, often silent media systems.