CCNP: Core Networking (ENCOR)

$380.00

Este primer curso de la serie CCNP Enterprise de 2 cursos abarca el switching, el routing, la tecnología inalámbrica y temas de seguridad relacionados, junto con las tecnologías que admiten redes programables definidas por software.

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Descripción

Vaya más lejos en su carrera de networking

¿Listo para mejorar sus habilidades y abordar soluciones de red complejas? Comience su viaje para obtener la certificación CCNP Enterprise. El curso amplía su comprensión de la arquitectura y profundiza sus habilidades de implementación requeridas por las redes empresariales.

Beneficios:

Se adquieren las destrezas y la experiencia práctica necesarias para configurar, operar y solucionar problemas de redes empresariales a gran escala Contenido del Curso: 29 Módulos

Chapter 01. Packet Forwarding: Compare hardware and software switching mechanisms.
Chapter 02. Spanning Tree Protocol: Configure spanning tree protocol in a switched environment.
Chapter 03. Advanced Spanning Tree: Configure STP with protection mechanisms.
Chapter 04. Multiple Spanning Tree Protocol (MST): Configure multiple versions of the Spanning Tree Protocol.
Chapter 05. VLAN Trunks and EtherChannel Bundles:Troubleshoot EtherChannel on switched networks
Chapter 06. IP Routing Essentials: Configure routers using different algorithms to determine the best path.
Chapter 07. Enhanced Interior Gateway Routing (EIGRP): Configure EIGRP to improve network performance
Chapter 08. Open Shortest Path First (OSPF): Implement multiarea OSPFv2.
Chapter 09. Advanced OSPF: Use advanced OSPF features to optimize network performance.
Chapter 10. OSPFv3: Implement single´-area OSPFv3.
Chapter 11. Border Gateway Protocol (BGP): Configure eBGP in a single´-homed remote access network.
Chapter 12. Advanced BGP: Explain how advanced BGP features improve performance
Chapter 13. Multicast: Explain the concepts and protocols that are required to understand multicast
Chapter 14. Quality of Service (QoS): Explain the mechanisms used by QoS to ensure transmission quality.
Chapter 15. IP Services: Configure IP services for managed networks that provide redundancy, address translation and synchronization.
Chapter 16. Overlay Tunnels: Configure overlay tunnels to secure site´-to´-site and remote access connectivity.
Chapter 17. Wireless Signals and Modulation: Explain the theory of wireless signals and the methods used to carry data wirelessly.
Chapter 18. Wireless Architecture Infrastructure: Select appropriate wireless topologies and antennas to allow APs to pair with WLCs in an enterprise network.
Chapter 19. Understanding Wireless Roaming and Location Services: Explain how to configure a wireless network to support and manage wireless roaming.
Chapter 20. Authenticating Wireless Clients: Compare different methods to authenticate wireless clients before gaining access to the wireless network.
Chapter 21. Troubleshooting Wireless Connectivity: Troubleshoot wireless connectivity issues using tools and strategies
Chapter 22. Enterprise Network Architecture: Explain the characteristics of scalable network architectures.
Chapter 23. Fabric Technologies: Explain how fabric networks allow traditional networks to be more manageable, flexible, secure, and scalable.
Chapter 24. Network Assurance: Troubleshoot an enterprise network using common tools and techniques.
Chapter 25. Secure Access Control: Compare secure solutions for different places in the network
Chapter 26. Network Device Access Control and Infrastructure Security: Configure network access control using tools and features that provide device and infrastructure security.
Chapter 27. Virtualization: Explain the purpose and characteristics of network and server virtualization.
Chapter 28. Foundational Network Programmability Concepts: Explain common network programmability concepts and programmatic methods of management
Chapter 29. Introduction to Automation Tools: Explain the benefits and operation of various automation tools.