Intel Celeron J4105 vs Intel Celeron J3455

The Intel Celeron J3455, based on the Apollo Lake architecture, and the Intel Celeron J4105, a representative of the newer Gemini Lake architecture, are designed for use in low-cost desktop systems and energy-efficient solutions.

Both processors are manufactured using the 14 nm fabrication process and each feature four cores and four threads, making them suitable for basic computing tasks such as office work or light media playback. In terms of raw computing power, the Intel Celeron J4105 consistently demonstrates superior performance compared to the Intel Celeron J3455.

Its single-core performance is noticeably higher, and it also significantly surpasses its predecessor in multi-core performance. This leads to a noticeably more responsive user experience in everyday applications. Neither processor is primarily designed for gaming. However, the Intel Celeron J4105 is equipped with Intel UHD Graphics 600, which offers slightly improved graphics performance compared to the Intel HD Graphics 500 of the Intel Celeron J3455.

Additionally, the Intel Celeron J4105 benefits from a higher maximum memory bandwidth of 38 GB/s compared to 30 GB/s for the Intel Celeron J3455, which further supports the integrated graphics solution. Both Celeron models are known for their low power consumption and are well-suited for fanless or passively cooled systems, although specific TDP values were not mentioned.

Without current market prices, an accurate assessment of the price-performance ratio is difficult. Generally, both offer a budget-friendly solution. The Intel Celeron J4105 typically provides improved performance in all areas for only a slight surcharge, thus often representing the better investment.

In summary, the Intel Celeron J3455 is an option for very basic tasks where cost is the decisive criterion. The Intel Celeron J4105, on the other hand, offers noticeably improved overall performance, especially in computing and graphics performance, and is therefore the recommended choice for smoother use with standard applications and playback of high-resolution media.