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Der aktualisierte CCNP-Lehrgang befähigt Absolventen/ -innen, komplexe Netzwerkinfrastrukturen zu planen und zu verwalten. Der Kurs vermittelt die Qualifikationen für den Einsatz als Netzwerktechniker oder im Help-Desk- und Pre-Sales-Bereich, Netzwerkadministrator, Level 2 Support Ingenieur, Netzwerktechniker oder Entwicklungsingenieur. Die Inhalte gehen über Core-Routing und Switching hinaus und beziehen insbesondere netzwerkbasierte Anwendungen ein. Neben Wireless LAN, Security, Quality of Service (QoS) und VPN (virtuelle private Netzwerke) liegen weitere Schwerpunkte auf Themen wie Breitband und NGN (Next Generation Network). Kursteilnehmer sollten die Kurse CCNA 1-4 absolviert haben. Die Lernzeit für jedes Kursmodul beträgt 70 Stunden.

Die Inhalte in Detail:

Modul 1: Building Scalable Internetworks

• Explain routing in the enterprise network
• Implement and verify multicast forwarding using PIM
• Implement IPv6 in an enterprise network
• Implement and verify EIGRP operations
• Build a scalable multi-area network with OSPF
• Certification Exam: BSCI v3.0, Routing Protocols at Campus Edge, and 642-901

Modul 2: Implementing Secured Converged Wide-area Networks

• Implement secure broadband connections for teleworkers
• Describe Cisco network architecture alignment with connectivity requirements
• Describe MPLS conceptual model data and control planes
• Describe and configure a site-to-site IPSec VPN
• Describe and configure Cisco device hardening strategies to mitigate network attacks
• Certification Exam: ISCW v1.0 and 642-825

Modul 3: Building Multilayer Switched Networks

• Define VLANS to segment network traffic, Explain Cisco hierarchy network model for campus networks
• Implement Spanning Tree Protocol and implement and verify InterVLAN routing
• Design and implement security features
• Implement high-availability technologies and techniques
• Describe and configure wireless LAN access and switch to support voice
• Certification Exam: BCMSN v3.0 exam and 642-812 • Define VLANS to segment network traffic
• Explain Cisco hierarchy network model for campus networks
• Implement Spanning Tree Protocol and implement and verify InterVLAN routing
• Design and implement security features
• Implement high-availability technologies and techniques
• Describe and configure wireless LAN access and switch to support voice
• Certification Exam: BCMSN v3.0 exam and 642-812

Modul 4: Optimizing Converged Networks

• Describe the converged network requirements within Cisco conceptual network models, with a focus on wireless security
• Describe basic principles of VoIP network bandwidth require¬ments, VoIp packet encapsulation, and VoIp implementation
• Explain the need for QoS and the methods to implement QoS
• Explain the key IP QoS mechanisms used to implement the DiffServ Qos model
• Configure Cisco AutoQoS model
• Describe and configure wireless security and basic wireless management
• Certification Exam: ONT and 642-845