AMD Ryzen Embedded R1505G vs Intel Processor N95

The AMD Ryzen Embedded R1505G, manufactured by AMD using the 14 nm process based on the Banded Kestrel (Zen) architecture, is designed for embedded systems and industrial applications that require stability and long-term availability.

It features a 4 MB Level 3 cache, PCIe Version 3.0, and a maximum memory bandwidth of 38 GB/s. Its integrated AMD Radeon RX Vega 3 graphics unit serves basic visual tasks. In terms of single-core performance, it lags behind the Intel Processor N95.

Multi-core benchmark values are not available. The processor is designed for energy-efficient operation; specific TDP values or market prices are not provided. The Intel Processor N95, manufactured by Intel using the 10 nm process based on the Alder Lake N architecture, targets energy-efficient devices such as mini-PCs, thin clients, and entry-level laptops.

It has a 4 MB Level 2 cache and a 6 MB Level 3 cache, also PCIe Version 3.0, and a maximum memory bandwidth of 38 GB/s. Its integrated Intel UHD Graphics 16 EUs (Alder Lake) provides basic graphics performance for media playback and office applications. This processor demonstrates significantly higher single-core and measurable multi-core performance compared to the AMD Ryzen Embedded R1505G.

It is also optimized for very low power consumption, but specific TDP values and market prices are not available. In a direct performance comparison, the Intel Processor N95 offers superior single-core and documented multi-core performance thanks to its more modern architecture. The AMD Ryzen Embedded R1505G, for which multi-core values are missing, is weaker in the single-core domain.

Neither is designed for gaming. The Intel Processor N95 is recommended for general, energy-efficient computing tasks with a better price-performance ratio. The AMD Ryzen Embedded R1505G is the choice for specialized embedded markets requiring reliability and a long product lifespan.