300-420 ENSLD Online Training

Focused View

Knox Hutchinson

26:00:46

192 View

1. Design an IPv4 and IPv6 Addressing Scheme

1. Introducing IPv4 Address Schemes.mp4

01:06

2. An IPv4 Refresher.mp4

11:30

3. Designing a Basic Subnet.mp4

09:06

4. Designing for an Enterprise.mp4

08:00

5. Considerations of VLSM.mp4

05:36

6. Summarizing IPv4 Addressing.mp4

00:29

7. Introducing IPv6 Addressing Schemes.mp4

00:45

8. IPv6 Address Structure.mp4

08:35

9. IPv6 Address Allocations.mp4

10:32

10. Stateless and Stateful Configuration.mp4

10:15

11. Configure IPv6 Addresses.mp4

08:56

12. Summarizing IPv6 Addressing.mp4

00:21

2. IS-IS Foundations and Design

13. Introducing IS-IS.mp4

01:16

14. The Levels of an ISO Network.mp4

06:34

15. Areas within an IS-IS Domain.mp4

03:58

16. The Routers Level and Behavior.mp4

09:55

17. Configuring the NET.mp4

07:52

18. Configuring Level 1 IS-IS Neighbors.mp4

06:54

19. Configuring Level 2 IS-IS Neighbors.mp4

04:41

20. Configure Borders with Level 1 2 ISs.mp4

07:21

21. Summarizing IS-IS Foundations.mp4

00:27

22. Introducing IS-IS Campus Designs.mp4

00:44

23. Securing IS-IS with Authentication.mp4

07:09

24. The Flat IS-IS Network Design.mp4

04:41

25. IS-IS in a 3-Tier Enterprise Campus.mp4

06:42

26. The Hybrid IS-IS Design.mp4

04:13

27. Summarizing IS-IS Designs.mp4

00:22

3. Design Networks with EIGRP

28. Designing EIGRP Networks.mp4

00:42

29. EIGRP Neighborships.mp4

16:55

30. EIGRP Metrics.mp4

12:32

31. The Feasibility Condition.mp4

07:23

32. Autonomous Systems.mp4

06:22

33. Stub Routers.mp4

07:09

34. Summarization Points.mp4

04:50

35. EIGRP Authentication.mp4

06:24

36. Summarizing EIGRP Design.mp4

01:09

4. Designing Networks with OSPF

37. Introducing OSPF.mp4

00:47

38. Neighbor Adjacency Formation.mp4

21:02

39. Designated and Backup Designated Routers.mp4

11:22

40. The LSAs.mp4

09:00

41. OSPF Areas.mp4

12:04

42. Authentication.mp4

07:21

43. Summarizing OSPF.mp4

00:49

5. Break Through BGP Basics with Address Families

44. Beginning with BGP.mp4

00:48

45. The Point of BGP.mp4

08:52

46. Setting Up BGP.mp4

15:35

47. eBGP vs iBGP.mp4

08:41

48. Next-Hop Self.mp4

07:08

49. The BGP Process.mp4

05:59

50. Update-Source Interface.mp4

05:51

51. Address Families.mp4

07:53

52. Summarizing BGP Basics.mp4

00:34

6. Solve BGP Scalability Issues

53. Introducing BGPs Scale Issues.mp4

00:49

54. The Multi-Hop Scenario.mp4

12:46

55. Route Reflectors Rule 1.mp4

03:16

56. Examine Route Reflector Rule 1.mp4

05:31

57. Route Reflectors Rule 2.mp4

01:43

58. Examine Route Reflector Rule 2.mp4

04:14

59. Route Reflectors Rule 3.mp4

01:48

60. Examine Route Reflectors Rule 3.mp4

03:46

61. Exploring Confederations.mp4

04:32

62. Deploy and Trace a Confederation.mp4

14:14

63. Summarizing BGP Scaling Solutions.mp4

00:22

7. Understand the BGP Best Path Algorithm

64. Introducing BGPs Decision Making Process.mp4

01:18

65. Weight.mp4

07:59

66. Local Preference.mp4

06:34

67. Originator and AIGP.mp4

04:53

68. AS Path.mp4

03:11

69. Origin Code and MED.mp4

06:09

70. eBGP vs iBGP.mp4

02:56

71. The Remaining Tiebreakers.mp4

04:42

72. Summarizing the BGP Best Path Algorithm.mp4

00:33

8. Design Networks with BGP

73. Introducing BGP Design.mp4

01:09

74. Load Balancing Outbound Connections - Single ISP.mp4

05:47

75. Load Sharing Outbound Connections - Mulithomed ISPs.mp4

04:10

76. Manipulate Inbound Connections - Single ISP.mp4

05:27

77. Manipulate Inbound Connections - Multihomed ISPs.mp4

04:04

78. BGP Communities.mp4

07:56

79. Route Reflector Design.mp4

19:20

80. Validating Your Design with Looking Glass.mp4

08:58

81. Summarizing BGP Design.mp4

00:24

9. Determine IPv6 Migration Strategies

82. Introducing IPv6 Transition Strategies.mp4

00:58

83. Dual Stack Environments.mp4

05:42

84. Tunneling IPv6 over IPv4.mp4

14:13

85. IPv6 Tunneling Concerns.mp4

08:33

86. Using LISP to Tunnel Traffic.mp4

08:45

87. Translating IPv6 into IPv4.mp4

05:02

88. Summarizing IPv6 Transition Technologies.mp4

03:19

10. Design High Availability in Campus Networks

89. Intro.mp4

00:34

90. Network Redundancy.mp4

11:55

91. Hot Standby Router Protocol (HSRP).mp4

14:20

92. Virtual Router Redundancy Protocol (VRRP).mp4

06:48

93. Gateway Load Balancing Protocol (GLBP).mp4

08:33

94. Bidirectional Forwarding Detection (BFD).mp4

08:26

95. FHRP Design.mp4

11:52

96. Graceful Restart, SSO, and NSF.mp4

07:15

97. Review and Quiz.mp4

04:44

11. Explain the Hierarchical Network Model

98. Intro.mp4

00:41

99. The Hierarchical Network Model.mp4

07:46

100. Enterprise Campus Architecture.mp4

09:16

101. The Access Layer.mp4

05:48

102. The Distribution Layer.mp4

07:32

103. The Core Layer.mp4

05:39

104. Collapsed Designs.mp4

06:25

105. Review and Quiz.mp4

04:21

12. Design Campus L2 Infrastructures

106. Intro.mp4

00:57

107. Media Types.mp4

09:43

108. L2 and L3 Access Layer Design.mp4

06:42

109. STP Modes and Features.mp4

07:52

110. STP Designs.mp4

10:14

111. Reducing STP Footprint.mp4

06:58

112. Power over Ethernet (PoE) and Wake on LAN (WoL).mp4

07:50

113. Review and Quiz.mp4

05:43

13. Design Multicampus L3 Infrastructures

114. Intro.mp4

00:50

115. Routing Convergence, Summarization, and Filtering.mp4

10:15

116. Route Load Sharing.mp4

06:59

117. Route Redistribution.mp4

09:35

118. Virtual Routing and Forwarding (VRFs).mp4

05:48

119. Optimal Topologies.mp4

14:10

120. Review and Quiz.mp4

04:48

14. Describe SD-Access Architecture

121. Intro.mp4

00:52

122. SD-Access Overview.mp4

11:51

123. SD-Access Architecture.mp4

08:12

124. SD-Access Device Roles.mp4

07:46

125. The SDA Control Plane - LISP.mp4

08:29

126. The SDA Data Plane - VXLAN.mp4

06:31

127. The SDA Policy Plane - CTS.mp4

07:38

128. SD-Access Wireless.mp4

06:00

129. SD-Access Automation.mp4

06:29

130. Review and Quiz.mp4

04:33

15. Design an SD-Access Fabric

131. Intro.mp4

00:39

132. Overlay and Network Segmentation Design.mp4

07:34

133. Underlay Design.mp4

06:33

134. Control Plane Design.mp4

04:12

135. Border Design.mp4

07:00

136. Hardware Selection.mp4

08:11

137. Wireless Design.mp4

07:14

138. Multicast in SD-Access.mp4

06:07

139. Fabric in a Box.mp4

04:30

140. Multisite Designs.mp4

06:12

141. Review and Quiz.mp4

05:29

16. Compare WAN Connectivity Options

142. Intro.mp4

00:41

143. L2 and L3 VPN Services.mp4

07:54

144. Metro Ethernet and SONET SDH.mp4

09:14

145. Dark and Lit Fiber.mp4

08:07

146. Cellular Connections.mp4

07:57

147. SD-WAN Customer Edge.mp4

07:12

148. Review and Quiz.mp4

04:30

17. Design Site-to-Site VPNs

149. Intro.mp4

00:29

150. DMVPN.mp4

10:39

151. L2 and L3 VPN Design.mp4

08:21

152. Generic Routing Encapsulation (GRE).mp4

07:36

153. IPsec.mp4

06:25

154. GET VPN.mp4

07:48

155. Review and Quiz.mp4

04:11

18. Design Enterprise WAN High Availability

156. Intro.mp4

00:36

157. WAN Circuit Redundancy.mp4

10:07

158. Routing Across Redundant WANs.mp4

07:33

159. Internet Circuit Redundancy.mp4

09:53

160. Measuring and Tracking SLA.mp4

14:01

161. Review and Quiz.mp4

04:44

19. Describe Cisco SD-WAN Architecture and Principles

162. Intro.mp4

00:45

163. Cisco SD-WAN Architecture.mp4

09:37

164. The SD-WAN Data Plane.mp4

07:18

165. The SD-WAN Control Plane.mp4

03:22

166. The SD-WAN Management Plane.mp4

04:40

167. The Orchestration Plane.mp4

05:01

168. VPNs, Colors, and TLOCs.mp4

09:24

169. Features and Benefits.mp4

08:37

170. Review and Quiz.mp4

04:15

20. Design Cisco SD-WAN

171. Intro.mp4

00:44

172. Control Plane Design.mp4

08:43

173. Overlay Design.mp4

09:12

174. LAN Design.mp4

06:27

175. Redundancy and High Availability.mp4

06:40

176. Securing the SD-WAN.mp4

05:58

177. Multicast Traffic.mp4

07:09

178. QoS in SD-WAN.mp4

08:19

179. Review and Quiz.mp4

06:52

21. Select QoS Strategies

180. Intro.mp4

01:06

181. The Need for QoS.mp4

11:18

182. The IntServ Model.mp4

08:14

183. The DiffServ Model.mp4

10:25

184. Classification and Marking.mp4

13:36

185. Queuing and Scheduling.mp4

08:25

186. Review and Quiz.mp4

03:56

22. Design End-to-End QoS Policy

187. Intro.mp4

00:40

188. Congestion Management.mp4

12:40

189. Congestion Avoidance.mp4

10:41

190. Shaping and Policing.mp4

09:47

191. End-to-End QoS.mp4

07:36

192. QoS Design.mp4

11:26

193. Review and Quiz.mp4

04:27

23. Network Management and Telemetry Techniques

194. Designing for Network Management.mp4

00:56

195. In-Band vs Out-of-Band.mp4

07:13

196. SNMP.mp4

07:22

197. YANG, Netconf, and Restconf.mp4

06:40

198. Netflow.mp4

05:42

199. Syslog.mp4

05:56

200. Summarizing Network Management Design.mp4

00:35

201. Introducing Telemetry Designs.mp4

01:39

202. Streaming Telemetry and Model-Driven Telemetry.mp4

09:05

203. The Subscription Cadence.mp4

06:30

204. Dial-In vs Dial-Out Telemetry.mp4

05:32

205. MDT Protocols.mp4

08:23

206. Summarizing Model-Driven Telemetry.mp4

00:52

24. Multicast Routing Foundations and Design

207. Introducing Multicast Fundamentals.mp4

01:09

208. The Point of Multicast.mp4

08:11

209. IGMP and PIM.mp4

05:56

210. Source Trees.mp4

06:04

211. Shared Trees.mp4

04:16

212. Rendezvous Points.mp4

05:14

213. Reverse Path Forwarding.mp4

03:55

214. Summarizing Multicast Fundamentals.mp4

00:42

215. Introducing Multicast Routing Design.mp4

01:01

216. Understanding IGMP.mp4

08:09

217. PIM Dense-Mode (PIM-DM).mp4

07:59

218. PIM Sparse-Mode (PIM-SM).mp4

10:14

219. Bidir-PIM.mp4

03:15

220. Source Specific Multicast (SSM).mp4

03:47

221. MSDP.mp4

04:04

222. Summarizing Multicast Design.mp4

01:08

25. Understand Model Driven Programmability

223. Introduction to Model Driven Programmability.mp4

07:30

224. Transactional Configurations.mp4

12:31

225. Node Types And Leaf Attributes.mp4

06:53

226. Exploring YANG with Pyang.mp4

09:49

227. Linux Tricks for YANG.mp4

10:01

228. YANG Data Modelling with the CLI.mp4

10:07

26. Understand YANG-Based Network Automation

229. IETF YANG Models.mp4

14:20

230. OpenConfig YANG Models.mp4

09:44

231. Native YANG Models.mp4

11:46

232. Pulling the Models.mp4

08:19

233. Design Considerations.mp4

06:43

27. Understand the NETCONF and RESTCONF protocols

234. Introduction to NETCONF.mp4

10:10

235. NETCONF RPCs.mp4

12:44

236. Introduction to RESTCONF.mp4

04:44

237. RESTCONF Methods.mp4

03:15

238. Separating Config And State.mp4

09:26

239. Network-Wide Transactions.mp4

13:21

Description

This intermediate Cisco CCNP Enterprise training prepares learners to take the 300-420 ENSLD exam, which is one of the concentration exams required to earn the CCNP Enterprise certification.

Network design engineers deal with setting up and managing the performance and security of the organization’s networks. The design engineer specifies the equipment, software, and connections. Network engineers then work with the network admin and support personnel who actually install and operate the network on a day-to-day basis.

More details

Executing implementation plans for enterprise networks requires deep knowledge of the many devices, tools, protocols and software that make those large networks possible. This training prepares a network administrator to earn their CCNP Enterprise by covering dual stack architectures, virtualization, infrastructure, security and much more.

For anyone with network administrators on their team, this Cisco training can be used for 300-420 ENSLD exam prep, onboarding new network administrators, individual or team training plans, or as a Cisco reference resource.

300-420 ENSLD: What You Need to Know

This CCNP Enterprise training covers 300-420 ENSLD network design exam objectives, including these topics:

Understanding network design principles at the enterprise level (WAN, SD-WAN, WLAN, etc.)
Configuring data path virtualization technologies
Manipulating layers and configuring protocols like EIGRP, OSPF, NTP, HSRP, and more
Diagnosing network problems with tools like syslog, pings, and trace route
Configuring device access control and wireless security features
Automating network tasks like configuration, troubleshooting or data collection

Who Should Take 300-420 ENSLD Training?

This CCNP Enterprise training is considered associate-level Cisco training, which means it was designed for network administrators. This network design skills course is designed for network administrators with three to five years of experience with advanced network design.

New or aspiring network administrators. If you're brand new to network administration, earning your CCNP Enterprise might be a high hurdle to clear at the very beginning of your career. But don't let that discourage you: this training covers all the exam's material, from network automation to infrastructure installation. Whether you're aiming to pass the CCNP exam or just want to know what an advanced network administrator needs to know for enterprise network implementation, this training delivers it.

Experienced network administrators. If you've been working as a network administrator for several years, this training will round out all the experience you've gained on the job and cover any areas you might not have been exposed to yet. There are six categories on the core CCNP Enterprise exam: architecture, virtualization, infrastructure, assurance, security, and automation -- you'll be ready for each after this training.

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Cisco CCNA

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Knox Hutchinson

Instructor's Courses

The personal touch, coupled with the ability to go at your own pace, makes video training far and away the best way to learn.

Knox brings a wealth of data analysis and visualization experience to CBT Nuggets. Knox started off as a CBT Nuggets learner, became a mentor in our Learner Community, and is now a trainer. Having benefited from the CBT Nuggets Learning Experience firsthand, Knox creates training that connects with learners. Knox also has a wide range of IT experience. Prior to joining CBT Nuggets, Knox worked as an IT consultant, advising in a variety of areas including networking, cloud computing, and project management.

Certifications: Microsoft MCSE: Cloud Platform and Infrastructure, Microsoft MCP: Administering SQL Server 2012/2014 Databases, Cisco DevNet Professional, Cisco CCNP: Enterprise, Certified Meraki Network Operator (CMNO), JNCIA-JUNOS, JNCIA-DevOps, Tableau Desktop Qualified Associate, and CompTIA Network+

Areas of expertise: Data analysis and visualization, business intelligence solutions

CBT Nuggets

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CBT Nuggets is renowned for providing innovative training that's informative, meaningful, and engaging. We provide a variety of training, primarily in IT, project management, and office productivity topics. Our comprehensive library contains thousands of training videos ranging from Cisco networking to Microsoft Word. Whether you want to pass a certification exam, increase your skills, or simply learn new things, we've got you covered! All of our training is delivered through high-quality online streaming video. Subscribers can train 24 hours a day, seven days a week, from the convenience of a computer or mobile device. CBT Nuggets trainers are the rock stars of training, renowned for their expertise, industry-wide credibility, and engaging personalities. They enable CBT Nuggets to deliver accurate, up-to-date training, using a laid-back whiteboard presentation style. There are no scripts, EVER. Our trainers love to teach, and it shows! CEO and founder Dan Charbonneau was a Microsoft trainer when he began recording CBT Nuggets' very first training videos back in the 1990s. He wanted to help provide large organizations, small teams and individuals with comprehensive and budget-conscious training, and he realized it couldn't be done in a classroom. From the CBT Nuggets World Headquarters in Eugene, Oregon, Dan and his team promise each video will be informative, comprehensive, accurate, and fun to watch.