Corso CCNP Service Provider SPCOR – Implementing and Operating Cisco Service Provider Network Core Technologies
PANORAMICA
PANORAMICA
Corso di preparazione al conseguimento della
Certificazione Cisco CCNP Service Provider SPCOR
Esame 350-501 Parte della Certificazione Cisco CCNP Service Provider
Implementing and Operating Cisco Service Provider Network Core Technologies (SPCOR)
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OBIETTIVI DEL CORSO
OBIETTIVI DEL CORSOIl corso SPCOR Implementing and Operating Cisco Service Provider Network Core Technologies rappresenta il pilastro fondamentale del percorso tecnologico e di certificazione Service Provider. Esso infatti prepara il partecipante all’esame Core della Certificazione CCNP Service Provider (Esame 350-501). In questo corso si affronteranno le tecnologie necessarie per implementare le più recenti soluzioni Service Provider IP network infrastructures. Questo corso pone l’attenzione su tematiche come: OSPF, IS-IS, BGP, Route Maps, RPL, IPV6, MPLS, Segment Routing, VPN Services, L2VPN, L3VPN, Multicast, QOS, SDN, Cisco NSO, NFV Infrastructure e altro ancora.
CONTENUTI DEL CORSO
CONTENUTI DEL CORSOImplementing and Operating Cisco Service Provider Network Core Technologies (SPCOR)
Describing Service Provider Network Architectures
1.2 Service Provider Core Architectures
1.4 Unified MPLS
1.6 Network Transport Technologies
1.7 Ethernet OAM Overview
1.8 ERP Overview
1.10 Evolved Packet Core
Describing Cisco IOS Software Architectures
2.3 Cisco IOS XE Software Fundamentals
2.4 Cisco IOS XR Architecture
2.5 Cisco IOS XR 64-Bit and 32-Bit Differences
2.6 Cisco IOS XR 64-Bit Operational Enhancements
2.7 Cisco IOS XR Container and VM Architecture
2.8 Deploy Cisco IOS XR and IOS XE Basic Device Configuration
Implementing OSPF
3.3 OSPF Routing
3.4 OSPF Link-State Database
3.5 OSPF Operation
3.6 OSPF Adjacencies and Modes
3.7 OSPF Implementation
3.8 Multiarea OSPF
3.9 OSPFv3 Implementation
3.10 Basic OSPF Troubleshooting
3.11 Implement OSPF Routing
Implementing IS-IS
4.3 Integrated IS-IS Routing
4.4 IS-IS Operation
4.5 IS-IS Link-State Database
4.6 Integrated IS-IS for IPv6
4.7 IS-IS Configuration for IPv4
4.8 IS-IS Configuration for IPv6
4.9 Basic IS-IS Troubleshooting
4.10 Implement Integrated IS-IS Routing
Implementing BGP
5.3 BGP in Customer Connections
5.4 BGP Routing
5.5 BGP Implementation
5.6 BGP Path Selection
5.7 Weight and Local Preference
5.8 AS Path Prepending and MEDs
5.9 BGP Communities
5.11 Redistribution Implementation
5.12 Basic BGP Troubleshooting
5.13 Implement Basic BGP Routing
Implementing Route Maps and RPL
6.2 Routing Protocol Tools Overview
6.3 Prefix Lists and AS Path Access Lists
6.6 RPL Parameters and Parameterization
6.7 RPL Implementation
6.8 Filter BGP Prefixes Using RPL
Transitioning to IPv6
7.2 Transitioning from IPv4 to IPv6
7.3 Translation Mechanisms
7.4 IPv6 Tunneling Mechanisms
Implementing High Availability in Networking
Implementing MPLS
9.2 MPLS Architecture
9.3 MPLS Applications
9.6 MPLS Forwarding Operation
9.7 MPLS Configuration
9.8 LDP Advanced Configuration
9.9 MPLS Monitoring
9.10 MPLS Troubleshooting
9.11 Unified MPLS Architecture
9.12 Implement MPLS in the Service Provider Core
Implementing Cisco MPLS Traffic Engineering
10.2 Traffic Engineering Concepts
10.4 Cisco MPLS TE Operation
10.5 Constraint-Based Path Computation
10.6 Cisco MPLS TE Tunnel Attributes
10.7 Traffic Steering
10.8 Cisco MPLS TE Implementation
10.9 Protection of Cisco MPLS TE Traffic
10.10 Implement Cisco MPLS TE
Describing Segment Routing
11.2 Segment Routing Concepts
11.3 SR IGP Control Plane Overview
11.4 Segment Types
11.5 TI-LFA Fundamentals
11.6 Segment Routing TE Overview
11.7 PCE-PCC Architecture
11.8 Implement Segment Routing
Describing VPN Services
12.3 MPLS VPN Architecture
12.4 MPLS VPN Routing
12.5 Interdomain MPLS VPN Solutions
12.6 CSC Overview
12.7 Multicast VPN Overview
12.9 EVPN Terminology and Concepts
Configuring L2VPN Services
13.3 MPLS Layer 2 VPN Types
13.4 EoMPLS Configuration
13.5 Implement EoMPLS
13.6 VPLS Configuration
Configuring L3VPN Services
14.2 MPLS L3VPN Backbone Implementation
14.3 VRF Configuration
14.4 MP-BGP Configuration
14.5 Basic PE-CE Routing Implementation
14.6 OSPF as PE-CE Protocol
14.7 BGP as PE-CE Protocol
14.8 Implement MPLS L3VPN
14.9 MPLS L3VPN Shared Services
14.10 Internet Access in MPLS L3VPN
Implementing Multicast
15.2 Multicast Overview
15.3 Multicast Service Model
15.4 Multicast Protocols
15.6 Dynamic RP Mechanisms
15.7 PIM-SM Enhancements Overview
15.8 Interdomain Multicast Routing
15.9 IPv6 Multicast Implementation
Describing QoS Architecture
16.3 Models for Implementing QoS
16.4 QoS Trust Boundaries
16.6 Cisco MPLS TE QoS
Implementing QoS
17.2 QoS Mechanisms
17.3 QoS Implementation
17.4 Congestion Management
17.5 Congestion Avoidance Implementation
17.6 Traffic Policing and Shaping
Implementing Control Plane Security
18.2 Control Plane Protection Overview
18.3 LDP Security Implementation
18.4 IGP Control Plane Security
18.5 BGP Security Implementation
18.6 Implement BGP Security
18.7 BGP FlowSpec Implementation
Implementing Management Plane Security
19.2 Management Plane Security Overview
19.3 AAA Implementation
19.4 REST API Security
Implementing Data Plane Security
20.2 ACL Implementation
20.3 uRPF Implementation
20.4 RTBH Filtering Implementation
20.5 Implement RTBH Filtering
Introducing Network Programmability
21.5 YANG Data Types
21.6 XPath Overview
21.7 Basic YANG Statements
21.8 Pyang Tool
Implementing Automation and Assurance
22.2 NETCONF Overview
22.3 RESTCONF Overview
22.4 gNMI Overview
22.5 Model Driven Telemetry Overview
22.6 NetFlow Overview
22.7 SNMP Overview
Introducing Cisco NSO
23.2 Logical Architecture
23.3 Components
23.4 Orchestration Use Cases
23.5 Packages
23.6 Mapping Logic
23.7 Network Element Drivers
Implementing Virtualization in Service Provider Environment
24.1 NFV Infrastructure
Attività Laboratoriali
Deploy Cisco IOS XR and IOS XE Basic Device Configuration
Implement OSPF Routing
Implement Integrated IS-IS Routing
Implement Basic BGP Routing
Filter BGP Prefixes Using RPL
Implement MPLS in the Service Provider Core
Implement Cisco MPLS Traffic Engineering (TE)
Implement Segment Routing
Implement Ethernet over MPLS (EoMPLS)
Implement MPLS L3VPN
Implement BGP Security
Implement Remotely Triggered Black Hole (RTBH) Filtering
TIPOLOGIA DEL CORSO
TIPOLOGIA DEL CORSOLezioni frontali Presenza in Aula e Laboratorio;
Lezioni a distanza in Video Presenza Tempo Reale e Laboratorio;
INFRASTRUTTURA LABORATORIALE
INFRASTRUTTURA LABORATORIALEPer 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
PREREQUISITISi consiglia la partecipazione al Corso Cisco CCNA.
DURATA E FREQUENZA
Durata 5gg – Frequenza Full Time;
Altre tipologie di Frequenza;
DOCENTI
DOCENTII 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
MODALITÀ DI ISCRIZIONEL’iscrizione avviene contattando la sede.
Le iscrizioni sono rivolte ad un massimo di 12 partecipanti. Si ricorda inoltre che il costo del corso non comprende gli esami di certificazione che il corsista può sostenere alla fine del percorso formativo presso i nostri centri
CALENDARIO
CALENDARIOCorso Cisco SPCOR – Settembre 2020 – 09:00/18:00 (formula Full-Time)
Posti Rimanenti: _/12
Elenco Corsi Cisco per Certificazione
