NVIDIA Tegra X1 vs Nintendo Switch

The NVIDIA Tegra X1, introduced in 2015, targeted mobile devices and embedded systems.

The Nintendo Switch Processor, a Tegra X1 variant released in 2017, is optimized for the Nintendo Switch console.

Both are manufactured by NVIDIA using a 20 nm process and utilize an ARM big.LITTLE architecture with Cortex-A57/-A53 cores, 3 MB L2 cache, and a maximum memory bandwidth of 26 GB/s. According to internal measurements, the NVIDIA Tegra X1 offers higher single-core and multi-core performance than the Nintendo Switch Processor, with significant performance differences.

Both use the integrated NVIDIA Tegra X1 (Maxwell) graphics unit for gaming. Although the NVIDIA Tegra X1 could offer advantages in CPU-intensive games, the Nintendo Switch Processor is optimized for the console's balance of performance and energy efficiency. The NVIDIA Tegra X1 is designed for moderate power consumption.

The Nintendo Switch Processor prioritizes maximum energy efficiency for long battery life and thermal management in handheld mode, often with adjusted clock frequencies. Both are SoCs in end devices, not available as standalone CPUs; therefore, a price-performance evaluation is not applicable. In summary, the NVIDIA Tegra X1 offers higher computing performance for versatile applications.

The Nintendo Switch Processor is an optimized, energy-efficient solution for gaming. The choice depends on the application area: raw performance for the Tegra X1, optimized gaming with efficiency for the Nintendo Switch Processor.