Historial de versiones publicadas. Las notas originales conservan el texto del proyecto; se excluyen los borradores.
v2.6.7
Versión estable ·
Metadatos del paquete, vistas previas para gestores y documentación de instalación. Sin cambios de ajustes.
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v2.6.7
Packaging and Documentation
The package now carries extended module metadata, so managers that read it show the module icon, cover image, dashboard screenshots, support and donate links, and the supported device list next to the module.
The supported device list is published as model IDs, so it matches Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, and Pixel 9 Pro Fold instead of failing to match every device.
The README has been rewritten around first-time setup: requirements, flashing steps for Magisk, KernelSU, and APatch, updating, uninstalling, troubleshooting, and dashboard screenshots.
Corrected the documented logging behavior. debug.log is the boot tuning report and is rewritten on every boot, while actions taken from the dashboard are recorded in maintenance.log. The support snapshot is regenerated by Run maintenance, not by the Support tab, which only loads the existing file.
Added a contributing guide, a security policy with a private reporting channel, and issue forms that collect the device, build, root solution, profile, and a support snapshot.
Release preflight now parses the module metadata, and documentation assets are kept out of the package.
No tuning, thermal, or WebUI behavior changes in this release.
Recuperación de tareas, persistencia de perfiles, selección térmica y archivos de estado atómicos.
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v2.6.6
Reliability and State Handling
Maintenance and app optimization no longer stay blocked after an abnormal shutdown: locks now record their owner and are reclaimed when stale.
A background task interrupted before it finished is reported as interrupted instead of complete.
The selected profile and thermal profile now survive a module update.
Thermal Control profile buttons no longer change the performance profile.
Re-enabling Thermal Control restores the previously selected profile, including Charge Cool.
The dashboard updater is no longer skipped when its recorded PID was reused after a reboot.
Status and API state files are written atomically.
Uninstall no longer leaves module state behind under /data/adb.
WebUI: re-tapping an action no longer disables every control for the rest of the session, log tabs render the log they highlight, and the running job shows its own label.
Release metadata is published as a release asset, so the update feed can no longer advertise a package that does not exist yet.
Corrected the documented device codenames and added the Pixel 9 Pro Fold.
Thermal Control integrado y opcional, coordinación de perfiles y soporte de GPU ampliado.
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v2.6.4
Consolidated Release Notes
Integrated Thermal Control is bundled into the main Supercharger module with Balanced, Gaming, and Charge Cool profiles.
Thermal Control stays off by default for safer first boot behavior, with manual enable, disable, and profile selection from WebUI.
Active Smooth syncs to Balanced Thermal and Performance / Gaming syncs to Gaming Thermal after Thermal Control is enabled.
Charge Cool remains a manual Thermal-only profile and is preserved during routine Supercharger refreshes.
WebUI copy has been refined across status, profiles, thermal mode, maintenance, logs, app optimization, and support output.
KernelSU WebUI packaging ships with explicit Unix file modes while keeping webroot detection compatible with KernelSU.
Performance / Gaming includes expanded GPU devfreq discovery, GPU floor fallback, saved GPU policy state, and gpu-scan diagnostics.
Maintenance includes one-tap repair, support snapshot generation, background task progress, app optimization, and Android system dexopt trigger.
Safety behavior remains conservative: no thermal bypass, no charging override, no forced stable-profile CPU/GPU clocks, and no block scheduler override.
Release packaging uses an explicit manifest plus preflight checks for shell scripts, WebUI JavaScript, update metadata, thermal JSON, package contents, Unix permissions, runtime state, and active thermal overlays.
Local build outputs, logs, profile state, task state, caches, and editor files are ignored so release ZIPs stay clean.
Pixel 9 Series Supercharger v2.5 is a major release focused on profile-based tuning, a redesigned WebUI, safer maintenance tools, app optimization, improved diagnostics, and optional integration with Supercharger Thermal Control.
This release keeps the default daily-use profile conservative while introducing a separate experimental Performance / Gaming profile for users who want stronger responsiveness during gaming or short performance sessions.
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Highlights
Redesigned WebUI dashboard
New profile system
Added Active Smooth profile
Added Performance / Gaming profile
Added optional Supercharger Thermal Control integration
Added ART app optimization tools
Added one-tap maintenance
Added support snapshot generation
Added async background tasks for long operations
Added improved Android 17 detection
Added stronger diagnostics and status reporting
Added Graphics Pipeline Boost fallback for kernels without direct GPU devfreq access
Improved boot safety and fallback handling
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New WebUI Dashboard
v2.5 introduces a redesigned WebUI for KernelSU and Magisk environments.
The new dashboard includes:
Overview page
Profile control
Maintenance tools
Logs viewer
App optimization tools
Support snapshot tools
Thermal Control addon status
Cleaner mobile layout
Improved spacing around Pixel status bar and camera cutout areas
Long-running actions now run in the background to reduce WebUI freezing and improve usability.
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Profile System
v2.5 introduces a profile-based tuning framework.
Active Smooth
Default daily-use profile.
Designed for:
smoother daily use
better responsiveness
safe boot behavior
battery-conscious tuning
thermal consistency
stable long-term use
Performance / Gaming
Experimental profile for gaming and higher responsiveness.
Designed for:
stronger foreground responsiveness
gaming-oriented VM tuning
best-effort CPU responsiveness tuning
stronger IRQ routing where accepted by the kernel
storage read-ahead floor where useful
graphics pipeline support where available
Thermal Control gaming sync
Performance / Gaming may increase heat, power usage, and battery drain.
This stable release focuses on strengthening compatibility, diagnostics, and cross-version resilience while preserving the current performance profile.
The goal of v2.4 STABLE is to keep the module feeling reliable and well-balanced on Android 16 QPR3 while improving adaptability and observability for Android 17, without introducing harsher tuning.
Highlights
Improved compatibility handling across Android 16 QPR3 and Android 17
Added stronger capability detection instead of relying on rigid version-specific behavior
Expanded diagnostics and auditing for easier support and troubleshooting
Preserved the current stable tuning profile without adding aggressive new tweaks
Focused on long-term maintainability and cleaner fallback behavior
Changes
Added a dedicated System Version Audit block for Android release, SDK, build, kernel, and device reporting
Added a Compatibility Audit block to validate available paths, supported options, and kernel-exposed capabilities
Improved block I/O compatibility checks with safer scheduler parsing and stricter validation
Improved network capability validation before applying supported values
Improved compatibility handling for unsupported or unavailable nodes by using safer SKIP behavior
Preserved vm.page-cluster=0 only when swap or zram is active
Preserved selective IRQ affinity for storage/UFS, Wi-Fi/network, and touch/input
Preserved conservative VM, block I/O, and network tuning with cleaner diagnostics
Added a more useful support-oriented audit flow for easier comparison between builds
Focus of this release
Better cross-version compatibility
Better diagnostics and support visibility
Cleaner fallback behavior
More maintainable daily-use profile
Stable performance without unnecessary expansion of tuning scope
Notes
This release does not aim to push performance further through additional tweaks.
Instead, it improves how the module detects, validates, and applies its existing profile so it can remain safer, cleaner, and more dependable across future Android updates.
This stable release keeps the profile conservative, readable, and well-audited.
The goal of v2.3 STABLE is to retain the tweaks that provide the best balance between smoothness, battery life, thermal consistency, and boot safety on the Pixel 9 Pro XL / Pixel 9 Pro series.
Highlights
Removed unnecessary runtime variation
Kept only the most stable and consistent tuning paths
Improved presentation of both Magisk dashboard and audit logs
Maintained best-effort behavior across unsupported kernels
Focused on daily-use stability over aggressive tweaking
Changes
Kept vm.page-cluster=0 only when swap or zram is active
Kept selective IRQ affinity only for storage/UFS, Wi-Fi/network, and touch/input
Removed cpu.uclamp.latency_sensitive writes from the service profile
Preserved conservative VM tuning with clear per-setting logging
Preserved block I/O tuning with per-device logging and summary output
Preserved safe network tuning with cleaner audit wording
Refined dashboard wording and visual presentation
Refined debug.log section headers and message consistency
Kept battery temperature refresh slow and conditional to reduce overhead
Focus of this release
Better daily stability
Better readability and diagnostics
Lower battery impact
Cleaner boot behavior
More polished stable presentation
Notes
>This release is intended to be the clean and dependable profile for everyday use.
It does not try to be harsher than previous builds; instead, it aims to be more predictable, more transparent, and easier to trust.
This release focuses on refining the module instead of adding more aggressive tweaks.
The goal of v2.2 is to deliver a cleaner, safer, and more device-aware tuning profile for daily use on the Pixel 9 Pro XL / Pixel 9 Pro series.
Highlights
Removed overly aggressive global IRQ behavior
Switched to more selective and safer tuning logic
Improved thermal awareness to protect stability and battery life
Reduced unnecessary boot-time writes
Kept the module focused on real-world smoothness instead of excessive tweaking
Changes
Removed global IRQ affinity application across all IRQ nodes
Moved toward selective IRQ handling for relevant hardware only
Reworked block I/O tuning to detect valid block devices dynamically
Reduced read_ahead_kb defaults for a more balanced storage profile
Added safer scheduler validation before applying block scheduler changes
Improved VM tuning with more conservative dirty memory behavior
Applied swappiness only when swap/zram is actually active
Cleaned up network tuning by removing unnecessary aggressive overrides
Added thermal guard logic to skip heavier tweaks when battery temperature is high
Reduced redundant writes during boot by making settings conditional
Kept Dalvik/ART checks as audit-only for safer daily operation
Improved dashboard update behavior to avoid unnecessary module.prop rewrites
Focus of this release
Better daily stability
Better thermal consistency
Lower risk of battery drain
Cleaner boot behavior
More reliable device-aware tuning
Notes
>This update is designed to make the module smarter, not harsher.
Instead of stacking more tweaks, v2.2 improves how and when tuning is applied, with a stronger focus on efficiency, safety, and consistency for everyday use.
The v2.1 Stable release is the definitive performance architecture for the Pixel 9 Pro XL. After intensive debugging and forensic analysis on Android 16 (crDroid), we have moved away from "hot-swap" injections to a deep, systemless integration that ensures maximum power without compromising system stability.
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🛠️ What's New in v2.1 Stable?
🧠 Zygote-Safe RAM Management
Early-Boot Injection: All Dalvik/ART VM parameters have been moved to system.prop. This fixes the critical SIGABRT crashes in Zygote64 by applying the 16GB RAM profile during the post-fs-data phase.
1GB Heap Mastery: Apps now enjoy a massive 1024MB heap limit from the second the phone turns on, enabling true multitasking for power users.
🎮 Smart IRQ Balance v2.0
Zumapro Affinity: Manual interrupt routing specifically tuned for the Tensor G4 (Pixel 9 series).
Touch Priority: The synaptics_tcm panel is now pinned to the Prime Cores (f0) for near-zero input latency.
Isolation: Modem and UFS interrupts are offloaded to mid-cores, maintaining high performance while keeping the device cool (Thermal tested at ~34.2°C).
💾 Industrial-Grade I/O (UFS 4.0)
Zero-Overhead Pipelines: Scheduler set to none across all primary and secondary UFS nodes (sda, sdb, sdc).
1024KB Read-Ahead: Dramatically reduces loading times for heavy games and high-resolution media.
🌐 High-Burst Networking
TCP Cubic Stability: Reverted to a rock-solid Cubic congestion control to ensure 100% compatibility with Stock and Custom kernels.
Fixed: System UI instability when launching heavy apps.
Audit Engine: Updated internal logger to verify system.prop success in a "Read-Only" mode.
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⚙️ Installation
1. Flash the ZIP via Magisk or KernelSU.
2. Reboot your device.
3. Verify status in: /data/adb/modules/Pixel9_Supercharger/debug.log.
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> Developer Note: *"This version represents the perfect balance between raw hardware speed and daily driver reliability. We broke Zygote just to learn how to make it stronger."* — Drizzy_07
What's Changed
V2.1 beta by @Drizzy07x in https://github.com/Drizzy07x/Pixel-9-Pro-XL-Supercharger/pull/5
Full Changelog: https://github.com/Drizzy07x/Pixel-9-Pro-XL-Supercharger/compare/v2.0...v2.1
After rigorous A/B testing and deep kernel auditing on the bleeding-edge Android 16 GKI architecture, the Supercharger v2.0 transitions from Beta to Stable.
This major release shifts our focus entirely toward Absolute Thermal Efficiency and Zero-Latency I/O, proving that smart engineering beats brute force.
🏆 The A/B Test Results (Supercharger vs. Stock Android 16)
We ran extensive PCMark Work 3.0 benchmarks to compare this module against the stock kernel:
Flawless Thermals: While the stock kernel suffers from thermal spikes under heavy load, v2.0 maintained a perfectly flat thermal line and CPU clock discipline. No overheating, no thermal throttling.
Storage Superiority: v2.0 scored 22,098 in the Writing 3.0 test, explicitly beating the stock kernel's I/O speeds thanks to our custom UFS queue manipulation.
⚡ What's New in v2.0 Stable
1. Android 16 Smart IRQ Mastery
Completely rebuilt the IRQ engine to dynamically extract exact hardware nodes from the master /proc/interrupts list, bypassing Android 16's strict security restrictions.
Touchpanel (synaptics_tcm): Strictly pinned to Performance Cores (Mask f0) for flawless, zero-lag 120Hz scrolling.
Storage & Network (ufshcd, exynos-pcie): Pinned to Mid Cores (Mask 70) to prevent background battery drain.
2. Zero I/O Stats Overhead
The Linux kernel constantly logs read/write statistics (iostats), consuming background CPU cycles. We forced this to 0 across all UFS blocks, cooling down the device and accelerating app load times.
3. 5G Elasticity TCP Buffers
Injected massive, dynamic read/write buffers (tcp_rmem and tcp_wmem) specifically calculated to handle 5G packet loss and cell-tower handoffs seamlessly while moving.
After rigorous beta testing, version 1.6 is officially ready for daily use. This monumental update shifts the module from standard script execution to an Intelligent Hardware Architecture, explicitly optimized for the Pixel 9 Pro XL's Tensor G4 (Zumapro) kernel.
🛠️ What's New in v1.6
🛡️ Deep Audit Engine
Military-Grade Logging: The module now features a Deep Audit Engine. Check your debug.log to see a detailed [PASS/FAIL] report of every hardware and software tweak applied to your device.
Prop Verification: The engine natively verifies Android resetprop injections, ensuring the 16GB RAM profile and SkiaVK UI are completely active.
🧠 Smart Storage Engine
Intelligent Pivot: Dropped infinite system-fighting loops to save battery. The engine now accepts Google's UFS 4.0 physical Queue Depth limit but compensates by massively boosting read_ahead_kb to 1024.
Result: Lightning-fast I/O operations and app loading times with zero battery drain.
🌐 Smart Network Engine
Cubic Optimization: Specifically tuned the cubic congestion control for mobile networks.
Socket Reuse: Enabled tcp_tw_reuse to instantly recycle dead connections, drastically dropping latency, lag spikes, and ping on 5G and Wi-Fi networks.
🚧 Smart IRQ Balancing
Hardware Node Tracking: The custom IRQ balancer now counts and displays the exact number of hardware nodes assigned to specific cores.
Touch Priority: Forced touchpanel interrupts to the Performance Cores (f0 mask) for absolute zero-lag scrolling.
Efficiency: Network and I/O processes are offloaded to Mid and Efficiency cores, allowing the Cortex-X4 Prime core to enter Deep Sleep faster.
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Build Code: 161
Status: Stable Release
Compatibility: Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, Pixel 9 Pro Fold (Tensor G4)
What's Changed
Merge 1.6 Stable [smart engine] by @Drizzy07x in https://github.com/Drizzy07x/Pixel-9-Pro-XL-Supercharger/pull/2
Full Changelog: https://github.com/Drizzy07x/Pixel-9-Pro-XL-Supercharger/compare/v1.5.1...v1.6
This critical update targets system "hangs" under heavy load, optimizes storage throughput, and introduces a dynamic diagnostic engine to ensure full compatibility with Magisk, KernelSU, and APatch.
🛠️ Key Improvements & Fixes
Dynamic Log Engine: Fixed an issue where debug.log was failing to generate. The script now auto-detects the exact root manager installation path and enforces proper 0666 read/write permissions automatically.
CPU Cluster Scaling: Performance cores (P4 & P7) have been released from aggressive power-saving modes (powersave_bias). This ensures instantaneous scaling during heavy tasks. No more system freezes or hangs.
UTF-8 Log Fix: Re-coded the diagnostic output to prevent character encoding errors (mojibake/Chinese characters) in mobile text editors.
UFS 4.0 High-Throughput: Increased nr_requests to 256 and optimized read_ahead to 1024KB for smoother data flow and faster app loading.
Connectivity: Verified and re-applied TCP Fast Open (3) and Low Latency (1) tweaks for peak 5G/Wi-Fi performance.
Memory Management: Refined Dalvik heap parameters and memory pressure specifically for the 16GB LPDDR5X stack.
📦 Installation
1. Download Supercharger-v1.5.1.zip from the assets below.
2. Flash via Magisk, KernelSU, or APatch.
3. Reboot and wait 60 seconds for the dashboard to initialize.
This is a stable release for the Google Pixel 9 Pro XL (komodo). This version consolidates performance, efficiency, and stability optimizations into a unified framework.
✨ Key Highlights:
[🚀] Evolutionary Visual Dashboard: Real-time status updates in Magisk description (⏳ -> 🧠 -> 🌐 -> 🚀).
[🌡️] Live Temp Monitoring: 60s refresh loop displaying the Actual Temp of the Tensor G4 in Magisk.
[⚡] Filesystem Stability Patch: Capped nr_requests at 128 and excluded MediaProvider to fix all screenshot/deletion errors.
[🧠] 16GB RAM Efficiency: Tuned Dalvik heaps (1GB) and VFS pressure (50) for maximum multitasking.
[🌐] Race to Sleep Networking: TCP Fast Open (3) and Low Latency (1) for optimized 5G/Wi-Fi 7.
🛠️ Installation:
1. Flash via Magisk.
2. Reboot and wait 60 seconds for initialization.
3. Check /data/adb/modules/p9pxl_supercharger/debug.log for status.
Supercharger