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CCNA 200-301 Video Boot Camp With Chris Bryant
Section 1: An Introduction To Networking
Session 1: Defining Networking (6:22)
Session 2: The OSI Networking Model (9:57)
Session 3: The TCP/IP Networking Model (8:41)
Session 4: Always Look At The Physical Side Of Life (13:17)
Session 5: Crossover Cables and Other Delights (9:10)
Section 2: An Introduction To Switching
Session 1: Collision Domains And CSMACD (9:59)
Session 2: Handling Broadcasts (4:20)
Session 3: The Move To Switches (4:22)
Session 4: Building The MAC Address Table (Theory) (7:48)
Session 5: Building The MAC Address Table (Walkthrough) (9:42)
Session 6: The Joy Of Dynamic MAC Table Entries (8:49)
Session 7: Hex and Hex Conversions (8:01)
New Lecture
Section 3: Fundamental Switch Configurations and Virtual LANs (VLANs)
Session 1: Initializing The Switch (14:57)
Session 2: The Configuration Modes (10:33)
Session 3: The "logging synchronous" and "exec-timeout" Commands (8:30)
Session 4: VLAN Theory (11:27)
Session 5: Running VLANs On Cisco Switches (11:48)
Session 6: Configuring VLANs (Finally!) (9:41)
Session 7: The Trunking Protocols (12:53)
Session 8: The Trunking MOdes (14:20)
Session 9: Working With DTP (14:49)
Session 10: Per-VLAN Load Filtering I (11:27)
Session 11: Per-VLAN Load Filtering II (7:51)
Session 12: The Dreaded VLAN.DAT File (3:13)
Section 3: The VTP Trunking Protocol (VTP)
Session 1: Why VTP? (11:50)
Session 2: VTP Configuration Numbers (12:06)
Session 3: VTP Pruning (4:01)
Section 4: The Spanning Tree Protocol
Session 1: Why STP? (14:22)
Session 2: Introduction To BPDUs (6:16)
Session 3: The STP Port States (8:46)
Session 4: Root Bridge Election Walkthrough (6:29)
Session 5: Spotting Root Bridges In The Wild (6:39)
Session 6: The STP Timers (7:08)
Session 7 Port Costs and Root Costs (7:43)
Session 8: Picking The Root Port (6:16)
Session 9: Picking The Designated Port (4:28)
Session 10: How Slower Links Affect STP Port Selection (9:52)
Session 11: Changing A Port's Cost (5:57)
Session 12: Per-VLAN Load Balancing (6:37)
Session 13: Changing Root Bridge Election Results (9:09)
Session 14: Configuring Secondary Roots (6:38)
Session 15: Multiple Root Bridges (5:35)
Session 16: Portfast (9:35)
Session 17: Root Guard (9:32)
Session 18: BPDU Guard (9:20)
Session 19: Errdisable Recovery (7:01)
Session 20: Intro To RSTP (11:53)
Session 21: RSTP And Multiple Trunks (6:22)
21 RSTP Two Switch Lab (7:30)
Session 22: Nuts And Bolts (9:46)
Session 23: Introduction To Etherchannels (10:41)
Session 24: Starting Our Static Etherchannel Build (14:09)
Session 25: Losing Ports In An Existing Etherchannel (7:44)
Session 26: Etherchannel Negotiations (5:10)
Session 27: PAGP In Action (6:40)
Session 28: LACP In Action (8:24)
Session 29: How To Wreck An Etherchannel (12:36)
Section 6: Binary And Subnetting Mastery
Session 1: Binary-to-Decimal Conversions (4:41)
Session 2: Decimal-to-Binary Conversions (3:38)
Session 3: Calculating The Number Of Valid Subnets (9:39)
Session 4: Calculating The Number Of Valid Hosts Per Subnet (2:43)
Session 5: Determining The Subnet Of A Given IP Address (4:40)
Session 6: Determining The Broadcast Address and Valid Address Range Of A Subnet (4:40)
Session 7: At Dawn...We Subnet (5:23)
Section 7: An Introduction To Routing
Session 1: Reviewing The Binary Fundamentals (9:33)
Session 2: The IP Address Classes (12:02)
Session 3: Routing Walkthrough (7:03)
Session 4: Second Routing Walkthrough (8:09)
Section 8: Static Routing and Loopback Interfaces
Session 1: Loopback Interfaces and Hub-And-Spoke Networks (9:13)
Session 2: Our Initial IP Routing Table (11:39)
Session 3: The Static Lab Begins! (10:14)
Session 4: The Problem Isn't Always Local (6:01)
Session 5: Why Not Just Go Static? (3:55)
Section 9: Wildcard Masking
Session 1: The One And Only (5:24)
Section 10: Introduction To RIP, EIGRP, and Floating Static Routes
Session 1: Introduction To RIP (13:56)
Session 2: RIP Lab (12:12)
Session 3: EIGRP Fundamentals (6:56)
Session 4: EIGRP Lab (10:15)
Session 5: Administrative Distance (10:37)
Session 6: Floating Static Route Lab Begins (9:58)
Session 7: Floating Static Route Lab Concludes (8:50)
Section 11: OSPF And Link-State Protocol Behaviors
Session 1: It Begins! (10:44)
Session 2: Adjacencies And Hellos (12:04)
Session 3: Network Mask Mixup Adjacency Lab (10:16)
Session 4: Adjacency States and Debugs (12:16)
Session 5: LSA Sequence Numbers (6:54)
Session 6: The DR, BDR, and RID Determination (10:11)
Session 6A: The Conclusion Of Session 6! (5:41)
Session 7: Hello And Dead Time Lab (9:09)
Session 8: The Big Build Begins (11:22)
Session 9: Configuring An NBMA Network (14:29)
Session 10: The Point-to-Point Link Build Theory (12:09)
Session 11: The Point-to-Point Link Build Lab (10:03)
Session 13: Adding Loopbacks And Area 34 (9:54)
Session 14: Building A Virtual Link (11:15)
Session 15: Passive Interfaces (11:22)
Session 16: An OSPF Passive Interface Real-World Tip (7:29)
Session 17: A Word About Areas (8:40)
Session 18: Default-Information Originate (Always?) (9:38)
Session 19: Dipping Your Toes Into Stub Routing (11:10)
Session 20: Router Types (8:00)
Session 21: Multiple DROthers On A Broadcast Segment (8:54)
Session 22: Interface Cost Determination (10:26)
Session 23: Auto-Cost Reference-Bandwidth Lab (4:51)
Session 24: "bandwidth" And "ip ospf cost" (6:06)
Session 25: Full Path Cost Determination (4:26)
Session 26: Bonus Lab - Multiple Processes (9:32)
Section 12: Introduction To Wireless Networking
Session 1: The Basic Service Set (6:57)
Session 2: The Extended Service Set and Distribution System (5:52)
Session 3: Bridges And Repeaters? (7:10)
Session 4: Intro To Wireless Security (12:11)
Session 5: More Wireless Security (EAP Variations) (11:26)
Section 13: IP Version 6
Session 1: Address Compression Techniques (9:32)
Session 2: Why IPv6? (5:21)
Session 3: The Global Routing Prefix (6:13)
Session 4: Running IPv6 On Cisco Routers (12:33)
Session 5: The Link-Local Address (6:02)
Session 6: The Interface Identifier (6:01)
Session 7: The EUI-64 Option (2:54)
Session 8: Multicast Groups (3:35)
Session 9: The Neighbor Discovery Protocol (11:22)
Session 10: DHCP -- IP Version 6 Style! (4:13)
Session 11: Smart Stuff My DAD Says (6:46)
Session 12: Static Routing Syntax And Such (9:24)
Session 13: Static Routing Labs (8:04)
Session 14: Slightly Tricky Static Routing (4:43)
Session 15: Static Routes and Host Routes (5:19)
Session 16 - Bonus OSPFv3 Video 1 -- Comparisons and Operations (6:25)
Session 17 -- Bonus OSPFv3 Video 2 -- The Lab Begins (9:25)
Session 18 -- Bonus OSPFv3 Video 3 -- The Lab Concludes (5:03)
Section 14: Layer 3 Switching
Session 1: Router-On-A-Stick Theory (9:48)
Session 2: Router-On-A-Stick Lab (11:27)
Session 3: SVIs On A Layer 3 Switch (5:08)
Session 4: Routed Ports (8:03)
Session 5: Layer 3 Etherchannels (9:36)
Session 6: Router-On-A-Stick And The Native VLAN (7:03)
Section 15: Access Control Lists
Session 1: The Implicit Deny (7:57)
Session 2: The Standard ACL Lab Begins (9:23)
Session 3: The Standard ACL Lab Concludes (5:08)
Session 4: The Extended ACL Lab (10:38)
Session 5: Using "Host" And "Any" (11:25)
Session 6: Law, Order, and ACLs (5:13)
Session 7: The Sequencing Lab (4:49)
Session 8: Named ACLs (5:23)
Session 9: Restricting Telnet Access With ACLs / Intro To Telnet (10:59)
Session 10: Where To Put 'Em (4:00)
Section 16: Securing The Network
Session 1: Introduction To Port Security (9:49)
Session 2: Port Security Introduction Lab Begins (10:14)
Session 3: Port Security Introduction Lab Concludes (6:02)
Session 4: Port Security Aging (7:32)
Session 5: Port Security Sticky Addresses (4:34)
Session 6: The Errdisable Recovery Feature (6:36)
Session 7: RAM, ROM, NVRAM, And Flash (9:43)
Session 8: Setup Mode (4:20)
Session 9: Lab Commands Both Old And New (7:19)
Session 10: The Enable Password and Enable Secret (10:52)
Session 11: Console Port Security (One-Size-Fits-All) (8:45)
Session 12: Console Port Security (Username / PW Database) (7:28)
Session 13: Telnet Lab I (9:53)
Session 14: Telnet Lab II (6:54)
Session 15: SSH Theory (10:09)
Session 16: SSH Lab (9:28)
Session 17: Limiting Telnet And SSH Access (7:09)
Session 18: Telnet And SSH Comparison And Review (6:05)
Session 19: Introduction To VPNs and IPSec (11:09)
Session 20: The Five Success Steps In A VPN Build (4:22)
Session 21: ISAKMP Policy Configuration (11:36)
Session 22: IKE Phase 2 Configuration (5:57)
Session 23: Crypto Map Theory (7:01)
Session 24: Crypto Map Writing And Application (6:05)
Session 25: The VPN Build Test! (3:17)
Session 26: An Introduction To Firewalls (9:17)
Section 17: Network Architecture
Session 1: Fundamental Network Topologies (6:15)
Session 2: LAN Topologies (3:28)
Session 3: WAN Topologies (5:02)
Session 4: Introduction To MPLS And MPLS VPNs (7:57)
Session 5: Introduction To Cloud Computing I (9:16)
Session 6: Introduction To Cloud Computing II (4:21)
Session 7: An Introduction To Controller-Based Networking (8:02)
Session 8: The SBI, NBI, and ACI (7:56)
Session 9: Reviewing The SDN Benefits (2:50)
Session 10: An Introduction To Software-Defined Access (9:37)
Session 11: The LISP Process (5:47)
Session 12: REST APIs (10:50)
Session 13: Introduction To JSON (9:10)
Session 14: Introduction To Ansible, Puppet, and Chef! (16:18)
Section 18: DNS, DHCP, And ARP
Session 1: DNS And ARP Fundamentals (7:58)
Session 2: DHCP Fundamentals (9:20)
Session 3: The DHCP Relay Agent (8:51)
Session 4: Configuring A Cisco Router As A DHCP Server (13:38)
Section 19: DHCP Snooping And Dynamic ARP Inspection (DAI)
Session 1: DHCP Attacks And DHCP Snooping (15:27)
Session 2: DHCP Snooping Lab Begins (11:38)
Session 3: DHCP Snooping Lab Concludes (7:44)
Session 4: Dynamic ARP Inspection Theory (9:39)
Session 5: Dynamic ARP Inspection Lab (11:06)
Session 6: Dynamic ARP Inspection Options Lab (6:24)
Section 20: IP Services
Session 1: Why NTP? (7:25)
Session 2; NTP Lab Work Begins (10:42)
Session 3: NTP Lab Work Continues And Concludes (9:31)
Session 3A: Bonus NTP Work ("What If...?") (2:48)
Session 4: Logging Me, Logging You (16:49)
Session 5: Syslog and Timestamps (10:54)
Session 6: CDP, Actually (And LLDP Theory!) (15:20)
Session 7: LLDP Lab Work (12:35)
Session 8: Intro To FTP, TFTP, and The COPY Command (15:46)
Session 9: An Introduction To SNMP (6:13)
Section 21: TCP And UDP
Session 1: The Fundamentals (7:00)
Session 2: Sequence Numbers and Error Recovery (4:57)
Session 3: Flow Control and Windowing (5:55)
Session 4: Multiplexing, Well-Known Port Numbers, and More (7:10)
Section 22: Network Address Translation
Session 1: NAT Fundamentals (8:19)
Session 2: Static NAT Lab Begins (10:28)
Session 3: Static NAT Lab Concludes (3:12)
Session 4: Dynamic NAT Theory And Lab (14:04)
Session 5: Port Address Translation Theory And Lab (9:30)
Section 23: Quality of Service
Session 1: Why QoS? Plus Classification And Marking! (10:32)
Session 2: CoS And DSCP (7:02)
Session 2: Trust Boundaries, Shaping, and Policing (10:33)
Session 3: Queuing Strategies (7:29)
Session 6: The DR, BDR, and RID Determination
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