About Course
The DPDK & Kernel-Bypass Networking – Certified Course is designed to provide advanced practical knowledge of high-performance packet processing and network acceleration by reducing or bypassing traditional operating-system networking overhead. Learners will gain hands-on expertise in DPDK architecture, poll-mode drivers, hugepages, CPU pinning, memory pools, zero-copy packet processing, NIC optimization, user-space networking, packet forwarding, traffic generation, and performance benchmarking. Through practical labs and industry-oriented projects, participants will learn to build, optimize, monitor, and troubleshoot high-speed networking solutions used in HFT, financial markets, telecommunications, cloud infrastructure, data centers, network security, and high-performance computing.
Key Features of Course Divine:
- Collaboration with E‑Cell IIT Tirupati
- 1:1 Online Mentorship Platform
- Credit-Based Certification
- Live Classes Led by Industry Experts
- Live, Real-World Projects
- 100% Placement Support
- Potential Interview Training
- Resume-Building Activities
Career Opportunities After DPDK & Kernel-Bypass Networking:
- DPDK Network Engineer
- High-Performance Network Engineer
- Kernel-Bypass Networking Engineer
- Network Software Engineer
- Packet Processing Engineer
- Low-Latency Network Engineer
- Network Performance Engineer
- HFT Infrastructure Engineer
- Data Plane Engineer
- Cloud & Data Center Network Engineer
Essential Skills You Will Develop – DPDK & Kernel-Bypass Networking:
- DPDK Architecture & High-Performance Networking
- Kernel-Bypass Networking Concepts
- User-Space Packet Processing
- Poll-Mode Driver (PMD) Configuration
- Zero-Copy & High-Speed Packet Processing
- CPU Pinning, Core Affinity & NUMA Optimization
- Hugepages & Memory Pool Management
- NIC, Queue & Hardware Offload Optimization
- Network Latency & Throughput Optimization
- Packet Forwarding, Benchmarking & Troubleshooting
Tools Covered:
- DPDK (Data Plane Development Kit)
- Linux
- Pktgen-DPDK
- TRex Traffic Generator
- testpmd
- SPDK
- Open vSwitch (OVS-DPDK)
- eBPF / XDP
- Wireshark
- tcpdump
- iperf3
- ethtool
- Linux
perf
- GDB
- Prometheus & Grafana
Syllabus:
Module 1: High-Performance Networking Fundamentals
- Kernel networking vs user-space networking
- Kernel-bypass architecture and benefits
- Data plane and packet-processing concepts
Module 2: DPDK Architecture & Environment
- DPDK architecture and core components
- DPDK installation and environment setup
- EAL, ports, queues and device management
Module 3: Poll-Mode Drivers & NICs
- Poll-Mode Driver (PMD) architecture
- NIC binding and queue configuration
- High-speed packet I/O optimization
Module 4: Memory & CPU Optimization
- Hugepages and memory pools
- CPU core pinning and affinity
- NUMA-aware packet processing
Module 5: Packet Processing with DPDK
- mbuf and packet-buffer management
- Packet receive/transmit pipelines
- Zero-copy and burst processing
Module 6: DPDK Applications & Forwarding
- testpmd and packet forwarding
- L2/L3 forwarding concepts
- User-space networking application development
Module 7: Advanced Kernel-Bypass Technologies
- Open vSwitch with DPDK
- XDP and eBPF networking
- Hardware acceleration and offloading
Module 8: Traffic Generation & Benchmarking
- Pktgen-DPDK and TRex
- Throughput, latency and packet-rate testing
- Performance benchmarking methodologies
Module 9: Performance Tuning & Troubleshooting
- NIC, queue and driver optimization
- Packet drops and bottleneck analysis
- Linux
perf, tcpdump and troubleshooting
Module 10: Advanced DPDK & Industry Projects
- High-performance packet-processing architecture
- Low-latency network optimization
- Real-world DPDK and kernel-bypass projects
Industry Projects:
- DPDK-Based High-Speed Packet Forwarding Project
- Kernel-Bypass Network Performance Optimization
- DPDK L2/L3 Packet Processing Application
- Zero-Copy & Burst Packet Processing Project
- CPU Pinning & NUMA-Aware DPDK Optimization
- Open vSwitch (OVS-DPDK) Network Acceleration
- DPDK-Based Network Traffic Generator & Benchmarking
- eBPF/XDP & DPDK Performance Comparison Project
Who is this program for?
- Network Engineers seeking expertise in high-performance packet processing
- Network Software Engineers developing user-space networking applications
- Linux Kernel Engineers interested in kernel-bypass technologies
- Network Performance Engineers optimizing latency and throughput
- HFT & Low-Latency Engineers working with performance-critical systems
- Data Plane Engineers building high-speed packet-processing solutions
- Cloud & Data Center Engineers optimizing network infrastructure
- Network Security Engineers developing high-performance security solutions
- HPC Engineers & Developers working with high-speed networking
- IT & Engineering Professionals looking to specialize in advanced networking technologies
How To Apply:
Mobile: 9100348679
Email: coursedivine@gmail.com
📩 After Successful Payment
Please share the following details with us to confirm your enrollment:
- Full Name
- Course Name
- Payment Screenshot / Transaction ID
- Email Address
- Mobile Number
Email: info@coursedivine.com
WhatsApp: +91 9100348679.
