Team Cherry released a new patch for Hollow Knight on Feb. 5, adding native ultrawide support and Steam Deck-friendly 16:10 resolution, featuring upgrades to input handling and visual dithering. This update was the studio's first since 2022 and arrived ahead of the game's ninth anniversary on Feb. 24.
The patch upgraded the title to Unity's Input System for broader controller compatibility while retaining the original system as an option. It also introduced pause-on-inventory, smoother map panning, dithering options to reduce color banding, bug fixes for specific encounters, and general performance tweaks.
For players, native aspect-ratio support removes reliance on community mods and eliminates black bars on handhelds like Steam Deck, improving immersion and usability. As more retro and indie titles adopt varied display formats, official ultrawide and 16:10 patches set a practical standard for accessibility and preservation of developer intent.
Ultrawide Updates
Team Cherry Adds Ultrawide And Steam Deck 16:10 Support
Trend Themes
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Ultrawide Adoption — The integration of ultrawide support in gaming signals a shift towards immersive experiences with expansive visual displays.
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Handheld Console Compatibility — Adapting games for devices like the Steam Deck highlights an industry focus on versatile gameplay across different hardware formats.
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Retro Game Modernization — Updating classic and indie games with modern features like advanced input systems showcases a commitment to enhancing user satisfaction while preserving nostalgia.
Industry Implications
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Gaming Technology — The inclusion of ultrawide and 16:10 support suggests opportunities for innovation in display technologies specifically designed for gaming experiences.
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Consumer Electronics — An increasing demand for compatibility across gaming platforms can drive advancements in the design and functionality of gadgets.
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Software Development — With the shift toward wider aspect ratios and enhanced input systems, there's room for growth in creating tools that facilitate smoother integration with diverse hardware specifications.