What you'll learn
- This is a complete & comprehensive CCNA R/S, the CCENT & ICND2. It is designed to prepare the student to be able take any of these certification exam.
- Once you finish this course, the student will not only have the confidence to take and be able to pass the test, but they should be able to transfer the knowledge acquired to a networking environment.
- Understanding the concepts as provided in this course is an essential part of any network in order to communicate and transmit information. Mastering this knowledge will make the student or IT Professional a much more valuable asset in any Network or IT environment.
- This course will change over to the new CCNA 200-125.
Requirements
- Basic understanding of Networking
- Students will need to obtain, either the Cisco Packet Tracer or similar simulators (i.e.: GNS3, BOSON, ETC). These are not part of the course and it is not provided.
- A CCNA R/S Study Guide book would be helpful
- Desire to pass the CCNA R/S certification exam
his course will give students an in-depth understanding of networking, using routers and switches and their various configurations and connections. Students will learn how to configure; default, static and dynamic routing. Students will comprehend how to manipulate each of the routing protocols attributes to meet the requirements of the network.
Description
This course will also prepare the student in Layer 2 technology and its various configurations, such as; VLAN’s, VTP, STP, PortFast, EtherChannel, Port-Security, Inter-VLAN communication & Trunking; plus the newest requirements for the CCNA (200-125) certification exam as well.
Students will also acquire the knowledge needed to secure their routers through the use of Access-list, configuring the different types of NAT & will be able to manage the router’s components.
Students will also be able to thoroughly grasp the concepts of both Internet Protocols; IPv4 & IPv6.
Wide Area Network Protocols will also be covered; HDLC, PPP & Frame Relay. The student will also learn how to create redundancy in their networks through the use of Redundancy Protocols such as HSRP which is just as important. Also, within the WAN, the student will also learn how to create VPN’s and GRE Tunnels.
This is a full comprehensive course that will take you from A-Z in your quest for the CCNA (200-120) & now includes Cisco's NEW CCNA (200-125).
Course Curriculum
- 008 1 Why Hubs Came Why They Left (8:52)
- 009 2 Bridges Switches and Logical Segmentation (6:05)
- 010 3 Building The MAC Table Part 1 (9:11)
- 011 4 Building The MAC Table Part 2 (6:12)
- 012 5 Frame Processing Hex Conversions and Breaking Down MAC Addresses (13:25)
- 013 6 Converting Hex Values To Decimal (7:53)
- 014 Config 1 Configuration Modes and IOS Help Intro (10:56)
- 015 Config 2 Exec Timeout Logging Synch and the Console Port (6:21)
- 016 Config 3 VLAN Lab Begins (11:15)
- 017 Config 4 VLAN Lab Concludes (7:01)
- 018 Config 5 More VLANs Erasing The Switch The VLAN.DAT File (13:26)
- 019 Config 6 Intro To Trunking (5:20)
- 020 Config 7 The Trunking Port Modes (7:05)
- 021 Config 8 Filtering Trunk Traffic On A Per-VLAN Basis (7:13)
- 022 Memory 1 Memory Contents And Boot Processes (8:22)
- 023 Memory 2 Setup Mode -- One Way In Two Ways Out (8:00)
- 024 Memory 3 Enable Secret and Enable Password (8:30)
- 025 Memory 4 Console Port Protection With One Password (6:37)
- 026 Memory 5 Console Port Protection With Username PW Database (12:09)
- 027 Memory 6 Port Security Success Fundamentals (7:36)
- 028 Memory 7 Port Security Options (5:42)
- 029 Memory 8 Port Security Static Lab Begins (9:47)
- 030 Memory 9 Port Security Static Lab Concludes (4:14)
- 031 Memory 10 Port Security Dynamic Learning Lab (9:07)
- 032 Memory 11 Port Security Sticky Addresses Errdisable Recovery Command (10:36)
- 038 Sec 71 Introduction To SVIs (8:13)
- 039 Sec 72 Creating A Non-Default SVI (5:10)
- 040 Sec 73 Telnet Labs Begin (7:29)
- 041 Sec 74 Telnet Labs End (9:38)
- 042 Sec 75 Autonegotiation (6:56)
- 043 Sec 76 Slashes and Console Port Options (5:13)
- 044 Sec 77 The Description and Interface Range Commands (4:57)
- 055 Sec 111 Intro To Distance Vector Protocols (6:58)
- 056 Sec 112 Split Horizon and Poison Reverse (9:15)
- 057 Sec 113 RIP Lab Begins (8:17)
- 058 Sec 114 RIP Lab Continues (6:59)
- 059 Sec 115 RIP Lab Concludes (6:20)
- 060 Sec 116 The Dangers of Autosummarization (7:25)
- 063 Sec 119 Administrative Distances (8:39)
- 061 Sec 117 The Cure for Autosummarization (4:02)
- 062 Sec 118 Passive Interfaces (11:30)
- 064 Sec 1110 Fun With RIP Load Balancing (7:46)
- 065 Sec 1111 More RIP Load Balancing Intro To Traceroute (7:46)
- 066 Sec 1112 Version Mismatches and Debugging Tips (6:52)
- 067 Sec 1113 Floating Static Route Lab Begins (9:05)
- 068 Sec 1114 Floating Static Route Lab Continues (8:24)
- 069 Sec 1115 Originating A Default Route With RIP (8:21)
- 070 Subnet 1 The Whys Ins and Outs of Subnetting (12:59)
- 071 Subnet 2 Decimal-to-Binary Conversions Single Value Example (5:37)
- 072 Subnet 3 Decimal-to-Binary Conversions Dotted Decimal Example (5:19)
- 073 Subnet 4 Binary-to-Decimal Conversions (2:35)
- 074 Subnet 5 Number Of Valid Subnets -- Classic Approach (10:02)
- 075 Subnet 6 Number Of Valid Subnets -- Bulldog Approach (3:07)
- 076 Subnet 7 Number Of Valid Hosts (4:01)
- 077 Subnet 8 Finding The Subnet Of An IP Address (8:41)
- 078 Subnet 9 Determining The Broadcast Address and Valid Address Range (5:29)
- 079 10 Subnetting (7:06)
- 080 ACL 1 Access List Rules (6:23)
- 081 ACL 2 Wildcard Masks Made Easy (8:07)
- 082 ACL 3 Standard ACL Lab Begins (10:33)
- 083 ACL 4 Standard ACL Lab Concludes (7:01)
- 084 ACL 5 Extended ACL Lab (7:15)
- 085 ACL 6 Host Any and The Order Of The Lines (9:07)
- 086 ACL 7 Named Standard ACL Lab (8:11)
- 087 ACL 8 Named Extended ACL Lab (6:23)
- 088 ACL 9 Telnet and Extended ACLs (8:53)
- 089 ACL 10 Telnet Extended ACLs and Time Ranges (9:01)
- 090 ACL 11 Sequence Numbers Telnet and Extended ACLs (7:17)
- 091 ACL 12 One More Telnet Test plus Absolute Time Ranges (5:50)
- 092 ACL 13 Where To Put It and Why (4:53)
- 101 IPV6 1 Curing Address Anxiety With Compression (12:19)
- 102 IPV6 2 The Global Routing Prefix and Subnet ID (10:26)
- 103 IPV6 3 Enabling V6 -- Twice (9:08)
- 104 IPV6 4 Configuring And Verifying IPV6 Addresses (8:37)
- 105 IPV6 5 Link Local Addresses (6:45)
- 106 IPv6 Calculating the Interface Identifier (6:48)
- 107 IPV6 7 Using The Interface Identifier as Host Address (3:09)
- 108 IPV6 8 Router Discovery With NDP (4:40)
- 109 IPV6 9 Host Discovery With NDP (8:42)
- 110 IPV6 10 DHCP On Planet IPV6 (4:17)
- 111 IP 11 Smart Stuff Our DAD Says (3:15)
- 112 IPV6 12 The IPV6 Routing Table (8:48)
- 113 IPV6 13 Pinging IPV6 Addresses (5:53)
- 114 IPV6 14 Static Routes Recursive and Directly Connected (7:57)
- 115 IPV6 15 Static Routes Fully Specified (4:42)
- 116 IPV6 16 Using The Link-Local Address With Static Routes (5:00)
- 117 IPV6 17 Default and Host Static Routes (4:07)
- 118 IPV6 18 Nuts Bolts and Frame Format Comparison (7:57)
- 119 TNT 1 Timestamps (8:52)
- 120 TNT 2 The Password Encryption Services (10:00)
- 121 TNT 3 Console Logging (12:26)
- 122 TNT 4 Buffer and Syslog Logging (7:15)
- 123 TNT 5 Where ARE My Log Messages (6:44)
- 124 TNT 6 Banners (7:10)
- 125 TNT 7 CDP Fundamentals (7:09)
- 126 TNT 8 More Fun With CDP (8:44)
- 127 TNT 9 The Link Layer Discovery Protocol LLDP (7:34)
- 128 TNT 10 Cisco Password Recovery Procedures (8:54)
- 129 TNT 11 A Little More Config Register Work (3:21)
- 130 VTP 1 Why Do We Need It (8:18)
- 131 VTP 2 Lab Continues (8:26)
- 132 VTP 3 The Mysterious Joins (5:12)
- 133 VTP 4 The Modes (8:20)
- 134 VTP 5 The Config Revision Number (10:11)
- 135 VTP 6 CRN Lab Fully Initializing The Switch (9:02)
- 136 VTP 7 The VTP Password (7:05)
- 137 VTP 8 More On The VTP Password (7:47)
- 138 VTP 9 Pruning and Real-World V3 Tips (10:17)
- 139 STP 1 The Fundamentals (9:15)
- 140 STP 2 Switching Loops and More Fundamentals (9:23)
- 141 STP 3 Root Bridge Election Walkthrough (10:58)
- 142 STP 4 Root Bridge Election Results Root Bridge (6:27)
- 143 STP 5 Root Bridge Election Results Non-Root Bridge (5:12)
- 144 STP 6 STP Timer Changes (8:14)
- 145 STP 7 Root Path Cost vs. Port Cost (8:51)
- 146 STP 8 Root Port Tiebreakers (6:25)
- 147 STP 9 DP Selection on Non-Root Switches (8:20)
- 148 STP 10 Speed Changes and Port Costs (7:19)
- 149 STP 11 Per-VLAN Load Balancing (8:13)
- 150 STP 12 Choosing Your Roots (7:37)
- 151 STP 13 Choosing Your Secondary Roots (8:23)
- 152 STP 14 Stone Cold Priority and PortFast (10:50)
- 153 STP 15 Root Guard (10:56)
- 154 STP 16 BPDU Guard (8:34)
- 162 OSPF 1 Intro To Link State Protocols (8:29)
- 163 OSPF 2 LSAs and Adjacencies (6:18)
- 164 OSPF 3 Network Mask Match -- Yes Or No (9:03)
- 165 OSPF 4 Hello and Dead Timers (6:25)
- 166 OSPF 5 The Adjacency States (9:00)
- 167 OSPF 6 The DR BDR and RID (11:03)
- 168 OSPF 7 Why Areas PLUS OSPF Not Starting (9:49)
- 169 OSPF 8 Broadcast Network Build (10:09)
- 170 OSPF 11 Point-to-Point Network Build (9:52)
- 171 OSPF 9 NBMA Network Build (9:40)
- 172 OSPF 10 RID Fix Pings and Shows (10:56)
- 173 OSPF 11 (9:52)
- 174 OSPF 12 Broadcast Network Build Somethings Missing... (9:32)
- 175 OSPF 13 Virtual Link Build (9:02)
- 176 OSPF 14 Cutting Down On Overhead w Passive Interfaces (9:25)
- 177 OSPF 15 Verifying Your Passive Interfaces (7:07)
- 178 OSPF 16 New Router In Network Using The Default Option (7:44)
- 179 OSPF 17 Stub Areas (9:20)
- 180 OSPF 18 Total Stub Areas (6:38)
- 181 OSPF 19 ABRs ASBRs And Other Router Types (8:21)
- 182 OSPF 20 The Default-Information Originate Command (9:16)
- 183 OSPF 21 Changing The Port Cost Calculation (9:40)
- 184 OSPF 22 More Port Cost Calculation Plus Changing The Cost At The Interface (6:49)
- 185 Read This Before You Start The BGP Section (2:57)
- 186 BGP 1 Introduction (6:16)
- 187 BGP 2 External BGP Peerings (11:37)
- 188 BGP 3 iBGP Peering and Loopback Interfaces (8:14)
- 189 BGP 4 eBGP Peering with Loopback Interfaces (6:31)
- 190 BGP 5 Advertising Routes with Network (11:01)
- 191 BGP 6 Origin and Next-Hop Attributes (10:05)
- 192 BGP 7 The Best-Path Selection Process (7:54)
- 193 BGP 8 Next-Hop Addresses (6:48)
- 194 BGP 9 The Next-Hop Address Rule (3:31)
- 195 BGP 10 The Multi-Exit Discriminator MED (11:31)
- 196 BGP 11 Local Pref -- All Or Nothing At All (8:56)
- 197 BGP 12 Local Preferences -- Changing One But Not All (4:49)
- 198 BGP 13 The Weight Attribute (10:09)
- 199 BGP 14 More Weight Work (7:30)
- 201 BGP 16 Synch Rules and the Full Mesh (8:46)
- 202 BGP 17 Route Reflectors (11:54)
- 200 BGP 15 Route Summarization (7:44)
- 203 BGP 18 Prefix Lists Begin (11:09)
- 204 BGP 19 Prefix Lists End (5:32)
- 205 BGP 20 Some Final Words (8:18)
- 206 EW 1 Preventing Inside Jobs Intro To Port Security (7:36)
- 207 EW 2 Port Security Options (5:42)
- 208 EW 3 Port Security Lab Begins Static Entries (9:47)
- 209 EW 4 Port Security Lab Concludes (4:14)
- 210 EW 5 Port Security Lab Dynamically Learned Addresses (9:07)
- 211 EW 6 Port Security Sticky Addresses Errdisable Recovery (10:36)
- 212 EW 7 Root Guard (9:58)
- 213 EW 8 BPDU Guard And Loop Guard (10:06)
- 214 EW 9 Private VLAN Theory (6:03)
- 215 EW 10 Private VLAN Lab (10:31)
- 216 EW 11 VLAN ACL Theory Lab Begins (8:49)
- 217 EW 12 VLAN ACL Lab Concludes (7:37)
- 218 EW 13 VLAN Hopping (9:42)
- 219 EW 14 DHCP Snooping -- Just The Facts Man (6:34)
- 220 EW 15 DHCP Snooping Address Renewal (10:26)
- 221 EW 16 DHCP Snooping -- First Time Address Acquisition (6:21)
- 222 EW 17 IP Source Guard -- Theory and Lab Begins (9:18)
- 223 EW 18 IP Source Guard -- Lab Continues (6:29)
- 224 EW 19 IP Source Guard -- Static Bindings Lab (7:41)
- 225 EW 20 CDP And LLDP -- Off Or On (5:56)
- 226 EW 21 MAC Flooding And Spoofing (7:42)
- 227 STS VPN 1 Fundamentals and Terminology (13:30)
- 228 STS VPN 2 IKE Phase 1 Lab Begins (11:57)
- 229 STS VPN 3 IKE Phase 1 Lab Ends (5:42)
- 230 STS VPN 4 IKE Phase 2 Lab (9:42)
- 231 STS VPN 5 Crypto Maps -- The Rules (7:38)
- 232 STS VPN 6 Crypto Maps -- The Reality Lab Work (6:38)
- 233 STS VPN 7 Wrapping Up STS VPNs (4:26)
- 244 Hubs And Repeaters Why Are We Still Talking About These (10:00)
- 245 The Dawn Of Switching (14:08)
- 246 Building A MAC Address Table The Smart Way (13:29)
- 247 Let The Switch Do The Work Dynamic MAC Address Table Entries (4:35)
- 248 How They Get There Frame Forwarding Methods (8:43)
- 249 The Joy Of VLANs (16:10)
- 250 The Cisco Switching Model and Intro To Port Security (11:12)
- 251 Port Security Secure MAC Addresses (17:06)
- 252 Port Security Sticky MAC Addresses (4:52)
- 253 Combining Secure and Sticky MAC Addresses (4:25)
- 254 Spanning Tree Protocol Fundamentals (8:00)
- 255 What DO Those Lights Mean (5:40)
- 256 Trunking Fundamentals (11:10)
- 257 Trunking Labs and Modes (6:38)
- 258 Drawing The Line Allowing and Disallowing VLANs (6:41)
- 259 VTP Fundamentals (13:05)
- 260 Resetting The Revision Number Whats The Big Deal (3:24)
- 274 Configuration Mode Review (6:22)
- 275 Important Cisco Router Defaults and the Console Port Password (11:58)
- 276 Enable Secret vs. Enable Password (6:47)
- 277 Telnet Fundamentals and Lab (8:40)
- 278 SSH Lab (6:38)
- 279 More Telnet Lab and Priv Level 15 (16:12)
- 280 Banner Labs (8:44)
- 281 Logging Synchronous Exec Timeout And A History Lesson (9:35)
- 282 A Little More Telnet (12:35)
- 283 A Voyage Of Cisco Discovery (9:27)
- 287 Wildcard Masks (5:56)
- 288 Link State Protocol Fundamentals (13:54)
- 289 OSPF Debugging Troubleshooting Adjacencies Lab 1 (9:30)
- 290 More Troubleshooting Plus Hello And Dead Timers (7:45)
- 291 The Process ID (10:38)
- 292 Show IP OSPF Interface Details and the OSPF RID (14:55)
- 293 The Default-Information Originate Command And Options (6:27)
- 294 The When Why And Where Game Passive Interfaces (10:22)
- 295 Wildcard Mask Refresher (5:56)
- 296 Standard And Extended ACLs (10:25)
- 297 Standard ACL Lab (12:30)
- 298 More Standard ACL Lab -- Blocking Pings (2:42)
- 299 Is That A Remark Plus -- The Order Of The Lines (9:42)
- 300 Extended ACLs (11:44)
- 301 Named ACLs (7:02)
- 302 Where Should You Put Your ACLs (11:04)
- 303 Standard and Extended ACL Lab Part The First (10:33)
- 304 Standard and Extended ACL Lab Continues (4:00)
- 305 Blocking Pings Lab and Real-World Networking Tips (13:21)
- 306 Dynamic and Time-Based ACLs (10:13)
- 307 Network Time Protocol Discussion and Labs (10:25)
- 308 Using ACL Sequence Numbers (9:09)
- 315 Intro to IPv6 Zero Compression and Leading Zero Compression (13:24)
- 316 Global Routing Prefixes And The IANA (11:01)
- 317 Global Unicast Addressing and Verification Commands (8:14)
- 318 Link-Local Addresses and Interface Identifiers (9:55)
- 319 Link-Local Address and Interface ID Lab (4:26)
- 320 The EUI-64 Process (6:26)
- 321 Neighbors and Routers Solicitations and Advertisements (9:12)
- 322 DHCPv6 Stateful Auroconfiguration and Relay Agents (6:01)
- 323 Stateless Autoconfiguration and DHCPv6 (5:30)
- 324 Ping and Traceroute in IPv6 (11:28)
- 325 Static and Default Static Routing in IPv6 (9:37)
- 326 OSPFv3 and v2 Comparison (5:33)
- 327 OSPF v3 Adjacency Lab (4:10)
- 328 OSPF v3 Show Commands Demo (6:08)
- 329 Unique Local Unicast Addresses (5:52)
- 330 Subnet Router Anycast Addresses (3:34)
- 331 Wrapup For IPV6.... For Now (1:33)
- 337 Binary And Subnetting Intro (2:43)
- 338 Binary To Decimal Decimal To Binary (7:38)
- 339 How Many Valid Subnets Discussion (9:40)
- 340 How Many Valid Subnets Practice Session (7:56)
- 341 How Many Valid Host Addresses Discussion And Practice Session (8:33)
- 342 What Subnet Is This IP Address On Discussion (7:24)
- 343 What Subnet Is This IP Address On Practice Session (8:49)
- 344 Subnet Broadcast Address and Valid IP Address Range Discussion (8:23)
- 345 Subnet Broadcast Address and Valid IP Address Range Practice Session (12:01)
- 346 Lets Go Subnetting Session 1 (6:20)
- 347 Lets Go Subnetting Session 2 (3:18)
- 348 VLSM Lab Part 1 (5:03)
- 349 VLSM Lab Part 2 (5:14)
- 350 VLSM Lab Part 3 (4:57)
- 351 VLSM 4 (2:45)
- 352 STP Overview (8:43)
- 353 Root Bridge Election Discussion (10:38)
- 354 Root Bridge Walkthrough (6:47)
- 355 Three-Switch Lab (9:59)
- 356 Root Port Speed Discussion (6:02)
- 357 Root Port Speed Lab (10:25)
- 358 Overthrowing The Root Bridge (8:14)
- 359 STP Timers and PortFast (11:11)
- 360 PVST Load Balancing Discussion and Lab (9:01)
- 361 Etherchannel Discussion (4:12)
- 363 Etherchannel Wrapup (3:49)
- 362 Etherchannel Lab (13:17)
- 364 BPDU Guard Theory And Lab (5:08)
- 365 Switchport Switcheroo (4:35)
- 366 HDLC and PPP Fundamentals (12:39)
- 367 PPP And CHAP -- Getting It Right (6:25)
- 368 PPP And CHAP -- Getting It Wrong And Troubleshooting It (5:16)
- 369 PPP And CHAP -- More Troubleshooting and Debugging (7:08)
- 370 PPP And PAP (13:39)
- 372 Local Management Interface Lab (9:32)
- 371 Frame Relay Fundamentals (10:49)
- 373 Inverse ARP and DLCIs (7:08)
- 374 Frame Relay Config Over Hub-and-Spoke Network (9:10)
- 375 The Broadcast Option (6:38)
- 376 Frame Relay And Subinterfaces Discussion (6:41)
- 377 Split Horizon Visual (2:03)
- 378 Frame Relay And Subinterfaces Lab (6:31)
- 379 FECNs And BECNs (8:23)
- 380 Physical Stuff (8:30)
- 390 Wildcard Mask Refresher (5:56)
- 391 Fundamentals Of OSPF (12:20)
- 392 A Quick IPv6 Note (1:50)
- 393 OSPF Adjacencies and Masks (8:36)
- 394 OSPF TImers And Adjacency Debugs (17:35)
- 395 Areas DRs and BDRs (11:15)
- 396 OSPF NBMA Configuration Begins (13:41)
- 397 The Network Grows (9:10)
- 398 The RID Rules (9:06)
- 399 What Else Can Go Wrong These Things.... (8:57)
- 407 EIGRP Fundamentals (7:40)
- 408 Quick EIGRP V6 Message (1:50)
- 409 Successors and Feasible Successors (7:14)
- 410 Successor and Feasible Successor Walkthroughs (8:47)
- 411 EIGRP On A Hub-and-Spoke Network (11:01)
- 412 The EIGRP Network Grows (9:44)
- 413 Unequal-Cost Load Balancing Why When and How (7:55)
- 414 Bonus Variance Lab (6:11)
- 415 Autosummarization (5:43)
- 416 Hello and Hold Timers (9:07)
- 417 The Bandwidth Command And EIGRP (8:52)
- 418 Route Metrics (3:39)
- 419 The EIGRP RID (6:39)
- 420 EIGRP And Split Horizon (1:15)
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