In part 1: Exploring sched_ext: BPF-Powered CPU Schedulers in the Linux Kernel, we explored the architecture and concepts behind sched_ext, Linux's framework for implementing custom CPU schedulers using eBPF. We examined how this revolutionary approach allows dynamically loading schedulers without kernel recompilation, and we compared different implementation styles including C-based (scx_simple), Rust-based (scx_bpfland,scx_rustland), and even potential Go implementations SCX GoLand Core

In today's complex computing environments, the default Linux scheduler doesn't always provide optimal performance for specialized workloads. This is where sched_ext (SCX) comes in – a framework that allows implementing custom CPU schedulers in BPF (Berkeley Packet Filter) and loading them dynamically. In this technical analysis.

Based on NGAP Load Balancing with LoxiLB, but change 5G Core to use free5gc instead of Open5gs

Single Kubernetes Cluster: All Free5GC network functions run in a single K8s cluster

uses eBPF to dynamically modify the packet processing rules based on the current network conditions and traffic patterns.

an open-source, cloud-native load balancer designed specifically for Kubernetes environments. It leverages eBPF technology, a powerful tool that allows for efficient packet processing within the Linux kernel, enhancing network performance and security

contributed by < williamlin0518 >

contributed by < williamlin0518 >

contributed by < HenryChaing >

contributed by < yqt2000 >

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