PDFs and exam guides are not so efficient, right? Prepare for your Cisco examination with our training course. The 350-401 course contains a complete batch of videos that will provide you with profound and thorough knowledge related to Cisco certification exam. Pass the Cisco 350-401 test with flying colors.
Curriculum for 350-401 Video Course
Name of Video | Time |
---|---|
![]() 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 |
Name of Video | Time |
---|---|
![]() 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 |
Name of Video | Time |
---|---|
![]() 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 |
Name of Video | Time |
---|---|
![]() 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 |
Name of Video | Time |
---|---|
![]() 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 |
Name of Video | Time |
---|---|
![]() 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 |
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File Name | Size | Votes |
---|---|---|
File Name cisco.certkey.350-401.v2021-02-12.by.matilda.128q.vce |
Size 3.99 MB |
Votes 1 |
File Name cisco.passit4sure.350-401.v2020-12-04.by.lucas.112q.vce |
Size 3.98 MB |
Votes 1 |
Comments (5)
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I have enjoyed the CCNP Route Course because it is a great re-freshener towards the CCNP topics. it helps when the instructor is passionate about teaching, I highly recommend Laz to anyone interested in the course.
the course covers the overall knowledge requirement. I feel the instructor could have spent a little more time explaining topics like BGP, VRF, IP SLA, NSSA, total stub areas and DMVPN.
• I really like how the courses are delivered; straight to the point in a concise manner. The instructor does not seem to doubt what he teaches at all. He is concise of what he is doing.
The methods used to teach are clear to understand and use relevant examples to make it easier to digest if it is a hard subject. I would recommend this course to anyone looking for getting into Networking. 10/10.
Lazaro, the instructor is by far one of the best I have had the pleasure to learn from. He is precise and to the point as well as he gives extra information to go above and beyond.