Current ChangeLogs ZephyraOS Turbo
Taezi_ChanHate Wont Be Tolered!
Bugs Solved
SFixed ZephyraOS 2 booting on 50% of devices and getting into bootloop, fixed overheating issue, fixed slow system response
Visual
Two categories of new, original and official wallpapers have been added.
RAM Management
Changes Larger and faster ZRAM (1.34 GB, LZ4 algorithm) → More efficient swapping, reduces slowdowns due to full memory. More frequent and aggressive Smart GC (every 10 seconds) → Constantly frees up RAM, keeps apps open in the foreground. More aggressive background app shutdown (reduced minfree) → Increases available RAM for heavy multitasking. Kernel cache drops (every 10 seconds) → Cleans inefficient caches, improves system responsiveness. CPU and Performance Changes Always-on big cores → Instant response in apps and games. High priority for foreground apps → Prevents the system from slowing down the app you're using. Synchronized animations and stable FPS → Smoother and more consistent interface. Expected Results Free RAM at idle: 6–6.8 GB (may vary depending on the launcher and active apps). Improved multitasking and overall system fluidity. Improved stability in demanding games and apps.
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Personalization in Settings
The original RGBA colors in the corners were replaced with shades of purple, blue, and pink. A = 1.0f was kept to avoid affecting opacity. The array structure (.array-data 4) was kept exactly the same for compatibility with existing code. The original order of corners was respected: ↘️ Bottom right ↗️ Top right ↖️ Top left ↙️ Bottom left --- :array_24 Original gray/blue values replaced with: R, G, B adjusted to shades of purple-blue-pink. Alpha unchanged (0x3f800000). :array_40 Each group of 4 floats (R, G, B, A) per corner updated to: Bottom right (↘️): purple/pink Top right (↗️): blue/pink Top left (↖️): purple/blue Bottom left (↙️): pink/blue The values now reflect the same color intensity as the proposed scheme, but in IEEE 754 hexadecimal, ready to copy into .array-data. --- Notes No other arrays have been changed (array_24 and array_40 retain their original size and format). Ensured white and dark theme support.
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1. RAM and Memory Management
persist.sys.minfree_6g and persist.sys.minfree_def
→ Defines how much free memory should remain before the system closes background apps.
Impact: Prevents heavy games from closing while running multiple apps, keeping multitasking smooth.
persist.sys.smart_gc.enable and persist.sys.smart_gc.delay
→ Activates automatic memory cleanup (GC: Garbage Collector).
Impact: Frees RAM constantly, avoiding lags caused by memory saturation during games.
persist.sys.zram.size and persist.sys.zram.algorithm
→ Creates compressed swap memory in RAM using LZ4 (fast).
Impact: Allows large games to use more available memory without affecting performance, especially in multitasking.
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2. CPU and Affinity
persist.sys.miui_animator_sched.cpu_cores
→ Controls which CPU cores are used for animations and system tasks.
Impact: Keeps the big cores active when playing games, increasing FPS and reducing stutter.
persist.sys.perf.keep_bigcores_awake
→ Prevents high-performance cores from entering sleep.
Impact: Heavy apps and games respond instantly, with no CPU delay.
persist.sys.dex2oat.setupstage.boost.cpulist=6-7
→ Speeds up app compilation when installing/updating.
Impact: Reduces pauses or lag when opening newly installed games.
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3. GPU and Graphics
debug.egl.force_msaa=true
→ Forces anti-aliasing in OpenGL games.
Impact: Smoother graphics with less jagged edges.
persist.sys.hw_vsync=1
→ Syncs frames with the display.
Impact: Eliminates tearing in games, providing fluid animations.
debug.hwui.use_hint_manager and debug.sf.enable_adpf_cpu_hint
→ Improves coordination between CPU and GPU.
Impact: Lower lag and more stable FPS.
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4. Network and Connectivity
net.tcp.buffersize.*
→ Adjusts TCP buffers for Wi-Fi and LTE.
Impact: Online games have lower lag and faster reconnections.
persist.sys.network.tcp.*.delay=lowest
→ Reduces network packet delay.
Impact: Lower latency in multiplayer games.
ro.vendor.network.priority.gaming=highest
→ Gives priority to gaming app traffic.
Impact: Minimizes network interruptions during gameplay.
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5. Other Performance Tweaks
sys.use_fifo_ui=1
→ Prioritizes UI (interface) execution.
Impact: Smoother animations and navigation while gaming.
persist.sys.foreground_boost=true
→ Gives priority to the foreground app (e.g., game).
Impact: Keeps FPS high and prevents micro-lags from background processes.
persist.sys.enable_sched_gpu_threads=true
→ Optimizes GPU threads for games.
Impact: Increases rendering efficiency and improves graphics performance.
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6. Bootloader Spoof (Security / Apps)
ro.boot.verifiedbootstate=green and similar
→ Makes the system appear as “bootloader locked” even with tweaks applied.
Impact: Allows running security-sensitive apps, such as anti-cheat games or banking services.
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Summary of Impact on Games and Performance
More free RAM = stable multitasking and fewer unexpected game closures.
Big cores always active = consistent FPS and instant responsiveness.
GPU optimization + VSync = smooth graphics without tearing.
Network prioritized = less lag in online games.
Foreground boost = prevents micro-stutters in heavy games.
Bootloader spoof = compatibility with apps that block root or modifications.
Performance & Gaming ChangeLog
Memory & Multitasking:
Frees up RAM more efficiently, keeping heavy apps and games stable.
Reduces unexpected closures and keeps multitasking smooth.
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Final results
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CPU & Responsiveness:
High-performance cores stay active for instant app and game response.
Foreground apps get priority, minimizing slowdowns from background processes.
Graphics & Visuals:
Improved GPU handling and frame syncing for smoother, cleaner visuals.
Anti-aliasing reduces jagged edges, providing a more immersive experience.
Network & Online Gaming:
Optimized network handling lowers latency and improves connection stability.
Prioritizes gaming traffic to avoid interruptions during multiplayer sessions.
System Fluidity:
UI and GPU optimizations make animations and navigation more responsive.
Reduces micro-stutters in heavy apps and games.
Compatibility & Security:
Bootloader spoofing ensures security-sensitive apps and anti-cheat games run without issues.
Overall Impact:
Smoother gameplay, faster app launches, more stable multitasking, and a responsive, fluid system.