Cisco CCNP Enterprise: ENCOR v1.1 (350-401) Cert Prep

سرفصل های دوره

Implementing Cisco Enterprise Network Core Technologies (350-401 ENCOR) v1.1 is a 120-minute professional level exam associated with the CCNP and CCIE Enterprise Certifications. The 350-401 ENCOR exam measures your ability to configure, troubleshoot, manage, and implement enterprise Cisco technologies, including dual stack (IPv4 and IPv6) architecture, virtualization, infrastructure, network management, network security, and network automation. An ideal fit for enterprise networking professionals, this course covers objectives from each domain so you're prepared to perform real-world tasks and pass the 350-401 ENCOR exam.

01 - Introduction

01 - Welcome to ENCOR Part 1

02 - A look at the ENCOR (350-401) v1.1 exam

03 - Performing lab exercises

02 - 1. Enterprise Architecture

01 - Enterprise architecture

02 - Tier vs. 3-tier designs

03 - On-premises vs. cloud designs

04 - Redundant design

05 - First hop redundancy protocols (FHRPs)

06 - Stateful switchover (SSO)

07 - Wireless LAN deployment options

08 - Location services

09 - Client density considerations

10 - Wireless network segmentation

11 - Overview of SD-WAN technology

12 - SD-WAN implementation

13 - Overview of SD-access technology

14 - SD-access implementation

15 - Review of QoS mechanisms

16 - Applying QoS policies

17 - Wireless QoS

18 - Process switching

19 - Cisco express forwarding (CEF)

20 - The CAM vs. the TCAM

21 - The FIB vs. the RIB

03 - 2. Virtualization Technologies

01 - Virtualization technologies

02 - Hypervisor Types 1 and 2

03 - Virtual machines

04 - Virtual switches

05 - Virtual route forwarding (VRF)

06 - The need to combine GRE and IPsec tunneling

07 - Configuring GRE over IPsec tunnels

08 - Locator IDseparation protocol (LISP)

09 - Virtual extensible LAN (VXLAN)

04 - 3. Infrastructure Technologies

01 - Infrastructure technologies

02 - Review of IEEE 802.1q trunking

03 - Troubleshooting 802.1q trunks

04 - VLAN Trunking protocol (VTP) theory

05 - VTP configuration

06 - Review of EtherChannel operation

07 - Troubleshooting EtherChannels

08 - Multiple spanning tree (MST) theory

09 - MST configuration

10 - Review of rapid spanning tree protocol (RSTP)

11 - RSTP configuration

12 - BPDU guard

13 - Root guard

14 - OSPF compared to EIGRP

15 - Review of OSPF neighbor formation

16 - Review of OSPF network types

17 - OSPF LSA and area types

18 - Multi-area OSPFv2 configuration

19 - OSPF route filtering

20 - OSPF route summarization

21 - OSPFv3 traditional configuration

22 - OSPFv3 address families configuration

23 - Fundamental BGP concepts

24 - BGP path selection criteria

25 - Routing IPv4 with BGP Part 1

26 - Routing IPv4 with BGP Part 2

27 - Routing IPv6 with BGP over an IPv4

28 - Routing IPv6 with BGP over an IPv6

29 - Wireless communication theory

30 - Access point modes

31 - Antenna types

32 - Access point operation

33 - Layer 2 vs. layer 3 roaming

34 - WLAN troubleshooting

35 - Review of Network address translation (NAT)

36 - Static NAT configuration

37 - Dynamic NAT configuration

38 - Port address translation (PAT) configuration

39 - Review of network time protocol (NTP)

40 - NTP security

41 - Understanding precision time protocol (PTP)

42 - HSRP configuration

43 - VRRP configuration

44 - Multicast operation

05 - 4. Conclusion of Part 1

01 - Next steps

06 - 5. Introduction to Part 2

01 - Welcome to ENCOR Part 2

02 - A look at the ENCOR (350-401) v1.1 exam

03 - Performing lab exercises

07 - 6. Network Management

01 - Network management

02 - The debug command

03 - The traceroute command

04 - The ping command

05 - SNMP theory

06 - SNMPv2 configuration

07 - SNMPv3 configuration

08 - Syslog theory

09 - Syslog configuration

10 - NetFlow theory

11 - NetFlow configuration

12 - Flexible NetFlow Configuration

13 - SPAN theory

14 - SPAN configuration

15 - RSPAN configuration

16 - ERSPAN configuration

17 - IP SLA theory

18 - Basic IP SLA configuration

19 - Advanced IP SLA configuration

20 - Policy-based routing (PBR) theory

21 - PBR configuration

22 - EEM theory

23 - EEM configuration

08 - 7. Network Security

01 - Network security

02 - Privilege-level passwords

03 - Line passwords

04 - AAA with a local database

05 - Standard access control list (ACL) Configuration

06 - Extended numbered ACL configuration

07 - Extended named ACL configuration

08 - ACL considerations

09 - Control Plane Policing (CoPP) Theory

10 - CoPP Configuration

11 - Overview of Extensible Authentication Protocol (EAP)

12 - Understanding the EAPOL 4-way handshake

13 - EAP configuration

14 - Overview of WebAuth

15 - WebAuth configuration

16 - Pre-shared key (PSK) theory

17 - PSK configuration

18 - Cyber threat defense (CTD)

19 - Endpoint hardening

20 - Next-generation firewall (NGFW)

21 - Cisco TrustSec

22 - Media access control security (MACsec)

23 - Network access control (NAC) with 802.1X

24 - MAC authentication nypass (MAB)

25 - Web authentication (WebAuth)

09 - 8. Network Automation

01 - Network sutomation

02 - Overview of SDN

03 - JSON gormatting

04 - XML gormatting

05 - YANG data modeling

06 - Installing Python

07 - The interactive interpreter

08 - Data types

09 - Data type conversions

10 - Lists

11 - Dictionaries

12 - User input

13 - The if function

14 - Loops

15 - File access

16 - NETCONF

17 - RESTCONF

18 - Chef

19 - Puppet

20 - Ansible

21 - SaltStack

22 - Cisco DNA Center overview

23 - Cisco DNA Center workflows

24 - Overview of vManage

25 - Cisco DNA Center and vManage APIs

26 - REST API response codes

27 - REST API security considerations

10 - 9. Exam Preparation

01 - Exam preparation

02 - How to register for the exam

03 - Study strategies

04 - What to do on exam day

11 - Conclusion

01 - Next steps

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