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Video Description
Router Boot Sequence In our final lesson on additional protocols, we examine the importance of the Router Boot Sequence and discuss why each individual step is important in its own right. For example, you'll learn why routers perform a power on self-test and why its IOS is expanded into RAM. We'll discuss the importance and function of TFTP Server, and what information a routers is looking for and where routers go to find it, what happened when it doesn't.
Course Modules
Cisco CCNA
Module 1 - Introduction
Module 2 - Layer 1 Physical
Module 3 - Layer 2 Data Link
11:19
Layer 2 - Data Link Layer Overview
18:51
Layer 2 - Mac Addresses
05:55
Layer 2 - MAC Address Table LAB
11:00
Layer 2 - Broadcast Domains
14:14
Layer 2 - Virtual Local Area Connections
13:43
Layer 2 - VLAN Configuration LAB
15:36
Layer 2 - Cisco IOS LAB (Part 1)
22:54
Layer 2 - Cisco IOS LAB (Part 2) OS Modes
22:17
Layer 2 - Cisco IOS LAB (Part 3) Changing the Router Log
06:25
Layer 2 - VLAN Domains
16:20
Layer 2 - Configure VLAN LAB
16:24
Layer 2 - Links on a Switch
28:19
Layer 2 - Trunk Configuration LAB
11:53
Layer 2 - Spanning Tree Protocol (Part 1)
21:18
Layer 2 - Spanning Tree Protocol (Part 2) Frame Behavior and BPU's
03:50
Layer 2 - Spanning Tree Protocol (Part 3) Root Ports
06:06
Layer 2 - Per VLAN Spanning Tree Protocol
09:03
Layer 2 - Spanning Tree Protocol LAB
03:21
Layer 2 - Spanning Tree Enhancements
07:10
Layer 2 - Port Fast LAB
04:54
Layer 2 - VLAN Trunking Protocol
13:58
Layer 2 - VLAN Trunking Protocol LAB
Module 4 - Layer 3 Network
13:54
Layer 3 - Network Layer Overview
17:30
Layer 3 - Classful IP Addressing
07:58
Layer 3 - Classless IP Addressing (Part 1)
08:40
Layer 3 - Classless IP Addressing (Part 2)
09:26
Layer 3 - Encapsulation / Decapsulation and ARP
21:45
Layer 3 - IP Addressing LAB
06:23
Layer 3 - Serial Connections
12:59
Layer 3 - Serial Link LAB
11:58
Layer 3 - IP Routing Theory
35:22
Layer 3 - IP Routing LAB
09:57
Layer 3 - Static Routing
34:34
Layer 3 - Static Routing LAB
12:06
Layer 3 - Dynamic Routing
08:23
Layer 3 - Routing Information Protocol
25:39
Layer 3 - RIP configuration LAB
12:20
Layer 3 - Enhanced Interior Gateway Routing
04:45
Layer 3 - EIGRP Feasible Distance
04:35
Layer 3 - EIGRP Variance
32:16
Layer 3 - EIGRP LAB
04:00
Layer 3 - EIGRP Manual Summarization
08:29
Layer 3 - EIGRP Manual LAB
11:31
Layer 3 - Open Shortest Path First
04:53
Layer 3 - OSPF Neighbor States
07:15
Layer 3 - OSPF Areas and LSA Types
35:28
Layer 3 - OSPF LAB
Module 5 - Layer 4 Transport
04:30
Layer 4 - Transport Layer Overview
07:09
Layer 4 - Access Control Lists
03:16
Layer 4 - Standard Access Lists LAB
22:21
Layer 4 - Access Lists LAB
19:23
Layer 4 - Extended Access Lists LAB
01:22
Layer 4 - User Datagram Protocol
07:16
Layer 4 - Rapid Spanning Tree Protocol
10:18
Layer 4 - Network Address Translation
22:46
Layer 4 - Network Address Translation LAB
03:36
Layer 4 - Port Address Translation
06:55
Layer 4 - Port Address Translation LAB
02:52
Layer 4 - Static NAT
10:41
Layer 4 - Static NAT LAB
Module 6 - Additional Layers and Protocols
04:41
Point to Point Protocol
12:17
Point to Point Protocol LAB
03:42
CHAP LAB
07:58
Cisco Discovery Protocol LAB
12:53
Frame Relay
35:43
Frame Relay LAB
11:43
PPP Frame Relay LAB
09:54
IPv6 Intro
06:59
EUI 64 IPv6 Addressing
08:36
Configure EUI 64 Address
03:17
Neighbor Discovery Protocol
11:13
IPv6 OSPF LAB
03:51
IPv6 EIGRP LAB
12:13
Hot Standby Routing Protocol
04:36
Gateway Load Balancing Protocol
02:13
Router Boot Sequence
Instructed By
Junaid Memon
Instructor