Intel Celeron N5095A vs Intel Celeron J6412

The Intel Celeron J6412, based on the Elkhart Lake architecture and manufactured using the 10 nm process, is intended for use in embedded systems and thin clients.

The Intel Celeron N5095A, based on the Jasper Lake architecture (also 10 nm), is typically found in mini-PCs and cost-effective desktop systems.

Both processors feature four cores and four threads, utilize PCIe 3.0, and have 2 MB of L2 cache. The Intel Celeron N5095A additionally offers 4 MB of L3 cache. Regarding computing performance, the Intel Celeron J6412 shows overall more robust performance in some single-core tests as well as in multi-core applications.

The Intel Celeron N5095A exhibits stronger performance in specific other single-core benchmarks. Both processors are only very marginally suitable for gaming. The integrated graphics units, Intel UHD Graphics 16 EUs, are sufficient for undemanding titles. The Intel Celeron J6412 benefits from a maximum memory bandwidth of 60 GB/s, while the Intel Celeron N5095A offers 47 GB/s.

In terms of power consumption, the Intel Celeron N5095A is often found in systems with low power consumption and passive cooling, indicating high efficiency. The Intel Celeron J6412, designed for embedded applications, also offers good energy efficiency. Price-wise, both are positioned in the entry-level segment, with their value strongly depending on the specific system offering.

In summary, the Intel Celeron J6412 offers overall higher computing performance for general desktop tasks. The Intel Celeron N5095A stands out with potentially higher energy efficiency and is ideal for ultra-compact, energy-conscious mini-PCs where low power consumption is a priority.