350-401: Implementing Cisco Enterprise Network Core Technologies (ENCOR)

Curriculum For This Course

Architecture

34Lectures

Time 05:02:00

Virtualization

21Lectures

Time 03:02:00

Infrastructure

73Lectures

Time 11:23:00

Network Assurance

19Lectures

Time 02:29:00

Security

32Lectures

Time 04:00:00

6.0 Automation

17Lectures

Time 01:56:00

Architecture
	1. CCNP Enterprise Certification	11:00
	2. Topic	1:00
	3. 1.0 Architecture Part01	12:00
	4. 1.0 Architecture Part02	7:00
	5. WAN Overlay Technologies	9:00
	6. Qos	12:00
	7. LAN & WAN Design option	10:00
	8. Multilayer Campus Design Part 01	12:00
	9. Multilayer Campus Design Part 02	11:00
	10. 1.1.b High availability techniques such as redundancy, FHRP, and SSO	10:00
	11. 1.2 Analyze design principles of a WLAN deployment	5:00
	12. Controller-Based Architecture Overview	9:00
	13. WLC Best practices	5:00
	14. Best Practices Summary	5:00
	15. On-Prem vs Cloud Deployment	8:00
	16. Add more cloud	8:00
	17. 1.4 Cisco SDWAN	5:00
	18. SDWAN Architecture	10:00
	19. SDWAN Components Controllers	8:00
	20. SDWAN Data plan Devices	11:00
	21. 1.4b Traditional WAN vs SDWAN	5:00
	22. 1.5 Explain the working principles of the Cisco SD-Access solution	11:00
	23. LISP Locator ID and Separation Protocol	15:00
	24. VxLAN Virtual Extension LAN	10:00
	25. DNA supported Hardware & Summary	5:00
	26. 1.6 Qos	14:00
	27. Qos Design & Implementation Part01	16:00
	28. Qos Design & Implementation Part02	13:00
	29. Qos Design & Implementation Part03	6:00
	30. Wireless Qos	9:00
	31. 1.7 Catalyst 9300 Hardware walkthrough	5:00
	32. Catalyst 9300 ASIC details	8:00
	33. CEF & Adjacency Table	11:00
	34. TCAM	5:00

Virtualization
	1. Virtualization	2:00
	2. What is Server	5:00
	3. What is Virtualization	9:00
	4. Types of Hypervisors	3:00
	5. Virtual Machine	7:00
	6. Hypervisor Architecture	11:00
	7. Virtual Machine Installation	10:00
	8. Virtual Machines Networking	9:00
	9. VMware vSphere Port Group & vSS	11:00
	10. vSwitch0 or Standard Switch Lab	20:00
	11. Port Group Properties	9:00
	12. Introduction to Distributed Virtual Switch	5:00
	13. Distributed Virtual Switch Walkthroug	9:00
	14. Create Distributed Port Group	11:00
	15. Create new Distributed Virtual Switch	15:00
	16. VRF	5:00
	17. GRE Generic Routing Encapsulation	6:00
	18. IPSEC	11:00
	19. VRF GRE IPSEC Lab Part 01	13:00
	20. VRF GRE IPSEC Lab Part 02	8:00
	21. VRF GRE IPSEC Verification	3:00

Infrastructure
	1. 3.1 Infrastructure	1:00
	2. Vlan & trunk Part01	12:00
	3. Vlan & trunk Part02	3:00
	4. DTP Dynamic Trunking Protocol	10:00
	5. VTP VLAN Trunking Protocol	12:00
	6. VTP Lab 01	4:00
	7. VTP Lab 02	11:00
	8. Etherchannel theory	12:00
	9. Etherchannel Lab	10:00
	10. RSTP Rapid Spanning Tree Protocol	18:00
	11. RSTP TCN	6:00
	12. RSTP Lab	17:00
	13. MST Multiple Spanning Tree theory	7:00
	14. MST Multiple Spanning Tree Lab	9:00
	15. 3.2 OSPF Basics	10:00
	16. OSPF LSA Types	10:00
	17. OSPF DR BDR & Lab	20:00
	18. OSPF Network Types Metric Passive-interface Theory	11:00
	19. OSPF Network Types Metric Passive-interface Lab	13:00
	20. OSPF Authentication & Virtual Link Theory	3:00
	21. OSPF Authentication & Virtual Link Lab	19:00
	22. OSPF Summary Area Types & Default Route 01	12:00
	23. OSPF Summary Area Types & Default Route 02	3:00
	24. Eigrp Overview & terminologies 001	6:00
	25. Eigrp Overview & terminologies 02	4:00
	26. Eigrp Packet types & Metric	10:00
	27. Eigpr Basics Lab	10:00
	28. Eigrp Passive-Interface & Auto-Summarization	20:00
	29. Eigrp Load-balancing stub Lab	10:00
	30. Eigrp Authentication & Variance Lab	18:00
	31. Border Gateway Protocol BGP	12:00
	32. BGP Basic Lab iBGP vs eBGP	8:00
	33. BGP Basic Lab iBGP vs eBGP Continue	1:00
	34. BGP Neighbor & Synchronization	6:00
	35. BGP Neighbor & Synchronization Lab	14:00
	36. BGP Route-Reflector Confederation & Peer-Groups	11:00
	37. BGP Route-Reflector Confederation & Peer-Groups Lab	19:00
	38. BGP Best Path Selection	11:00
	39. BGP Best Path Selection Lab	15:00
	40. BGP Best Path Selection Lab Continue	8:00
	41. BGP AS-Prepend & MED	4:00
	42. Wireless Basics 01	10:00
	43. Wireless Basics 02	12:00
	44. Three Spread-Spectrum	9:00
	45. The 802.11 Amendments	4:00
	46. Interference & Effects of Physical Objects	9:00
	47. Antenna Characteristics	12:00
	48. Types of Wireless Networks	8:00
	49. 802.11 Frame Format	8:00
	50. 802.11 Frame Types	6:00
	51. Client Scans for AP & Roaming	5:00
	52. Understanding Cisco Wireless Architectures	6:00
	53. Control and Provisioning of Wireless Access Points ( CAPWAP)	6:00
	54. Centralized wireless Network Architecture & Flexconnect Wireless Network Archite	7:00
	55. Implementing Controller-based Deployments	7:00
	56. Performing an Initial Setup	9:00
	57. Understanding Controller Discovery	6:00
	58. Understanding L2 & L3 Roaming	6:00
	59. Troubleshooting WLAN Connectivity	12:00
	60. 3.4 IP services NTP	7:00
	61. a NTA Lab	4:00
	62. b NTA Lab	3:00
	63. NAT & PAT theory	10:00
	64. NAT & PAT Lab	16:00
	65. NAT & PAT Lab Continue GNS3	4:00
	66. Hot Standby Router Protocol (HSRP)	11:00
	67. Hot Standby Router Protocol (HSRP) Lab	15:00
	68. VRRP Virtual Router Redundancy Protocol	6:00
	69. VRRP Virtual Router Redundancy Protocol Lab	5:00
	70. Multicast Basic	8:00
	71. Multicast Protocol IGMP	17:00
	72. Protocol Independent Multicast (PIM)	6:00
	73. Protocol Independent Multicast (PIM) Verification	9:00

Network Assurance
	1. Debug	7:00
	2. Conditional Debug	6:00
	3. PING	19:00
	4. TraceRoute	9:00
	5. SNMP Simple Network Mgmt Protocol	5:00
	6. Cisco MIB & Versions of SNMP	5:00
	7. SNMP Configuration	7:00
	8. SNMP LAB	6:00
	9. SNMP Lab result	2:00
	10. SNMP V1-3 Quick Revision	4:00
	11. Configure & Verify Syslog	9:00
	12. Understand Netflow	6:00
	13. Netflow Configuration	12:00
	14. Flexible Netflow	4:00
	15. Capture the Packet over Data Plan SPAN RSPAN ERSPAN	3:00
	16. SPAN Lab	7:00
	17. Cisco IP SLA	11:00
	18. DNA Workflow & Assurance	11:00
	19. DNA Assurance Lab	16:00

Security
	1. Section 05 Lines & Password	5:00
	2. Lines & Password Lab	9:00
	3. AAA Concepts	4:00
	4. Access & AAA	10:00
	5. ISE Switch Configuration	10:00
	6. ISE Switch Configuration_backup	10:00
	7. Router & ASA Configuration	3:00
	8. Access Control List	14:00
	9. Standard Access Control List	6:00
	10. Extended Access Control List	8:00
	11. Control Plane Policy	9:00
	12. Control Plane Policy Lab	7:00
	13. API & API Security	2:00
	14. API SDWAN 01	10:00
	15. API SDWAN 02	4:00
	16. API Security	8:00
	17. Section 5.4 Wireless Security	1:00
	18. Basics of Wireless LAN Security	8:00
	19. Wireless Client Authentication Method	6:00
	20. Wireless Authentication Methods	8:00
	21. Wireless Privacy & Integrity	8:00
	22. 5.5 Welcome	1:00
	23. Components of Security Design Model	8:00
	24. Threat Defense & Endpoint Security	7:00
	25. Reconnaissance using NMAP	7:00
	26. Attack Public Network via Front Door	11:00
	27. Defending via FirePower	16:00
	28. Attack then Defending via FirePower IPS	10:00
	29. Next Generation Firewall	5:00
	30. TrustSec & MACsec 01	7:00
	31. TrustSec & MACsec 02	7:00
	32. 802.1X MAB WebAuth Easy Connect	11:00

6.0 Automation
	1. Python Basics 01	6:00
	2. Python Basics 02	8:00
	3. Python basic program to add nxapi feature	4:00
	4. Python basic program to add nxapi feature edit	5:00
	5. Construct Valid JSON	5:00
	6. Local Destination in JSON format	9:00
	7. YANG	7:00
	8. What is NSO ?	7:00
	9. Edit the service model YANG model file	12:00
	10. Edit the service model XML template file	8:00
	11. Test the service model	9:00
	12. API for vManage	1:00
	13. Cisco DNA Rest API	6:00
	14. Cisco DNA Rest API Use	5:00
	15. Embedded Event Management	7:00
	16. Embedded Event Management Lab	7:00
	17. Agent vs Agentless Tools	10:00

Free 350-401 Exam Questions & Cisco 350-401 Dumps
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