Networking CORE

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TechAI Media – Interactive Networking Lab
đŸ–Ĩī¸
Networking Core
    Beginner: OSI Layer Models
  • 1. Layer 1: Physical (Ethernet/Wi-Fi)
  • 2. Layer 2: Data Link (MAC Address/Switch)
  • 3. Layer 3: Network (IP Address/Router)
  • 4. Layer 4: Transport (TCP/UDP Ports)
    • Intermediate: Routing & Core Infrastructure
  • 5. Subnetting & IP Allocations
  • 6. DHCP Infrastructure Assignment
  • 7. Domain Name Resolution (DNS)
  • 8. Default Gateway Gateways
    • Advanced: Enterprise Architecture
  • 9. OSPF Interior Gateway Protocol
  • 10. BGP Exterior Border Routing
  • 11. Layer 7 Load Balancing Architecture
Workspace View: Layer 3 Matrix
â›ļ
🔍
✕
⨁
✉
đŸ’ģ
đŸ’ģ
đŸ’ģ
đŸ’ģ
🔀
Layer 3: Network (IP Address/Router)
Routers route separate communication networks together efficiently. Using logical addressing via IP allocations (e.g., 192.168.1.0/24), paths are calculated deterministically to move payload data across varying topological infrastructures safely.
đŸ–Ĩī¸
Networking Core
    Beginner: OSI Layer Models
  • 1. Layer 1: Physical (Ethernet)
  • 2. Layer 2: Data Link (Switch)
  • 3. Layer 3: Network (Router)
  • 4. Layer 4: Transport (TCP/UDP)
    • Intermediate: Routing Details
  • 5. Subnetting & IP Allocations
  • 6. DHCP Auto Assignment
  • 7. Domain Name System (DNS)
  • 8. Default Gateway Infrastructure
    • Advanced: Enterprise Systems
  • 9. OSPF Routing Protocol
  • 10. BGP Border Routing
  • 11. Layer 7 Load Balancing
Lab View: Layer 3 Matrix
â›ļ
🔍
✕
⨁
đŸ’ģ
đŸ’ģ
đŸ’ģ
đŸ’ģ
🔀
Layer 3: Network (IP Address/Router)
Routers route separate communication networks together efficiently. Using logical addressing via IP allocations (e.g., 192.168.1.0/24), paths are calculated deterministically to move payload data across varying topological infrastructures safely.

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