Intel Core i5-4300Y vs Intel Processor N100

The Intel Core i5-4300Y is based on the Haswell-Y architecture and was designed for use in very thin, mobile end devices.

This model serves as a solution for fanless tablets and Ultrabooks. Manufactured using a 22-nanometer process, this processor has two cores and four threads. The technical specifications include a Level 3 cache of 3 megabytes, while no Level 2 cache is present, and a maximum memory bandwidth of 26 gigabytes per second.

In synthetic measurements of single-core and multi-core performance, it falls behind the Alder Lake architecture. The integrated Intel HD Graphics 4200 allows for basic graphical output, but reaches its limits with demanding applications. Due to the low thermal design power, the model is suitable for simple office work.

Today, it is mainly found in used devices, which results in a specific price-performance ratio. The Intel Processor N100 comes from the Alder Lake-N architecture and is intended for efficient compact computers as well as affordable mobile devices.

Thanks to the 10-nanometer manufacturing process, it offers four cores and four threads with high energy efficiency. With a Level 2 cache of 4 megabytes and a Level 3 cache of 6 megabytes, as well as a memory bandwidth of 38 gigabytes per second, it significantly outperforms the Haswell architecture in computing power.

The integrated Intel UHD Graphics 24 EUs (Alder Lake) provides a more stable display for media content and simple graphical tasks. In comparisons of single-core and multi-core performance, this processor performs much better. It represents an efficient solution for users looking for a balance between purchase costs and everyday computing performance in current, energy-saving systems.