Cisco CCNP Enterprise Core (350-401 ENCOR) v1.2

Cisco CCNP Enterprise Core (350-401 ENCOR) v1.2, Managing and administering networks at the enterprise level requires a high level of knowledge and experience. Being able to implement and operate Cisco enterprise network core technologies like configuring, troubleshooting and managing enterprise wired and wireless is only one part of the CCNP Enterprise certification, but it’s essential. The CCNP represents extreme familiarity with enterprise networks — that’s why the first half of the certifying exams, and this training, covers the essentials of implementing and operating enterprise network core technologies before moving on to a specialized aspect of enterprise networking. . If you’re a new network engineer, the CCNP is perfect if you’ve already got an earlier Cisco network certification. That will have given you familiarity with some of the ways that enterprise networks are similar to and different from conventional networks, and what you’d like to emphasize in your enterprise networking career. With this CCNP Enterprise training, you’ll master enterprise networking and set your career up for success.

What you’ll learn

• Configuring enterprise wired and wireless networks
• Implementing security principles for enterprise networks
• Overlaying network design with SD-Access and SD-WAN
• Troubleshooting and managing existing enterprise networks

Who this course is for

• This CCNP Enterprise training is considered professional-level Cisco training, which means it was designed for network engineers. This routers and switches skills course is designed for network engineers with three to five years of experience with network infrastructure.

Specificatoin of Cisco CCNP Enterprise Core (350-401 ENCOR)

• Publisher : CBT Nuggets
• Teacher : John McGovern, Jeff Kish, Keith Barker
• Language : English
• Level : All Levels
• Number of Course : 440
• Duration : 60 hours and 5 minutes

Content of Cisco CCNP Enterprise Core (350-401 ENCOR)

01 – Explain The Hierarchical Network Model Components
02 – Explain the Campus Architectural Layers
03 – Explain Enterprise Network Design Options
04 – Explain First Hop Redundancy Protocols
05 – Explain FHRP Operation
06 – Design High-Availability Techniques
07 – Review LAN Design
08 – Describe the SD-WAN Architecture
09 – Explain SD-WAN Control and Data Plane
10 – Explain SD-WAN Benefits and Features
11 – Explain Cisco Software-Defined Access
12 – Explain SD-Access Traffic Operation
13 – Explain SD-Access Onboarding and Wireless
14 – Review Software Defined Architectures
15 – Describe Quality of Service
16 – Perform Qo S Marking
17 – Describe Qo S Queuing
18 – Describe Qo S Packet Drop Mechanisms
19 – Configure Qo S with Cisco MQC
20 – Configure Cisco Qo S Parameters
21 – Configure Policing and Shaping with MQC
22 – Review Quality of Service
23 – Describe Switching Mechanisms
24 – Describe Device and Network Virtualization
25 – Verify Data Virtualization Technologies
26 – Configure Data Virtualization Technologies
27 – Verify Data Path Security Technologies
28 – Configure Data Path Security Technologies
29 – Describe LISP Operation
30 – Describe VXLAN Operation
31 – Review Virtualization Technologies
32 – Explain VLAN Topologies
33 – Configure VLAN Trunking
34 – Describe Etherchannel Technology
35 – Configure Static and LACP Etherchannels
36 – Describe 802.1D Spanning-Tree Protocol
37 – Describe 802.1D STP Operation
38 – Calculate STP Topologies
39 – Explain STP Topology Changes
40 – Configure STP Macros and Timers
41 – Configure STP Topologies
42 – Review STP Concepts and Configuration
43 – Explain STP Topology Protection Mechanisms
44 – Explain STP Loop Protection Mechanisms
45 – Explain Rapid-PVST+
46 – Explain Multiple Spanning-Tree (MST)
47 – Review STP Protection RSTP MST
48 – Understand EIGRP
49 – Understand OSPF
50 – Summarize and Filter with IPv4 OSPF
51 – Configure OSPFv3 for IPv6
52 – Configure OSPFv3 for IPv4
53 – Configure BGP
54 – Understand Policy-Based Routing
55 – Using Time Protocols
56 – Configure IPv4 NAT & PAT
57 – Configure FHRPs
58 – Describe Multicast Protocols
59 – Describe Multicast Trees
60 – Diagnose Network Problems
61 – Configure Flexible Netflow
62 – Configure SPAN RSPAN & ERSPAN
63 – Configure and Verify IP SLAs
64 – Configure Authentication & Authorization
65 – Configure i ACLs and Co PP
66 – Describe Cisco Security Design Components
67 – Interpret Basic Python Constructs
68 – Understand Data Modelling and Serialization
69 – Understand Network Automation Scripts
70 – Configure and Verify NETCONF
71 – Understand REST-based APIs
72 – Configure and Verify RESTCONF
73 – Understand Cisco APIs & EEM
74 – Understand Agentless Network Automation