CCNP AND CCIE ENTERPRISE CORE ENCOR 350-401 (42 GB) Video Training Course & PDF Guide & Exam Dump Download
 
Duration : 20 Hours
 
Size: 42 GB (8 PART DOWNLOAD)
 
 
 
01 Learning Objectives
02 1.1 Packet Forwarding Overview
03 1.2 Layer 2 Forwarding Essentials
04 1.3 Layer 3 Forwarding
05 2.1 VLANS
06 2.2 Switch Port Types
07 2.3 VLAN Trunking Protocol VTP
08 2.4 Dynamic Trunking Protocol DTP
09 Learning Objectives
10 3.1 Introducting the Spanning Tree Protocol STP
11 3.2 Building STP Topology
12 3.3 Per VLAN Spanning Tree PVST and PVST+
13 3.4 STP Convergence
14 3.5 Rapid Spanning Tree Protocol RSTP
15 3.6 Tuning the STP Topology
16 3.7 Optimizing the Spanning Tree Topology
17 3.8 Multiple Spanning Tree Protocol MSTP
18 Learning Objectives
19 4.1 Introducing EtherChannel Bundles
20 4.2 Static EtherChannel
21 4.3 Port Aggregation Protocol PAgP
22 4.4 Link Aggregation Control Protocol LACP
23 4.5 Layer 3 EtherChannel Bundles
24 4.6 Troubleshooting EtherChannel Bundles
25 Learning Objectives
26 5.1 Routing Protocol Overview
27 5.2 Path Selection
28 5.3 Platform Architecture
29 5.4 Virtual Routing and Forwarding VRF
30 Learning Objectives
31 6.1 Introducing Open Shortest Path First OSPF
32 6.3 Timers and Failure Dectection
33 6.4 Designated Router and Backup Designated Router
34 6.5 OSPF Network Types
35 6.6 Areas
36 6.7 Default Route Advertisement
 
 
 
 
37 6.8 Link State Advertisements LSA
38 6.9 OSPF Path Selection
39 Learning Objectives
40 7.1 Introducing Open Shortest Path First Version 3 OSPFv3
41 7.2 OSPFv3 Configuration and Verification
42 Learning Objectives
43 8.1 Introducing Border Gateway Protocol BGP
44 8.2 Communication
45 8.3 Session Configuration
46 8.4 Prefix Advertisement
47 8.5 Route Summarizatoin
48 8.6 BGP Communities
49 8.7 BGP Multihoming
50 8.8 Best Path
51 8.9 Multiprotocol BGP for IPv6
52 Learning Objectives
53 9.2 Route Maps
54 9.3 OSPF Filtering
55 9.4 BGP Route Filtering
56 Learning Objectives
 
 
 
57 10.1 Multicast Fundamentals
58 10.2 Multicast Addressing L2 and L3 Addressing
59 10.3 Internet Group Management Protocol IGMP
60 10.4 Protocol Independent Multicast PIM
61 10.5 Rendezvous Points RP
62 10.6 Multicast Packet Flow
63 10.7 Configuring and Verifying Multicast
64 Learning Objectives
65 11.1 The Need for Quality of Service QoS
66 11.2 QoS Models
67 11.3 Classification and Marking
68 11.4 Policing and Shaping
69 11.5 Congestion Management and Avoidance
70 Learning Objectives
71 12.1 Network Time Protocol NTP Overview
72 12.2 Configuring and Verifying NTP
73 12.3 Hot Standby Router Protocol HSRP Overview
74 12.4 Virtual Router Redundancy Protocol VRRP
75 12.5 Global Load Balancing Protocol GLBP
76 Learning Objectives
77 13.1 Introducing Network Address Translation NAT
78 13.2 Static NAT
79 13.3 Pooled NAT
80 13.4 Port Address Translation PAT
 
 
 
 
81 Learning Objectives - Copy
81 Learning Objectives
82 14.1 Network Security Design for Threat Defence - Copy
82 14.1 Network Security Design for Threat Defence
83 14.2 Next Generation Endpoint Security - Copy
83 14.2 Next Generation Endpoint Security
84 14.3 Cisco Stealthwatch - Copy
84 14.3 Cisco Stealthwatch
85 14.4 Cisco ISE - Copy
85 14.4 Cisco ISE
86 14.5 802.1x - Copy
86 14.5 802.1x
87 14.6 MAB - Copy
87 14.6 MAB
88 14.7 Cisco TrustSec - Copy
88 14.7 Cisco TrustSec
89 14.8 MACSec - Copy
89 14.8 MACSec
90 Learning Objectives - Copy
90 Learning Objectives
91 15.1 ACLs - Copy
91 15.1 ACLs
92 15.2 Configuring and Verifying ACLs - Copy
92 15.2 Configuring and Verifying ACLs
93 15.3 Terminal Lines and Password Protection
94 15.4 AAA
95 15.5 ZBFW
 
 
 
 
96 15.6 Control Plane Policing CoPP
97 Learning Objectives
98 16.1 Introducing Cisco Wireless
99 16.2 Layer 1 Concepts
00100 16.3 RF Power
00101 16.4 RSSI
00102 16.5 Interference Noise
00103 16.6 SNR
00104 16.7 Band and Channels
00105 16.8 Wireless Devices Capabilities
00106 16.9 AP Modes and Antenna Types
00107 16.10 Wireless LAN Topologies Standalone - Copy
00107 16.10 Wireless LAN Topologies Standalone
00108 16.11 Wireless LAN Topologies Centralized Mode
00109 16.12 Wireless LAN Topologies FlexConnect Mode
00110 16.13 Wireless LAN Topologies EWC Mobility Express IP Addressing Mesh Auto-Anchor
00111 16.14 Access Point Discovery and Join Process
00112 16.15 Main Principles and Use Cases for Layer 2 and Layer 3 Roaming
00113 16.16 Configuring Wireless
00114 16.17 Troubleshoot WLAN Configuration and Wireless Client Connectivity Issues
00115 16.18 Wireless Security General Considerations
 
 
 
00116 16.19 Configuring the Wireless Controller Open Authentication WPA2 PSK Authentication
00117 16.20 Configuring Local EAP Authentication External EAP Authentication Web-Auth Authentication
00118 Learning objectives
00119 17.1 Generic Routing Encapsulation GRE Overview
00120 17.2 Configuring and Verifying GRE Tunnels
00121 17.3 IPSec Fundamentals
00122 17.4 Site-to-Site IPSec VPN Overview
00123 17.5 Configuring and Verifying Site-to-Site IPSec VPN
00124 17.6 LISP Fundamentals
00125 17.7 VXLAN Fundamentals
00126 17.8 VXLAN-EVPN Overview
00127 18.1 Introducting Cisco Software-Defined Access Solution
00128 18.2 Cisco Software-Defined Access Control
00129 18.3 Cisco Software-Defined Access Data Planes
00130 18.4 Fabric Roles and Terminology
00131 18.5 Inserting Fabric Into a Traditional Campus Network
00132 18.6 Fabric Wireless and L2 Domain Stretch
00133 18.7 DNA Center Demo Design and Policy
00134 18.8 DNA Center Demo DNA Center Assurance
00135 Learning objectives
00136 19.1 Introducing Cisco SD-WAN Solution
00137 19.2 Value Proposition Cisco SD-WAN Benefits
00138 19.3 Value Proposition and Cisco SD-WAN Use Cases
00139 19.4 Cisco SD-WAN Architecture
00140 19.5 Cisco SD-WAN Solution Concepts - Orchestration Plane