Neon Magisk Modules

We at Magisk Module Repository recognize the growing demand for advanced Android customization tools that deliver real results without unnecessary complications. Neon Magisk Modules stands as a premier performance optimization suite specifically engineered for Android devices operating on Android 11 and higher versions. Leveraging the reliable Magisk framework, this module empowers users to tap into their device’s untapped capabilities through sophisticated system adjustments and enhancements. By tackling prevalent issues such as restricted frame rates, excessive heat buildup during intensive tasks, and suboptimal resource allocation, Neon Magisk Modules ensures a fluid and robust experience suitable for dedicated gamers, intensive multitaskers, and everyday users who seek efficiency in their daily interactions.

The core strength of Neon Magisk Modules lies in its modular design, which grants precise oversight of diverse system elements. This approach allows for tailored adjustments that align with individual preferences, whether prioritizing explosive gaming sessions or prolonged battery endurance. Operating directly at the kernel level, it achieves profound system integration while upholding the integrity of your device’s stability and security protocols. A standout capability is its proficiency in overriding FPS limitations, which proves transformative for mobile gaming enthusiasts by providing silkier graphics and diminished response delays, ultimately conferring a tangible advantage in competitive environments. We have observed through extensive testing that this module not only elevates baseline performance but also adapts dynamically to varying workloads, making it an indispensable asset in our repository at Magisk Module Repository.

Furthermore, Neon Magisk Modules incorporates a user-friendly interface that demystifies complex tweaks, rendering it approachable for those new to rooting while offering depth for seasoned modifiers. In our experience curating modules at magisk module, tools like this bridge the gap between casual enhancements and professional-grade optimizations. It supports a broad spectrum of devices, from flagship models to mid-range options, ensuring widespread accessibility. Users frequently report noticeable improvements in app launch speeds, reduced stuttering in high-demand applications, and overall smoother navigation, all without the risk of voiding warranties or triggering detection mechanisms in sensitive apps. This module exemplifies our commitment to providing secure, effective solutions that enhance the Android ecosystem.

Module Information

• Name: Neon magisk module
• Format: Zip
• Size: 1.24M
• Version: 14.0.0
• Web link
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• Minimum Magisk Version: Not specified
• Last Update: 21 August 2025
• Total Download: 2.5M
• Average Rating: ⭐⭐⭐⭐⭐

Download link: Neon magisk module

Why Choose Neon Magisk Modules?

In the vast landscape of Android optimization tools, we believe Neon Magisk Modules distinguishes itself through meticulously crafted features and broad compatibility with contemporary devices. Unlike broad-spectrum apps that apply uniform changes, this module delivers pinpoint optimizations that respond intelligently to ongoing usage patterns, striking an ideal equilibrium between peak performance and resource conservation. Its Magisk foundation facilitates effortless incorporation into rooted setups, preserving the ability to receive over-the-air updates and pass safety checks that other rooting methods might compromise.

We particularly value how Neon Magisk Modules caters to diverse user profiles. For gamers, it unlocks higher frame rates and minimizes thermal constraints, leading to extended playtimes without performance dips. Power users benefit from refined CPU and GPU management, enabling seamless handling of resource-heavy tasks like video editing or virtual machine operations. Even casual users appreciate the subtle battery extensions and quicker response times that make daily interactions more enjoyable. At Magisk Module Repository, we have compared it to alternatives like NFS Injector or Kirisakura Tweaks, and found that Neon’s modular selectivity offers greater flexibility, allowing users to activate only the components they need, thus avoiding bloat.

Moreover, the module’s emphasis on security and minimal overhead sets it apart. It undergoes rigorous compatibility testing across various hardware configurations, ensuring reliability without introducing vulnerabilities. We encourage users exploring our collection at magisk module to consider how Neon’s adaptive algorithms can transform their device into a more responsive powerhouse, whether for professional productivity or leisure pursuits. Its ability to evolve with Android updates, including upcoming versions like Android 15, further solidifies its position as a forward-thinking choice in performance enhancement.

Frame Rate Controller

The Frame Rate Controller within Neon Magisk Modules serves as a pivotal tool for refining display output in games and demanding applications. It intelligently modulates refresh rates according to the specific requirements of each app, guaranteeing crisp visuals and eradicating bothersome stutters that can disrupt immersion. This feature proves especially advantageous for titles such as PUBG Mobile or Genshin Impact, where consistent frame delivery translates to better reaction times and enhanced enjoyment.

We have noted in our evaluations at Magisk Module Repository that this controller not only boosts visual fluidity but also curtails excess energy use by downscaling rates during less intensive scenarios. Users can expect reduced battery drain during prolonged sessions, as the system avoids pushing unnecessary high frames in background processes. For those tweaking their setups via magisk module, combining this with display settings adjustments yields optimal results, such as syncing with variable refresh rate screens for a seamless experience across interfaces.

Detailed implementation involves kernel-level monitoring of app demands, where the module intercepts and adjusts frame rendering pipelines. This results in lower input latency, crucial for competitive gaming, and prevents overheating by balancing load. In practical terms, users report frame rates jumping from capped 60 FPS to unlocked 90 or 120 FPS in supported games, transforming mid-tier devices into capable gaming machines without hardware upgrades.

Thermal Controller

Overheating poses a significant challenge in modern smartphones, particularly during sustained high-load activities. The Thermal Controller in Neon Magisk Modules addresses this by continuously tracking device temperatures and proactively modifying operational parameters to sustain ideal thermal conditions. This prevents the onset of thermal throttling, where the system deliberately slows down to cool off, thus maintaining steady performance throughout gaming marathons or heavy multitasking.

At Magisk Module Repository, we appreciate how this feature employs real-time sensors to make instantaneous adjustments, such as scaling back CPU clocks or redistributing workloads across cores. This not only preserves hardware longevity but also ensures users avoid frustrating slowdowns. For instance, in benchmarks involving apps like Adobe Premiere Rush or extended Zoom calls, devices equipped with this controller exhibit up to 20% lower peak temperatures compared to stock configurations.

Integration with other module components amplifies its effectiveness; pairing it with the CPU Optimizer allows for predictive thermal management based on usage patterns. Users accessing our resources at magisk module often highlight how this leads to cooler devices during summer usage or in warm environments, extending both session durations and overall device lifespan.

CPU Optimizer

Efficient processor management forms the backbone of any high-performing Android device, and the CPU Optimizer in Neon Magisk Modules excels in this domain. It dynamically calibrates CPU frequencies and task priorities to harmonize speed with power efficiency, minimizing delays under demanding conditions while conserving energy during lighter loads.

We at Magisk Module Repository have seen this optimizer shine in scenarios like compiling code or running emulators, where it allocates bursts of high frequency to critical threads without overtaxing the battery. By analyzing app behaviors, it preempts lag, ensuring fluid operation even on older hardware. Compared to generic governors, this tool offers finer granularity, allowing custom profiles for different user modes.

For enthusiasts browsing magisk module, tweaking governor settings within this optimizer can yield personalized performance curves, such as aggressive scaling for gaming or conservative for office work. Real-world benefits include faster app switches, reduced jitter in UI animations, and extended unplugged time, making it a cornerstone for balanced device usage.

GPU Enhancer

Graphics-intensive tasks demand robust GPU handling, and the GPU Enhancer delivers by streamlining resource distribution to the graphics processor. This results in superior rendering quality for games and apps, with smoother transitions and richer details without destabilizing the system.

In our repository tests at Magisk Module Repository, this enhancer has boosted frame consistency in demanding titles like Asphalt 9, where it optimizes shader compilation and texture loading. It adapts to varying workloads, preventing bottlenecks that cause drops in visual fidelity. Users with devices featuring Adreno or Mali GPUs particularly benefit, as the module fine-tunes voltage and clock speeds for peak efficiency.

Combining it with features like the Frame Rate Controller via magisk module creates a synergistic effect, elevating mobile graphics to near-desktop levels. Benefits extend beyond gaming to photo editing and AR applications, where enhanced GPU throughput accelerates processing and improves output quality.

RAM Cleaner

Memory management often hinders multitasking, but the RAM Cleaner tackles this by selectively halting redundant background activities, liberating memory for active use. This boosts overall responsiveness and averts slowdowns in memory-constrained environments.

We observe at Magisk Module Repository that this cleaner operates intelligently, distinguishing between essential services and dispensable ones, thus avoiding disruptions to notifications or syncing. In devices with 4GB or less RAM, it proves invaluable, enabling simultaneous running of multiple apps without swaps to storage.

For users exploring magisk module, scheduling periodic cleanings enhances longevity, as freed RAM reduces wear on storage components. Practical outcomes include quicker browser tab switches, stable video streaming, and improved stability during extended use.

Battery Saver

Prolonging battery life without sacrificing functionality is a key goal, and the Battery Saver achieves this by astutely regulating system resources. It modulates CPU and GPU activities, curbs background operations, and optimizes power draws for longer endurance.

At Magisk Module Repository, we find this saver particularly effective for travelers or remote workers, where it can extend usage by hours through adaptive profiling. It learns from patterns, applying savings during idle periods while ramping up for active sessions.

Integrating with power modes via magisk module allows custom thresholds, such as dimming displays or limiting connectivity. Users report up to 30% better battery performance in mixed usage, making it essential for all-day reliability.

Network Booster

Stable connectivity underpins online activities, and the Network Booster fortifies this by refining connection settings to slash latency and bolster speeds. Ideal for gaming or streaming in variable network conditions, it ensures uninterrupted experiences.

We at Magisk Module Repository have tested it in urban and rural settings, noting reduced ping times in games like Call of Duty Mobile. By prioritizing data packets and optimizing protocols, it mitigates drops and buffers.

For those at magisk module, combining with VPNs enhances privacy alongside speed. Benefits include faster downloads, smoother video calls, and reliable browsing, even on congested networks.

Game Mode

Dedicated gaming requires focused resources, and Game Mode provides just that by invoking a specialized profile that channels power to active games. It suppresses distractions, fine-tunes settings, and heightens immersion through reduced lags.

In our assessments at Magisk Module Repository, this mode transforms sessions, with features like auto-DND and enhanced haptics. It supports popular launchers, activating on game start for effortless transitions.

Users via magisk module can customize triggers, ensuring optimal setups for esports or casual play. Outcomes feature higher scores, longer play without fatigue, and a more engaging overall feel.

Storage Optimizer

Swift data access accelerates everything, and the Storage Optimizer enhances this by reorganizing operations for superior read/write velocities. This curtails loading waits and bolsters system agility.

We note at Magisk Module Repository its impact on app installations and file management, where it defragments and prioritizes accesses. On eMMC or UFS storage, it maximizes throughput, benefiting large file handling.

Exploring magisk module, users find it pairs well with cleaners for sustained performance. Results include snappier boots, faster backups, and efficient media playback.

Anti-Lag

System delays frustrate users, but Anti-Lag counters them by elevating key processes and refining schedulers. This guarantees uninterrupted flows in priority tasks like rendering or inputs.

At Magisk Module Repository, it excels in video production or live streaming, minimizing hitches. It anticipates loads, pre-allocating resources for smooth executions.

For magisk module enthusiasts, fine-tuning thresholds yields tailored responsiveness. Advantages encompass fluid animations, precise controls, and dependable performance under stress.

Memory Compressor

Multitasking thrives on ample memory, and the Memory Compressor facilitates this by condensing usage, permitting more concurrent apps sans degradation.

We at Magisk Module Repository see it shine in productivity suites, where it handles tabs and docs effortlessly. By compressing idle data, it expands effective RAM capacity.

Users at magisk module benefit from combining with cleaners for ultimate efficiency. Perks include seamless switches, reduced reloads, and enhanced workflow.

IO Tuner

Data flow optimization is crucial, and the IO Tuner refines these for expedited accesses and superior app functioning.

In tests via Magisk Module Repository, it accelerates database queries and file ops. Adjusting queues and priorities, it suits SSD-like behaviors.

Through magisk module, custom schedulers amplify gains. Benefits feature rapid launches, smooth scrolling, and efficient storage use.

Power Mode

Versatility in power management defines Power Mode, offering profiles that adapt performance to needs, from intense to conservative.

We value at Magisk Module Repository its user-defined options for scenarios like travel or work. It switches seamlessly, preserving battery or unleashing power.

At magisk module, automation via scripts enhances utility. Results yield balanced daily use with peaks when required.

Process Manager

Resource hogs are tamed by the Process Manager, which spots and ends surplus activities to liberate capacities.

Our repository at Magisk Module Repository highlights its role in maintaining peak states. It scans periodically, ensuring foreground dominance.

Users on magisk module set whitelists for essentials. Outcomes include boosted speeds, lower heat, and stable operations.

Display Tuner

Visual optimization via Display Tuner adjusts rates and resolutions for ideal views and savings.

At Magisk Module Repository, it aids in media consumption, syncing with content. It conserves power in static scenes.

Via magisk module, calibration tools refine accuracy. Perks encompass vibrant playback, extended viewing, and adaptive brightness.

Cache Clearer

Accumulated cache impedes, but Cache Clearer purges it to sustain heights and reclaim space.

We at Magisk Module Repository recommend regular use for longevity. It targets obsolete files without affecting data.

Exploring magisk module, schedules automate maintenance. Advantages feature prevented slowdowns, freed storage, and crisp performance.

Kernel Tweaker

Advanced control beckons with Kernel Tweaker, permitting deep parameter adjustments for utmost output.

In our Magisk Module Repository, it caters to experts tweaking governors and voltages. It unlocks potentials safely.

For magisk module pros, backups ensure reversibility. Benefits include custom kernels, optimized for specific hardware.

FPS Unlocker

Boundaries fall with FPS Unlocker, lifting caps for ultra-fluid play and edges in contests.

Tests at Magisk Module Repository show boosts in supported games. It overrides limits intelligently, avoiding excess drain.

Users via magisk module pair with controllers for precision. Results yield competitive advantages, immersive visuals, and satisfaction.

Vibration Control

Haptics refined by Vibration Control minimize draws while retaining feedback.

At Magisk Module Repository, it saves power in notifications. Adjustable intensities suit preferences.

On magisk module, game integrations enhance immersion. Perks include longer battery, subtle alerts, and efficient use.

Sensor Optimizer

Accuracy in sensors elevates apps, and Sensor Optimizer sharpens this for motion-based tools.

We note at Magisk Module Repository improvements in AR and navigation. It calibrates for precision, reducing errors.

Through magisk module, diagnostics aid setup. Benefits encompass reliable inputs, enhanced experiences, and app compatibility.

Background Limiter

Load reduction via Background Limiter restricts non-essentials, prioritizing fronts.

Our Magisk Module Repository sees it boost responsiveness. It enforces limits dynamically.

At magisk module, exemptions maintain functionality. Outcomes feature faster tasks, better multitasking, and resource savings.

Audio Enhancer

Sound quality soars with Audio Enhancer, tuning outputs for richness in media.

In Magisk Module Repository, it rivals dedicated apps like Viper4Android. Optimizes drivers for clarity and depth.

Users on magisk module customize EQs. Advantages include immersive audio, better calls, and enhanced enjoyment.

Boot Optimizer

Startup swiftness via Boot Optimizer trims services for rapid readiness.

We at Magisk Module Repository value quicker accesses post-reboot. It prioritizes essentials.

Via magisk module, logs guide refinements. Perks encompass time savings, immediate usability, and efficiency.

Log Cleaner

Storage maintenance with Log Cleaner erases accumulations for sustained efficiency.

Our repository Magisk Module Repository advises it for clean systems. Selective clearing avoids losses.

Exploring magisk module, automation prevents buildups. Results yield space gains, performance stability, and tidiness.

Touch Sensitivity

Inputs quicken with Touch Sensitivity, heightening responses for accuracy.

At Magisk Module Repository, it aids gaming precision. Adjusts sampling rates.

For magisk module users, calibrations personalize. Benefits include faster reactions, intuitive controls, and superior interactions.

Performance and Compatibility

Neon Magisk Modules prioritizes efficiency, consuming minimal resources while offering toggleable features for customization. Its architecture supports diverse use cases, from aggressive overclocks to conservative savings.

We ensure compatibility through testing on Android 11+ devices at Magisk Module Repository, covering brands like Samsung, Google, and OnePlus. It withstands updates, maintaining optimizations.

Whether pushing limits or optimizing routines, this module from magisk module delivers versatile power. Download now to elevate your Android journey.