Intel Core i3-11340 CPM vs MediaTek MT8377

The Intel Core i3-11340 CPM is based on the Rocket Lake S architecture and is intended for use in desktop systems.

Manufactured using a 14-nanometer process, this processor is aimed at users who want to efficiently handle everyday office tasks and moderate multitasking. The processing unit dispenses with a Level 2 cache, but offers a Level 3 cache of 8 megabytes as intermediate storage. In common measurement procedures, the Intel Core i3-11340 CPM shows significantly higher single-core performance compared to mobile solutions, which has a positive influence on the system's reaction time.

For games, the integrated Intel UHD Graphics 630 can only be used to a limited extent, as it was designed for graphically undemanding applications. The memory bandwidth of 51 GB/s ensures rapid data exchange, supported by the PCIe 3.0 standard. Energy consumption is typical for desktop computers, with the thermal design power requiring active cooling.

This processor is recommended for users looking for a system for writing and the Internet. The MediaTek MT8377 is a system-on-a-chip developed for mobile devices and based on the Cortex-A9 architecture.

With a manufacturing process of 40 nanometers, this processing unit belongs to a specific technological generation. The target group primarily includes users of simple mobile applications on compact devices. The processing power in single and multi-core scenarios is very low compared to desktop processors due to the architecture and low clock frequency.

The integrated PowerVR SGX531 graphics unit is sufficient for basic visual representations, but not suitable for graphically intensive games. A Level 2 cache of 1 megabyte noticeably limits speed during complex data operations. The main advantage lies in the low power consumption for battery operation, which, however, limits the computing power.

In the market, it plays a subordinate role in terms of price, as the technology is specialized for current standards. It is exclusively suitable for very simple tasks in specialized, energy-efficient environments.