#Updates Coming Today.

LTO LINKING ....... Ufffff.

ifdef CONFIG_POLLY_CLANG
KBUILD_CFLAGS += -mllvm -polly \
-mllvm -polly-run-dce \
-mllvm -polly-run-inliner \
-mllvm -polly-opt-fusion=max \
-mllvm -polly-ast-use-context \
-mllvm -polly-detect-keep-going \
-mllvm -polly-vectorizer=stripmine \
-mllvm -polly-invariant-load-hoisting
endif

JavaShin-X CustoKernal. Stable RELEASE. UltrafFastah Kernal.
4.9.229-GoldenFreezer-jsX-perf_r10+
- Updated To 4.9.229 longterm Stable Release
- Even with android-linux-stable:kernel.lnx.4.9.r11-rel.
- Compiled With Proton-Clang LTO+PGO+POLLY Optimized Compiler By kdrag0n.
- Update prebuilt Clang Google Android to r383902c.
- Make Kernel Compatible To Compile With LTO THINLTO & LD.LLD Linker.
- wireless / db.txt : Checkout from head:master wireless-regdb.git
- THINLTO Build Link On Time Optimizations.
- Backport KBuild From BlueCross-Proton Android Kernel.
- Faster Builds Time.
- Make USE LD.LLD LLVM Linker For LTO.
- Enable O3 In LD.LLD Plugin When Using CLang.
- Update Wireguard Kernel Module v1.0 2020 06 23-30.
- Disable Unmap kernel when running in userspace (aka "KAISER").
- Kernel 4.9-Fixes From Kernel-Stable-Queue.
- Continue Using Debian Build System Enabling & Adding More Tweaks.
- Integrate Next's Kanged Bluecross Kernel Patches =
ion: Force vmalloc for high-order allocations
scsi: ufs: Add compile-time config to limit number of TX lines used
random: fix inconsistent spinlock usage
drm: Enable bridges asynchronously as early as possible
drm: Mark the bridge-enable kthread as performance
drm: Boost to the max when powering on the display
sched/fair: improve placement logic
sched/walt: improve the scheduler
sched/fair: Allow idle local group to pull tasks from critical
sched/fair: Fix redundant load balancer reattempt due to LBF_ALL_PINNED
sched/fair: Improve the scheduler
sched: remove skip_sg
- Set Optimiztions To Polly LLVM by Default. (-O3 -mllvm -polly) Polyhedral optimizations for LLVM.
- Update Defconfig.
Sun 5 July 2020.

OCEAN-LOS-4.9.229-jsX-perf_r10+GoldenFreezer-05-JUL-2020
🔥🇩🇴🔥

4.9.229-GoldenFreezer-jsX-perf_r10+Extra-Modules
🔥🇩🇴🔥

Tested On CorvusOS ROM . For Ocean. Corvus_v6.0-ocean-25062020-UNOFFICIAL-1647.zip

https://sourceforge.net/projects/zatara-ocean/files/Corvus/

My GOSH SO Fast. 🔥

MetalCooler Reborn Comming 4 New Havoc-OS

More Kernel Optimizations Comming Soon -mcpu=kryo -mtune=kryo

Kryo 280

Kryo 280與驍龍835 SoC一同於2016年11月發表，主打高階行動裝置市場。[4]

與高通根據ARM指令集架構授權而自行設計的ARMv8相容的Kryo不同，Kryo 280是高通基於ARM新的IP核半客制授權協議下修改Cortex-A73的產物。[5]Kryo 280相比Kryo有更好的整數運算效能，更適合一般應用場合，但是相對的，Kryo 280的浮點運算效能則是不如Kryo。搭載Kryo 280的驍龍835採用與一般ARM big.LITTLE的HMP設計，4顆低耗電CPU核心和4顆高效能CPU核心的配置，使用三星電子的10纳米FinFET製程。[6]

推測基於Cortex-A73、Cortex-A53客製而來，分別作高效能版本及低耗電版本[7]
更佳的整數運算效能及快取效能，高效能叢集具備2MiB二級快取，低耗電叢集也具備1MiB二級快取
高效能CPU核心時脈可達2.45GHz，低耗電CPU核心也有1.9GHz的時脈

🥶🥶🥶 MetalCooler Special Build.

🥶🥶🥶 ExtraModules MetalCooler