
Corso CCNP Enterprise ENSLD – Designing Cisco Enterprise Networks
PANORAMICA

Corso di preparazione al conseguimento della
Certificazione Cisco CCNP Enterprise ENSLD
Esame 300-420 Parte della Certificazione Cisco CCNP Enterprise
Designing Cisco Enterprise Networks (ENSLD)

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OBIETTIVI DEL CORSO
Il Corso ENSLD Designing Cisco Enterprise Networks è parte del percorso Cisco CCNP Enterprise. L’obiettivo principale di questo corso è fornire le competenze per la progettazione del Design delle reti di tipo enterprise. Affrontare tematiche critiche e strategiche quali: Multiprotocol BGP, SD-Access, Resilient WAN, QoS etc. Questo corso copre le tecnologie avanzate, espandendo gli argomenti trattati nel corso Implementing and Operating Cisco Enterprise Network Core Technologies (ENCOR). Durante il corso, i partecipanti saranno introdotti a una serie di argomenti chiave, tra cui l’analisi dei requisiti di rete, la progettazione di soluzioni scalabili e affidabili, e l’implementazione di tecnologie Cisco per soddisfare le esigenze delle organizzazioni moderne. Il corso copre anche le best practice per la progettazione di reti wireless, le strategie di sicurezza e l’integrazione di servizi di rete avanzati. Il Corso Designing Cisco Enterprise Networks (ENSLD) prepara i partecipanti all’Esame 300-420.
CONTENUTI DEL CORSO
Designing Cisco Enterprise Networks (ENSLD)
- Designing EIGRP Routing
- Describe Scalable EIGRP Designs and Fast Convergence
- Examine EIGRP Autonomous Systems and Layered Designs
- Describe Scalable EIGRP Hub-and-Spoke and Stub Designs
- Describe EIGRP Convergence Features
- Designing OSPF Routing
- OSPF Neighbor Adjacencies and LSAs
- OSPF Scalability Issues
- Define Area and Domain Summarization
- OSPF Full and Partial Mesh
- OSPF Convergence
- Designing IS-IS Routing
- Describe IS-IS Routing Protocol
- Examine IS-IS Adjacencies and Authentication
- Describe IS-IS and OSPF Similarities
- Explore IS-IS Routing Logic
- Describe IS-IS Operations
- Examine Integrated IS-IS for IPv
- Paper Lab : Designing Enterprise Connectivity
- Design Challenge
- Choose the Routing Protocol
- Explore the Backbone Area Design
- Determine Spoke Area Design
- Determine Spoke Area Design: Special Case
- Implement OSPF Summarization
- Define the RIPv-to-OSPF Migration Steps
- Route Redistribution
- Disable RIPv After Complete Migration
- Define Future Growth
- Designing BGP Routing and Redundancy
- Identify IBGP Scalability Issues
- BGP Route Reflector Terminology
- Describe BGP Split-Horizon
- Route Reflector Loop Prevention Mechanisms
- Compare BGP Load Sharing Designs
- Examine Dual and Multihomed BGP Designs
- Understanding BGP Address Families and Attributes
- BGP Address Families and Attributes
- BGP Route Selection Preferences
- Describe BGP Communities
- Examine a Case Study—Designing a Dual-Stack MP-BGP Environment
- Paper Lab : Designing an Enterprise Network with BGP Internet Connectivity
- Design Challenge
- Determine the Routing Protocol
- Determine the Autonomous System Numbers
- Define the BGP Sessions
- Define the BGP Communities
- Define Routing Policy in North American Sites
- Define Routing Policy in European and Asian Sites
- Describe the Internet Segment
- Determine Main Headquarters Multihoming
- Determine Default Routing
- Example: Final Design
- Designing the Enterprise Campus LAN
- Compare End-to-End and Local VLANs
- Describe the Layer Access Layer
- Examine a Case Study
- Designing Layer Campus
- Describe VLANs, Trunks, and VTP
- Understanding the Spanning Tree Protocol
- Understand MST, POE, and EnergyWise
- Describe Port Aggregation Considerations
- First-Hop Redundancy
- Describe Network Requirements of Applications
- Paper Lab : Designing an Enterprise Campus LAN
- Design Challenge
- Describe Switch Requirements for Building A
- Describe Switch Requirements for Building B
- Describe the Aggregation of Switches in Building A
- Connect Switches in Building A to Aggregation Option
- Aggregate Switches in Building B
- Determine L/L Demarcation
- Describe Potential Problems with STP
- Describe STP and VTP Modifications
- Determine the Need for UDLD
- Create a Bill of Materials
- Designing Layer Campus
- The Benefits of Building Triangles
- Routing Convergence
- Describe Routing Protocols and Summarization
- Describe Default Routes, Redistribution, and Filtering
- Examine Passive Interface, Routing Convergence, and Routing IPv and IPv
- Describe Network Management Best Practices
- Discovering the Cisco SD-Access Architecture
- Cisco Software Defined Access Overview
- Describe the Cisco SD-Access Node Roles
- Examine the Fabric Enabled Wireless LAN
- Describe the Role of Cisco SD-Access in Cisco DNA
- Exploring Cisco SD-Access Fabric Design
- Describe SD-Access Fabric Constructs
- Describe Design Requirements of Underlay Network
- Describe DHCP and Security Solutions for the Fabric Domain
- Describe Sizing and Single Platform Scalability
- Discovering Service Provider-Managed VPNs
- WAN Connection Decision Points
- Describe Layer MPLS VPN
- Use Routing Protocols at the PE-CE
- Designing Enterprise-Managed VPNs
- Enterprise-Managed VPNs Overview
- Describe GRE, mGRE, and IPsec
- Describe Dynamic VTI, GET VPN, SSL VPN, and FlexVPN
- Describe DMVPN
- Describe EIGRP DMVPN and DMVPN Scaling
- Designing WAN Resiliency
- WAN Design Overview
- Describe Common MPLS WAN Design Models
- Describe Common Layer WAN Design Models
- Describe Common VPN WAN Design Models
- Describe Cellular VPN Design Models
- Remote Site Local Internet Connectivity
- Remote-Site LAN Design
- WAN Connectivity Case Study
- Describe Basic Traffic Engineering Techniques
- Paper Lab : Designing Resilient Enterprise WAN
- Examining Cisco SD-WAN Architectures
- Describe SDN for the WAN
- Describe Cisco SD-WAN Components and Functions
- Describe the Orchestration Plane
- Describe the Management Plane
- Describe the Control Plane
- Describe the Data Plane
- Describe SD-WAN Analytics
- Describe the Overlay Management Protocol
- Define OMP Network Terminology
- Describe Transport Locators
- Describe Fabric Operation
- Examining Cisco SD-WAN Deployment Design Considerations
- Describe Controller Deployment Options
- Describe Controller Deployment Models
- Describe Cisco SD-WAN Cloud Deployment
- Describe Cisco SD-WAN Managed Service Provider Deployment
- Describe Cisco SD-WAN On-Premises Deployment
- Use Enterprise CA
- Describe Controller Placement and Challenges
- Describe Cloud Controller Connections
- Describe On-Premises Controller Connections
- Describe MPLS and Internet Interconnection
- Describe Deployment Considerations
- Describe On-Premises Deployment Considerations
- Describe vBond On-Premises Deployment
- Describe Working with NAT
- Describe NAT Traversal Combinations
- Describe Zero-Touch Provisioning
- Describe Considerations for Hybrid Scenarios
- Describe Deployment Options: Pure vs Hybrid
- Designing Cisco SD-WAN Routing and High Availability
- Describe Horizontal Solution Scale
- Describe SD-WAN Redundancy
- Describe Site Design
- Describe Path Redundancy
- Compare an Underlay vs Overlay Network
- Describe SD-WAN Branch Connectivity
- Describe SD-WAN Privacy and Integrity
- Describe SD-WAN Secure Segmentation
- Describe SD-WAN Security Features
- SD-WAN Security Use Cases
- Understanding QoS
- IntServ vs. DiffServ
- Explain Classification and Marking Tools
- Policers and Shapers
- Describe Queuing Tools
- Explain RFC QoS Recommendations
- Designing LAN and WAN QoS
- Need for Campus QoS
- Describe the Classification, Marking, and Policing QoS Model
- Need for QoS in WAN and Branch
- Need for QoS in IPsec VPN
- Describe DMVPN QoS Considerations
- Describe SD-WAN Forwarding
- Describe SD-WAN QoS Operation
- Describe vEdge Queuing
- Paper Lab : Designing QoS in an Enterprise Network
- Design Challenge
- Describe Traffic Inspection
- Describe the QoS Model
- Describe Trust Boundaries
- Describe Queuing Mechanisms
- Describe Scavenger Traffic
- Describe MPLS DiffServ Tunneling
- Describe a QoS Design for an Enterprise Network
- Exploring Multicast with PIM-SM
- Explain How IP Multicast Works
- Explain Multicast Groups
- Describe SD-WAN Multicast Application Support
- Describe the Functions of a Multicast Network
- Describe Multicast Protocols
- Describe Multicast Forwarding and RPF Check
- Explain Multicast Protocol Basics
- Describe Multicast Distribution Trees Identification
- Describe Receiver Joins and Source Is Registered
- Describe PIM-SM SPT Switchover
- Describe Multicast Routing Table
- Describe Basic SSM Concepts
- Describe Bidirectional PIM
- Describe DF Election and Messages
- Case Study: DF Election
- Designing Rendezvous Point Distribution Solutions
- Rendezvous Point Discovery
- Case Study: Auto-RP Operation
- Auto-RP and BSR Flooding
- MSDP Protocol Overview
- Designing an IPv Address Plan
- IPv Address Planning Considerations
- Plan the IP Addressing Hierarchy
- Create an Addressing Plan
- Case Study: Design an IPv Address Space
- Case Study: Resolve Overlapping Address Ranges
- Allocating More IP Addresses
- Exploring IPv
- IPv Address Planning Considerations
- IPv for an Enterprise
- Describe IPv Address Allocation: Linked IPv Into IPv
- Describe IPv Address Allocation: Per Location/Type
- Describe IPv Address Allocation: Per VLAN
- Deploying IPv
- Describe the IPv Phased Approach
- Identify IPv Services to Deploy
- IPv and IPv Coexistence
- Transition Mechanisms
- Describe NAT and DNS
- Describe Manual Tunnels
- Describe Tunnel Brokers
- Describe rd
- Describe DS-Lite
- Describe LISP
- IPv Application Support
- IPv-Related Security
- Paper Lab : Designing an Enterprise IPv Network
- Design Challenge
- Choose the IPv Address Space Type
- Connect Site
- Connect Site
- Choose a Deployment Model
- Determine Address Allocation
- Analyze Address Provisioning
- Analyze Communication Between Branches
- Migrate Applications
- Analyze Network Management
- Analyze the Migration of Services
- Describe an Enterprise IPv Network Design
- Introducing Network APIs and Protocols
- Describing Network APIs and Protocols
- Describing the Evolution of Device Management and Programmability
- Describing Data Encoding Formats
- Describing JSON
- Describing XML
- Describing Data Models
- Describing the Model-Driven Programmability Stack
- Describing REST
- Describing NETCONF
- Describing RESTCONF
- Describing gRPC
- Exploring YANG, NETCONF, RESTCONF, and Model-Driven Telemetry
- Define YANG, NETCONF, and RESTCONF
- Describe Yang Concepts
- Describe NETCONF Concepts
- Describe RESTCONF Concepts
- Compare NETCONF and RESTCONF
- Define Model-Driven Telemetry
- Describe Stream Telemetry Data
- Explain Subscription
- Describe Dial-In and Dial-Out Model-Driven Telemetry
Attività Laboratoriali
- Designing Enterprise Connectivity
- Designing an Enterprise Network with BGP Internet Connectivity
- Designing an Enterprise Campus LAN
- Designing Resilient Enterprise WAN
- Designing QoS in an Enterprise Network
- Designing an Enterprise IPv6 Network
TIPOLOGIA DEL CORSO
Corso di Formazione con Docente.
INFRASTRUTTURA LABORATORIALE
Per tutte le tipologie di erogazione, il Corsista può accedere alle attrezzature e ai sistemi reali Cisco presenti nei Nostri laboratori o direttamente presso i data center Cisco in modalità remota h24. Ogni partecipante dispone di un accesso per implementare le varie configurazioni avendo così un riscontro pratico e immediato della teoria affrontata.
Ecco di seguito alcune topologie di rete dei Laboratori Cisco Disponibili:

PREREQUISITI
Si consiglia la partecipazione al Corso Cisco CCNA nonché la partecipazione al corso Cisco CCNP Enterprise ENCOR.
DURATA E FREQUENZA
Durata 5gg;
Varie tipologie di Frequenza Estensiva ed Intensiva.
DOCENTI
I docenti sono Istruttori Ufficiali pluri certificati Cisco e in altre tecnologie IT, con anni di esperienza pratica nel settore e nella Formazione.
MODALITÀ DI ISCRIZIONE
Le iscrizioni sono a numero chiuso per garantire ai tutti i partecipanti un servizio eccellente.
L’iscrizione avviene richiedendo di essere contattati dal seguente Link, o contattando la sede al numero verde 800-177596 o inviando una richiesta all’email [email protected].
CALENDARIO
- Corso Cisco ENSLD (Formula Intensiva 5gg) – Su richiesta – 9:00 – 17:00