Intel Celeron J6413 vs Raspberry Pi 4 B (Broadcom BCM2711)

The Intel Celeron J6413 is based on the Elkhart Lake architecture and was primarily developed for compact desktop systems and industrial applications.

Manufactured using the efficient 10 nm process, this processor features four cores and four threads. The architecture offers high computing capacity per clock cycle, which is reflected in a significantly higher single-core performance compared to the comparison model. With a memory bandwidth of 60 GB/s and PCIe 3.0 support, the hardware is well connected.

The integrated Intel UHD Graphics 16 EUs (Elkhart Lake) enables simple graphical tasks but remains unsuitable for demanding gaming. With a thermal design power of approximately 10 watts, the Intel Celeron J6413 offers good efficiency. It is recommended for users who need a stable x86 environment for office applications or media servers, with the price-performance ratio depending on the system configuration.

The Broadcom BCM2711 is the heart of the Raspberry Pi 4 B and is aimed at hobbyists and educational applications. The chip, manufactured in a 28 nm process, uses the Cortex-A72 architecture with four cores and four threads. In benchmarks, the single-core performance is significantly below that of its Intel competitor.

The memory bandwidth is limited to 13 GB/s, which restricts speed in data-intensive tasks. The Broadcom VideoCore VI graphics unit is designed for simple multimedia playback but is hardly sufficient for demanding gaming. A major advantage lies in the very low power consumption, which usually remains below 8 watts.

This makes the Broadcom BCM2711 ideal for projects where minimal costs and low energy consumption are the priority. It offers high flexibility for specialized applications despite lower absolute computing power.