Cisco Certified Network Professional (CCNP) Course Overview

Networking and software are deeply interconnected, with people, machines, devices, and applications all linked through technological applications. Intent-based networking allows businesses to scale and secure their networking infrastructure through automation. Networking professionals require a broad skill set and focus to understand strategic areas of technology. The Cisco Certified Network Professional (CCNP) Enterprise certification program provides professionals with the skills to excel in the evolving field of enterprise network technology. This certification proves a candidate’s core technology understanding and allows them to specialize based on career goals.

Benefits of Taking the CCNP Certification
The CCNP Enterprise certification is designed for those ready to tackle complex network solutions and advance their skillset. Here are some key benefits:

Comprehensive Training: Developed by Cisco Systems, this course trains candidates to manage network infrastructure fully.
Proven Expertise: The certification demonstrates a candidate's understanding of networking operations and their ability to enhance organizational performance.
Leadership Skills: CCNP training equips professionals to lead and manage teams effectively, make informed technology investment decisions, and maximize profits.
In-Depth Knowledge: Candidates gain skills in routing, switching, implementing Cisco enterprise networks, and designing Cisco enterprise wireless networks.
Career Opportunities: With networking technology in high demand, this certification opens up various job opportunities.

Who Should Opt for the CCNP Enterprise Training
The CCNP Enterprise training is a professional-level program ideal for network engineers. It is suited for:
Aspiring or New Network Engineers: Those with a Cisco network certification and a basic understanding of enterprise networks.
Experienced Network Engineers: Professionals with practical experience in managing and engineering enterprise networks.
Skills Acquired Through the CCNP Enterprise Certification
Participants will acquire the following core skills:
Enterprise Network Architecture: Supporting scalable and secure network architecture using advanced technologies.t
Network Performance: Configuring enterprise networks for optimized and high-availability performance.
Wireless and Remote Access Management: Managing wireless networks and remote access.
Network Automation and Virtualization: Expanding knowledge of network automation and virtualization.
Advanced Switching and Routing: Understanding advanced techniques of switching, routing, and troubleshooting.
Network Security: Maintaining and monitoring secure networks.
Network Planning and Execution: Planning, executing, and troubleshooting enterprise networks.
These skills form a solid foundation for both virtualized network functions and physical networks, proving expertise in Cisco enterprise network solutions.

Apply For CCNP Enterprise Certification And Training

Understanding the CCNP Enterprise Certification Examination
The CCNP Enterprise certification exam comprises two parts: the core exam and a concentration exam. The core exam covers routing, switching, wireless, security, and programmable network technologies, while the concentration exam allows candidates to specialize in a particular area.

Core Exam
ENCOR - Implementing and Operating Cisco Enterprise Network Core Technologies

This training prepares candidates for the 350-401 ENCOR exam, imparting skills needed to troubleshoot, configure, and manage wired and wireless Cisco enterprise networks, including SD-Access and SD-WAN solutions.

Skills Learned from the Core Exam:

Managing, troubleshooting, and configuring wired and wireless networks.
Implementing security principles in enterprise networks.
Preparing for the 350-401 ENCOR exam.
Who Should Take This Course:

Network administrators
Mid-level network engineers
Network support technicians
Help desk technicians
Concentration Exams

Candidates can choose from various modules for the concentration exam:

ENARSI - Implementing Cisco Enterprise Advanced Routing and Services v1.0
SDWAN300 - Implementing Cisco SD-WAN Solutions
ENSLD - Designing Cisco Enterprise Networks v1.0
ENWLSD - Designing Cisco Enterprise Wireless Networks v1.0
ENWLSI - Implementing Cisco Enterprise Wireless Networks
ENAUTO - Implementing Automation for Cisco Enterprise Solutions
ENCC - Designing and Implementing Cloud Connectivity
Each module has specific prerequisites and offers specialized training to enhance the candidate’s expertise in their chosen area.

Detailed Examination of Core and Concentration Exams
ENCOR Exam: Implementing and Operating Cisco Enterprise Network Core Technologies
This section covers the 350-401 ENCOR exam, focusing on troubleshooting, configuring, and managing wired and wireless Cisco enterprise networks.

Benefits of ENCOR Training
Network Management: Learn to manage, troubleshoot, and configure wired and wireless networks.
Security Implementation: Understand how to implement security principles in an enterprise network.
Exam Preparation: Get trained for the 350-401 ENCOR exam.
Suitable Candidates
Network administrators
Mid-level network engineers
Network support technicians
Help desk technicians

Skills Acquired

Hierarchical Network Design: Illustrate architecture and hierarchical network design models.
Hardware and Software Operations: Compare hardware and software operations, understand TCAM, CAM, and process switching.
Layer 2 Connectivity: Troubleshoot Layer 2 connectivity with trunking and VLANs, implement redundant switched networks with Spanning Tree Protocol.
Routing and Switching: Implement and optimize EIGRP, troubleshoot link aggregation, understand metrics, features, and path selection concepts.
Network Redundancy: Implement network redundancy protocols like HSRP and VRRP, and implement internet connectivity with static and dynamic NAT.
Virtualization and Wireless Networking: Describe server virtualization technology, implement overlay technologies like VRF, understand wireless networking components and deployment models.
Network Analysis Tools: Use available network analysis tools, configure secure administrative access for Cisco IOS devices.
Scalable Administration: Implement scalable administration, describe enterprise network security architecture, understand Cisco DNA center and SD-Access solutions.
Multicast Protocols: Define multicast protocols, basic Python components, and network programmability protocols.

Prerequisites
Understanding of enterprise LAN networks, routing, and wireless connectivity.
Basic Python scripting knowledge.
ENARSI Exam: Implementing Cisco Enterprise Advanced Routing and Services v1.0
The ENARSI module prepares candidates for the 300-410 ENARSI exam, focusing on advanced routing and infrastructure technologies.
Suitable Candidates
Enterprise network engineers
System administrators
System engineers
Network administrators

Skills Acquired

EIGRP Configuration: Configure and optimize Enhanced Interior Gateway Routing Protocol.
OSPF Implementation: Implement and troubleshoot the open shortest path first (OSPF) routing protocol.
Route Redistribution: Implement route redistribution with filtering mechanisms, troubleshoot redistribution.
MP-BGP Optimization: Configure multiprotocol-border gateway protocol, optimize and troubleshoot MP-BGP.
MPLS VPN: Understand MPLS features and architectural components, identify packet forwarding and routing functions.
Cisco Internetwork Operating System: Describe tools to secure IPv6 first hop, troubleshoot infrastructure security and Cisco router security features.

Prerequisites
Understanding of networking fundamentals, LAN implementation, device management, and network security.
Basic knowledge of network automation.

SDWAN300 Exam: Implementing Cisco SD-WAN Solutions
This module prepares candidates for the 300-415 ENSDWI exam, focusing on designing, deploying, configuring, and managing SD-WANs for large-scale networks.

Suitable Candidates
IT training professionals
Network engineers with over three years of experience in SD-WAN architecture.
Skills Acquired
SD-WAN Mastery: Design, deploy, configure, and manage SD-WANs.
Routing Protocols: Implement routing protocols in data centers, deploy advanced application-aware policies.
SD-WAN Migration: Migrate from legacy WAN to SD-WAN, update live networks.
Network Management: Utilize software tools, router configurations, and write SD-WAN policies.
Comprehensive Topics: Understand architecture, controller deployment, edge router deployment, policies, security, QoS, multicast, and management and operations.
Prerequisites
Familiarity with networking, software-defined networking, and Wide Area Networks.
Basic knowledge of SD-WAN architecture.

ENSLD Exam: Designing Cisco Enterprise Networks v1.0
The ENSLD module prepares candidates for the 300-420 ENSLD exam, certifying their knowledge in enterprise design, advanced routing, addressing services, WAN, SDA, and network services.

Suitable Candidates
Network design engineers
System administrators
Network engineers

Skills Acquired
EIGRP, OSPF, IS-IS Design: Design internal routing for enterprise networks.
BGP Routing: Design BGP routing, understand MP-BGP address families.
Layer 2 Design Considerations: Describe layer 2 design considerations for enterprise campuses.
LAN Network Design: Design LAN networks, describe layer 3 design.
Cisco SD-Access: Examine Cisco SD-Access fundamental concepts, describe its fabric design.
Resilient WAN Design: Design a resilient WAN, examine Cisco SD-WAN architecture, and explain QoS concepts.
Multicast Principles: Understand multicast principles, describe IP addressing design.

Prerequisites
CCNA certification, understanding of network fundamentals, building simple LANs, IP addressing and subnets, routing and switching fundamentals, and basic networking terminology and concepts.


Related Certification and Training
CCNA Training and Certification
CCIE Data Center V3.0 Training and Certification
CCNP Service Provider Training and Certification

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