Contents Menu Expand Light mode Dark mode Auto light/dark, in light mode Auto light/dark, in dark mode Skip to content
NgKore Documentation
NgKore Documentation
  • PQC
    • Introduction to Post-Quantum Cryptography
    • Working of Open Quantum Safe Library
    • Learning with Errors: Quantum-Proof Algorithm
    • Telecom
      • Quantum Safe 5G Core
    • Constant Time
      • Constant Time Implementation for Cryptography
      • How LibOQS Uses Valgrind to Hunt for Constant-Time Leaks?
  • O-RAN
    • SMO/RIC
      • UAV Path Prediction Using AI/ML Framework in Distributed ORAN Architecture
      • QoE Prediction Using AI/ML Framework in Distributed ORAN Architecture
    • xFAPI
      • Challenges in L1-L2 Interoperability within O-RAN
      • Understanding xFAPI: Bridging L1 and L2 Layers of O-RAN
      • Open RAN (O-RAN) Interoperability with xFAPI
  • 5G Core
    • PQC Migration
      • Quantum Safe 5G Core
    • HEXAeBPF
      • eBPF Meets 5G: Transforming User Plane Function for Next-Gen Networks
      • HEXAeBPF: Interoperable eBPF-Defined 5G Core (eDC) Architecture
    • eBPF Integration
      • L3AF Integration with 5G-UPF
      • Rewriting the 5G Data Plane: XDP/eBPF in the Fast Lane of UPF
    • Security
      • Can 5G SUPI Concealment really ensure Forward Secrecy?
    • 5G UPF Architecture
    • 5G Core Operator
    • Open-Source 5G Core Comparison
  • eBPF
    • Understanding eBPF in the Linux Kernel
    • Unlocking Network Performance with XDP and eBPF
    • eBPF Network Debugging and Analysis
    • Tools
      • L3AF Integration with 5G-UPF
      • Analysis of PWRU
    • Building an eBPF Process Monitor with Go
    • eBPF Maps for High-Performance Rate Limiting
    • Building a Custom L4 Load Balancer with XDP
    • Redefining Data Processing with eBPF in NVMe SSDs
    • Telecom
      • eBPF Meets 5G: Transforming User Plane Function for Next-Gen Networks
      • Rewriting the 5G Data Plane: XDP/eBPF in the Fast Lane of UPF
      • HEXAeBPF: Interoperable eBPF-Defined 5G Core (eDC) Architecture
    • eBPF for GPU Acceleration and Performance Optimization
    • Building eBPF Uprobes for GPU Monitoring in CUDA
    • Shared Socket: Enhancing Kubernetes Pod Communication with eBPF
    • Hunting TOCTOU and LD_PRELOAD Attacks with eBPF LSM
  • AI/ML
    • AI Training at Scale: How Thousands of GPUs Power Modern Intelligence
    • AI-Driven Call Routing: Transforming Telecom with Intelligent Real-Time Traffic Management
    • On-Prem Deployment of OpenAI 120B Model using vllm
    • Harbor Setup Guide for Proxy Mirror
    • Grok2 OnPrem Deployment via sglang
    • K2-Think (LLM) OnPrem Deployment via sglang
    • AIOps In Production
    • Deploying a Production-Ready VLLM Stack on Kubernetes with HPA Autoscaling
    • Anthropic’s 2025 Study Reveals: Large Language Models Remain Poisonable at Scale
    • AI DevOps
      • From Broken Pods to Actionable Prompts
      • Turning a 45% RAG Into an Audit-Ready System
      • From Manual Clicks to AI Automation in AWS with MCP Servers
      • Building a Virtual DevOps Team with Qwen Subagents
      • The AI Incident Commander
  • Networking and Security
    • TLS/SSL Connection
    • QUIC: The Future of Internet Transport
    • Understanding IPsec: How Internet Security Works
  • Kernel Bypass Mechanisms
    • DPDK
    • SR-IOV
    • AF_XDP
  • NTN
    • OpenAirInterface (OAI)
      • Introduction to NTN
      • OAI NTN: Inside the Source Code
    • Space Internet
      • LEO Satellites Powering the Future of Global 5G Connectivity
      • The Companies Leading the Way in the Next-Gen Satellite Internet
    • Delay-Tolerant Networking
  • How to Contribute
  • Repository Conventions
Back to top
View this page
Edit this page

Kernel Bypass Mechanisms¶

  • DPDK
  • SR-IOV
  • AF_XDP
Next
DPDK
Previous
Understanding IPsec: How Internet Security Works
Copyright © 2023 NgKore Community. All rights reserved.
Made with Furo
Last updated on Nov 06, 2025