During normal gameplay, the Switch CPU operates at 1.02 GHz to conserve battery life and manage heat. When loading a location in version 1.6.0, the system safely overclocks the CPU to 1.78 GHz. Once the environment loads, the clock speed drops back to normal to prevent overheating. This technology was later utilized in other first-party titles, including Super Mario Odyssey . Impact on Storage Types
“I held the Calamity back for a century. But I also held us back. This update… it’s my guilt given form.” zelda botw 160 update better
The hidden optimization in version 1.6.0 relies on a system feature known as "boost mode." This developer tool allows the Nintendo Switch CPU to temporarily increase its clock speed during specific processing spikes, such as loading screens. During normal gameplay, the Switch CPU operates at 1
: Some users reported increased frame dips in dense areas like Kakariko Village or the Great Plateau following the update, though these were not officially confirmed by Nintendo. This technology was later utilized in other first-party
: For many, the best part was that this performance boost was completely unannounced. Discovering it was like finding a hidden Korok seed—a delightful surprise that significantly enhanced their favorite game years after its initial release.
: The game utilizes the Switch’s internal gyroscopes, allowing you to look around Hyrule simply by moving your head.
You can now use a real-time map on an iPad or tablet while you play. It tracks items and locations without you having to pause the game every 30 seconds.