: As an LTS-based release, 4.14.117 received backported security patches to protect against known vulnerabilities like Spectre and Meltdown variants.
While many devices eventually updated to later sub-versions (like 4.14.336), several popular models launched with or heavily utilized the 4.14 branch: Kernel overview - Android Open Source Project
Kernel 4.14.117 introduced vital stability patches that resolved critical hardware vulnerabilities and optimized resource management.
In the sprawling ecosystem of Android devices, from $50 prepaid phones to $1,000 foldable flagships, the Linux kernel operates as the silent, indispensable intermediary. It translates app commands into hardware actions, manages memory, and enforces security policies. Among the countless kernel versions that have powered Android over the years, one specific identifier appears time and again in system updates, patch notes, and developer forums: . kernel version 4.14.117 android
| Area | Observation | |------|-------------| | | Stable with minor OOM improvements over .110. | | Scheduler (CFS) | No major regressions; EAS (Energy-Aware Scheduling) functional on arm64. | | Storage (F2FS) | Fixed a data corruption bug affecting encrypted F2FS partitions. | | Power management | Suspend/resume cycle improved for QCOM platforms. | | Known bug | Rare sdcardfs deadlock when unmounting (Android-specific). |
Projects like , Kirisakura , or Silvercore sometimes provide newer 4.14.x kernels (up to 4.14.302) for specific devices. Flashing one requires an unlocked bootloader.
Her thumb, trembling, typed a single word on the glowing keyboard: : As an LTS-based release, 4
ACK 4.14.117 incorporates monthly Android Security Bulletins, ensuring the kernel itself is patched against threats discovered after the kernel was released. 3. Stability and Performance for Android Devices
It would become free. It would also become a fugitive.
Thus, 4.14.117 is both a historical landmark and a tombstone for many devices. It translates app commands into hardware actions, manages
The presence of these CVEs underscores the critical importance of staying on the latest security patch levels. An Android device's security patch level, which addresses both framework and kernel vulnerabilities, is one of the most important metrics for device safety.
Between June 2019 and end-of-life (Jan 2024), over were fixed in the 4.14 branch. A device stuck on 4.14.117 misses all these, including: