300-420: Designing Cisco Enterprise Networks (ENSLD)

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What’s included

75 : Lectures
10h 17m : Duration

$14.99/24.99

CCNP Enterprise ENSLD (300-420) : Designing EIGRP Routing

Lectures	Duration
1. SCALABLE EIGRP DESIGNS AND FAST CONVERGENCE- 11m	11m
2. Examine EIGRP Autonomous Systems and Layered Designs- 7m	7m
3. EIGRP HUB&SPOKE AND STUB DESIGNS- 7m	7m
4. Describe EIGRP Convergence Features- 5m	5m

CCNP Enterprise ENSLD (300-420): Designing OSPF Routing

Lectures	Duration
1. Designing OSPF Routing- 4m	4m
2. OSPF Neighbor Adjacencies and LSA's- 5m	5m
3. OSPF Scalability Issues- 7m	7m
4. Define Area and Domain Summarization- 5m	5m
5. OSPF Full and Partial Mesh- 8m	8m
6. OSPF Convergence- 12m	12m

CCNP Enterprise ENSLD (300-420): Designing IS-IS Routing

Lectures	Duration
1. Designing IS-IS Routing- 4m	4m
2. Describe the IS-IS Routing Protocol- 11m	11m
3. Examine IS-IS Adjacencies and Authentication- 7m	7m
4. IS-IS and OSPF Similarities- 16m	16m
5. Explore IS-IS Routing Logic- 12m	12m
6. Describe IS-IS Operations- 20m	20m
7. Examine Integrated IS-IS for IPv6- 8m	8m

CCNP Enterprise ENSLD (300-420): Designing BGP Routing

Lectures	Duration
1. Designing BGP Routing- 4m	4m
2. IBGP Scalability, Route Reflectors and Split Horizon- 9m	9m
3. BGP Route Reflector Terminology- 9m	9m
4. Describe BGP Split Horizon- 4m	4m
5. Route Reflector Loop Prevention Mechanisms- 6m	6m
6. Compare BGP Load Sharing Designs- 8m	8m
7. BGP Load Sharing- 15m	15m

CCNP Enterprise ENSLD (300-420): BGP Address Families and Attributes

Lectures	Duration
1. BGP Address Families and Attributes- 4m	4m
2. BGP ADDRESS FAMILY MODEL- 10m	10m
3. BGP Route Selection- 17m	17m
4. Describe BGP Communities- 14m	14m
5. Designing a Dual-Stack MP-BGP Environment- 8m	8m

CCNP Enterprise ENSLD (300-420): Designing Enterprise Campus

Lectures	Duration
1. Designing Enterprise Campus- 4m	4m
2. End to End vs Local VLAN’s- 11m	11m
3. Layer 3 Access Layer- 3m	3m
4. Common Access-Distribution Interconnection Designs- 4m	4m

CCNP Enterprise ENSLD (300-420): Designing Layer 2 Campus

Lectures	Duration
1. Designing Layer 2 Campus- 4m	4m
2. VLAN’s , Trunks, VTP and STP- 6m	6m
3. Understanding the Spanning Tree Protocol- 12m	12m
4. Understand MST, POE, and EnergyWise- 17m	17m
5. Ether Channel- 11m	11m
6. First Hop Redundancy- 11m	11m
7. Describe Network Requirements of Applications- 10m	10m

CCNP Enterprise ENSLD (300-420): Designing Layer 3 Campus

Lectures	Duration
1. Designing Layer 3 Campus- 5m	5m
2. The Benefits of Building Triangles- 3m	3m
3. Routing Convergence- 4m	4m
4. Routing Protocols and Summarization- 5m	5m
5. Default Routes, Redistribution and Filtering- 8m	8m
6. Passive Interfaces Convergence and IPv4- 11m	11m
7. Describe Network Management Best Practices- 8m	8m

CCNP Enterprise ENSLD (300-420): Discovering SD Access Architecture

Lectures	Duration
1. Discovering SD Access Architecture- 4m	4m
2. Overview of SD Access Part 1- 16m	16m
3. Overview of SD Access Part 2- 12m	12m
4. SD Access Node Roles- 14m	14m
5. Examine the Fabric Enabled Wireless LAN- 5m	5m
6. Describe the Role of Cisco SD-Access in Cisco DNA- 9m	9m

CCNP Enterprise ENSLD (300-420) : SD Access Fabric Design

Lectures	Duration
1. SD Access Fabric Constructs- 14m	14m
2. Design Requirements of Underlay Network- 6m	6m
3. DHCP and Security Solutions for the Fabric Domain- 8m	8m
4. Describe Sizing and Single Platform Scalability- 16m	16m

CCNP Enterprise ENSLD (300-420): Discovering Service Provider Managed VPN's

Lectures	Duration
1. Discovering Service Provider Managed VPN's- 4m	4m
2. WAN Connection Decision Points- 4m	4m
3. Layer 3 MPLS- 4m	4m
4. Use Routing Protocols at the PE-CE- 15m	15m

CCNP Enterprise ENSLD (300-420): Designing Enterprise Managed VPN's

Lectures	Duration
1. Enterprise Managed VPN Overview- 3m	3m
2. Describe GRE, mGRE, and IPsec- 18m	18m
3. Describe Dynamic VTI, GET VPN, SSL- 19m	19m
4. Describe DMVPN- 18m	18m
5. EIGRP DMVPN and DMVPN Scaling- 6m	6m

CCNP Enterprise ENSLD (300-420): Designing WAN Resiliency

Lectures	Duration
1. WAN Design Overview- 1m	1m
2. Common MPLS Design Models- 2m	2m
3. Describe Common Layer 2 WAN Design Models- 2m	2m
4. Describe Common VPN WAN Design Models- 4m	4m
5. Describe Cellular VPN Design Models- 1m	1m
6. Remote Site Local Internet Connectivity- 2m	2m
7. Remote Site LAN Design- 5m	5m
8. Case Studies- 7m	7m
9. Describe Basic Traffic Engineering Techniques- 4m	4m