Kernel Version 4.14.117 Android -

The inter-process communication mechanism that allows Android components to communicate.

Support for larger memory limits and AMD Secure Memory Encryption .

Android 9 and 10 shifted networking control from iptables to eBPF.

The Linux kernel, at its core, is the great conductor of the device orchestra. It is the first piece of software that loads after the bootloader, and it mediates every single interaction between the hardware (CPU, memory, camera, touchscreen) and the software (apps, system services). Version 4.14, released by Linus Torvalds in November 2017, was designated a release. This designation is crucial. It means that the Linux Foundation's community, including developers from Google, Samsung, Qualcomm, and others, agreed to backport security fixes and critical bug patches for years—typically six years or more. kernel version 4.14.117 android

This specific kernel version (4.14.117) was widely used in flagship and mid-range devices released or updated around 2019-2020: Samsung Galaxy S10 Go to product viewer dialog for this item. : Running Android 10. ASUS ZenFone 6 ROG Phone II Go to product viewer dialog for this item. : Standard kernel for their Android 10 updates.

Introduced support for larger memory limits and better kernel traces with the ORC unwinder .

: Manufacturers like Xiaomi and Qualcomm used this specific sublevel (117) to build their device-specific "perf" or "msm" kernels for Android 10. Known Technical Issues The Linux kernel, at its core, is the

The Linux kernel is the core of the Android operating system, responsible for managing hardware resources and providing services to applications. Android's kernel is based on the mainline Linux kernel, with additional patches and modifications to support Android-specific features.

, a major architecture change designed to make Android updates faster. Common Devices Using 4.14.x

| 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). | This designation is crucial

These figures demonstrate the sheer amount of work involved in adapting a standard Linux kernel into a fully-functional Android kernel, adding necessary features like an efficient "Energy Aware Scheduling" system to help save battery life.

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If a device is stuck on an old kernel, it cannot receive the latest patches for vulnerabilities, making it susceptible to malware.