| File Name | Celestial Kernel Tweaks |
|---|---|
| Size | 208KB |
| Version | v1.7T |
| Category | Magisk Modules |
| Developer | + 6.0 |
| Published By | @Kzuyoo |
| Rating | 4.9 / 5 |
| Flash Via | Magisk, KSU, APatch |
Get Link
Step-by-Step Installation:
- Ensure Root Access: The first prerequisite is having root access via a custom recovery.
- Install via Magisk Manager:
- Open the Magisk Manager.
- Tap on the “Modules” section.
- Click “Install from Storage” and locate the geted file.
- Confirm the installation and allow the module to apply the necessary changes.
- Reboot Your Device: After installation, reboot your device & KSUWebUi Recommended to activate this.
Key Features
Now let’s look at some of the great features of Celestial Kernel Tweaks. Whether you’re a tech whiz or just a casual user, there’s something for everyone:
- Performance Optimization
- CPU Overclocking: You can safely crank up CPU speeds to get better performance—just make sure your hardware won’t overheat!
- I/O Scheduler Tweaks: These help your device manage how it handles data. This means faster app load times and a snappier overall experience.
- Battery Efficiency
- Power Saving Modes: These tweaks lower power use when you’re not using your device, helping the battery last longer.
- Adaptive Charging: Some versions of these tweaks allow your device to learn from your charging habits and speed up charging as needed.
- Customization Options
- Kernel Parameters: You can tweak settings like governor choices and voltage offsets to fine-tune performance exactly how you want it.
- Visual Tweaks: Some modules even offer ways to change the look of the interface for a more enjoyable user experience.
Changelogs
- Removes Real-Time Scheduler (RT) modifications to revert to kernel defaults to prevent delays and lag during initial boot.
- Adjusts the scaling of small cluster CPUs (CPUs 0–3) with adaptive limits for fast response without heat spikes.
- Allows large cluster CPUs (4–7 CPUs) to be fully dynamic to maintain performance under heavy loads.
- Updated the centralized variable-based scheduler calculation for more consistent and stable timing.
- Implements adaptive swappiness based on total RAM to reduce excessive swap.
- Adjust page-clusters according to memory capacity to reduce paging latency.
- Optimize network buffers to reduce packet drops and stabilize traffic.
- Disables kernel panic, logging, and tracing to reduce system overhead.
- other optimizations.
