We’re going to cover the Cortex A57 as implemented in the Nintendo Switch’s Nvidia Tegra X1. The Tegra X1 targets a wide range of applications including mobile devices and automobiles. It focuses on providing high GPU performance in a limited power envelope, making it perfect for a portable gaming console like the Switch. Tegra X1 consumes 117,6 mm2 on TSMC’s 20 nm (20 SoC) process and uses a quad core A57 cluster to provide the bulk of its CPU power. Each Cortex A5 ... ⌘ Read more
We’re going to cover the Cortex A57 as implemented in the Nintendo Switch’s Nvidia Tegra X1. The Tegra X1 targets a wide range of applications including mobile devices and automobiles. It focuses on providing high GPU performance in a limited power envelope, making it perfect for a portable gaming console like the Switch. Tegra X1 consumes 117,6 mm2 on TSMC’s 20 nm (20 SoC) process and uses a quad core A57 cluster to provide the bulk of its CPU power. Each Cortex A5 ... ⌘ Read more