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 Cursos y Masters > Cursos y Masters Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT) |
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Descripción Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
El Master Cisco CCNP Certified Network Professional (BSCI – ISCW – BCMSN– ONT) es presencial, se imparte en Madrid y tiene una duración de 400horas.
El curriculum CCNP proporciona los conocimientos y habilidades necesarios para desarrollar y mantener los servicios y aplicaciones de una infraestructura de red complemente integrada. El curso se centra en las habilidades avanzadas requeridas para manejar redes punto a punto, peor va un paso más allá del enrutamiento y la conmutación para incluir redes inalámbricas, seguridad y voz. Incluye aspectos tales como redes convergentes, Calidad del Servicio (QoS), Redes Privadas Virtuales (VPNs) y tecnologías de banda ancha.
El CCNP integra ingeniería de dispositivos y servicios de última generación, que permite llevar datos de forma rápida y concurrente de servicios de voz, video, wireless y seguridad optimizada.
El curriculum incluye cuatro exámenes de certificación requeridos para obtener la certificación CCNP. Los cuatro cursos son:
-Building Scalable Internetworks - BSCI – Examen 642-901
-Implementing Secure Converged Wide-Area Networks – ISCW – Examen 642-825
-Building Multilayer Switched Networks – BCMSN – Examen 642-812
-Optimizing Converged Networks – ONT – Examen 642-845
Los contenidos del Master siguen fielmente el programa oficial de CISCO NETWORKING ACADEMY destinados a la obtención por parte del alumno de la Certificación CCNP, altamente valorada en el mercado laboral.
-642-901 - BSCI: Building Scalable Cisco
-642-825 – ISCW: Implementing Secure Converged Wide-Area Networks.
-642-812 – BCMSN: Building Multilayer Switched Networks
-642-845 – ONT: Optimizing Converged Networks
Profesorado
- Profesionales avalados por el fabricante.
Material
- Usuario y Password para acceder al área privada de la página de Cisco específica para alumnos de Networking Academy.
- Documentación oficial de CISCO PRESS
- Prácticas de laboratorio.
- Actividades del Packet Tracer
- Certificado de asistencia de CAS TRAINING y de CISCO.
Evaluaciones
El aprendizaje de las nuevas tecnologías requiere al alumno una actividad continua y constante. El programa del Master no puede dividirse en compartimentos estancos y exclusivos; de acuerdo a las disposiciones establecidas por el fabricante, se registrará una evaluación continua del alumno mediante pruebas teóricas y prácticas distribuidas en capítulos, que prepararán al alumno para una evaluación final de cada semestre. Al ser realizada on line dará derecho, tras su superación, a la obtención de un certificado oficial de CISCO SYSTEMS específico para los contenidos de cada semestre.
Tras la superación de las pruebas mencionadas, el alumno podrá optar a los diferentes exámenes de certificación CCNP.
Requisitos de Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Destinatarios de Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Destinatarios Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
-Personas con la certificación CCNA que buscan certificarse en CCNP, CCIP, CCSP, CCDP o CCIE.
-Administradores de Red
-Ingeniero de Sistemas – Nivel 2
-Técnico de Redes.
-Ingeniero de Despliegue
Objetivos de Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Temario de Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Temario Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Building Scalable Internetworks v5.0
SCALABLE NETWORK DESIGN
-IIN, SONA, and the ECNM
- Scalable Networks
- Converged Networks
- ITA Topology
- Overview of Course Labs
EIGRP
- EIGRP Fundamentals and Features
- EIGRP Components and Operation
- Implementing and Verifying EIGRP
- Implementing Advanced EIGRP Features
- Configuring EIGRP Authentication
- Using EIGRP in the Enterprise
- EIGRP Lab Exercises
OSPF
- Review of OSPF Fundamentals and Features
- Review of OSPF Operation
- Implementing and Verifying OSPF
- OSPF Network Types
- Implementing OSPF in an NBMA Network
- Multiarea OSPF Operation
- Stub, Totally Stubby, and Not-So-Stubby Areas
- Virtual Links
- Route Summarization
- OSPF Authentication
- OSPF Lab Exercises
INTEGRATED IS-IS
- IS-IS Fundamentals
- ISO Addressing
- IS-IS Operation
- Configuring Basic Integrated IS-IS
- Optimizing IS-IS
- Configuring Basic Integrated IS-IS
- IS-IS Lab Exercises
ROUTE OPTIMIZATION
- Operating a Network Using Multiple Routing Protocols
- Configuring and Verifying Router Redistribution
- Controlling Routing Updates
- Policy-Based Routing
- DHCP
- Route Optimization Lab Exercises
BGP
- BGP Concepts and Terminology
- EBGP and IBGP
- Configuring BGP
- Advanced BGP Configuration and Verification
- Selecting a BGP Path
- Manipulating BGP Path Selection with Route Maps
- BGP Lab Exercises
IP MULTICASTING
- Explaining Multicast
- IGMP and Layer 2 Issues
- Multicast Routing Protocols
- Multicast Configuration and Verification
- IP Multicast Challenge Labs
IPV6
- Explaining IPv6
- IPv6 Addressing
- Dynamic IPv6 Addresses
- IPv6 Routing
- Implementing and Verifying OSPFv3
- Using IPv6 and IPv4
- IPv6 Challenge Labs
Implementing Secure Converged Wide-area Networks v5.0
REMOTE NETWORK CONNECTIVITY REQUIREMENTS
- Enterprise Networking
TELEWORKER CONNECTIVITY
- Describing Remote Connection Topologies for Teleworkers
- Describing Cable Technology
- Deploying Cable System Technology
- Describing DSL Technology
- Deploying ADSL
- Configuring the CPE as the PPPoE or PPPoA Client
- Troubleshooting Broadband ADSL Configurations
- PPPoE Simulation Practice
IPSEC VPNS
- 3Introducing VPN Technology 3.1.1 What Is Needed to Build a VPN?
- Understanding IPsec Components and IPsec VPN Features
- Implementing Site-to-Site IPsec VPN Operations
- Configuring IPsec Site-to-Site VPN Using SDM
- Configuring GRE Tunnels over IPsec
- Configuring High-Availability VPNs
- Introducing Cisco Easy VPN 3.7.1 Introducing Cisco Easy VPN
- Configuring Easy VPN Server using Cisco SDM
- Implementing the Cisco VPN Client
- IPsec VPN Lab Exercises
FRAME MODE MPLS IMPLEMENTATION
- Introducing MPLS Networks 4.1.1 The MPLS Conceptual Model
- Assigning MPLS Labels to Packets
- Implementing Frame Mode MPLS
- Describing MPLS VPN Technology
- MPLS Lab Exercises
CISCO DEVICE HARDENING
- Thinking Like a Hacker
- Mitigating Network Attacks
- Network Attacks Using Intelligence
- Disabling Unused Cisco Router Network Services and Interfaces
- Securing Cisco Router Administrative Access
- Configuring Role-Based CLI
- Mitigating Threats and Attacks with Access Lists
- Securing Management and Reporting Features
- Configuring SNMP
- Configuring the NTP Client
- Configuring AAA on Cisco Routers
- Cisco Device Hardening Lab Exercises
CISCO IOS THREAT DEFENSE FEATURES
- Introducing the Cisco IOS Firewall
- Configuring Cisco IOS Firewall from the CLI
- Basic and Advanced Firewall Wizards
- Introducing Cisco IOS IPS
- Configuring Cisco IOS IPS
- Threat Defense Lab Exercises
Building Multilayer Switched Networks v5.0
NETWORK REQUIREMENTS
- Introducing Campus Networks
DEFINING VLANS
- Implementing Best Practices for VLAN Topologies
- Implementing VLANs
- Implementing Trunks
- Propagating VLAN Configurations with VLAN Trunking
- Correcting Common VMAL Configuration Errors
- VLAN Lab Exercises
IMPLEMENTING SPANNING TREE
- Describing STP
- Implementing RSTP
- Implementing MSTP
- Configuring Link Aggregation with EtherChannel
- Implementing Spanning Tree Labs
IMPLEMENTING INTER-VLAN ROUTING
- Describing Routing Between VLANs
- Enabling Routing Between VLANs
- Deploying CEF-Based Multilayer Switching
- Inter-VLAN Routing Lab Exercises
IMPLEMENTING HIGH AVAILABILITY IN A CAMPUS ENVIRONMENT
- Configuring Layer 3 Redundancy with HSRP
- Optimizing HSRP
- Configuring Layer 3 Redundancy with VRRP and GLBP
- Implementing High Availability Lab
WIRELESS LANS
- Introducing Wireless LANs
- Describing Wireless LAN Topologies
- Explaining Wireless LAN Technology Standards
- Configuring Cisco WLAN Clients
- Implementing Wireless LANs
- Configuring Wireless LANs
- Challenge Labs
CONFIGURING CAMPUS SWITCHES TO SUPPORT VOICE
- Planning for Implementation of Voice in a Campus Network
- Accommodating Voice Traffic on Campus Switches
- Challenge Labs
MINIMIZING SERVICE LOSS AND DATA THEFT IN A CAMPUS NETWORK
- Understanding Switch Security Issues
- Protecting against VLAN Attacks
- Protecting against Spoof Attacks
- STP Security Mechanisms
- Preventing STP Forwarding Loops
- Securing Network Switches
- Challenge Labs
Optimizing Converged Networks v5.0
CONVERGED NETWORK CONNECTIVITY REQUIREMENTS
- The Evolution of Telephony in the Enterprise
- Describing Converged Network Requirements
CISCO VOIP IMPLEMENTATIONS
- Introducing VoIP Networks
- Digitizing and Packetizing Voice
- Encapsulating Voice Packets for Transport
- Calculating Bandwidth Requirements for VoIP
- Implementing VoIP in an Enterprise Network
- VoIP Lab Exercises
INTRODUCTION TO IP QOS
- 3.1 Introducing QoS 3.1.1 Converged Network Quality Issues
- Implementing Cisco IOS QoS
- Selecting an Appropriate QoS Policy Model
- Using MQC for Implementing QoS
- Implementing QoS with Cisco SDM QoS Wizard
- Introduction QoS Lab Exercises
IMPLEMENT THE DIFFSERV QOS MODEL
- Introducing Classification and Marking 4.1.1 Classification
- Using NBAR for Classification
- Introducing Queuing Implementations
- Configuring WFQ
- Configuring CBWFQ and LLQ
- Congestion Avoidance
- Introducing Traffic Policing and Shaping
- Understanding WAN Link Efficiency Mechanisms
- Implementing QoS Preclassify
- Deploying End-to-End QoS
- DiffServ QoS Lab Exercises
IMPLEMENT CISCO AUTOQOS
- Introducing Cisco AutoQoS
- Mitigating Common Cisco AutoQoS Issues
- AutoQoS Lab Exercises
IMPLEMENT WIRELESS SCALABILITY
- Implementing WLAN QoS
- Introducing Wireless Security
- Managing WLANs
- Deploying Cisco WCS
- Configuring Encryption and Authentication on Lightweight Access Points
WLAN Lab Exercises
Duración de Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Duración Master CCNP Cisco Certified Network Professional (BSCI – ISCW – BCMSN – ONT)
Tardes:5-6 meses (aproximado)
Fecha de inicio Septiembre 2009
Horario
Tardes: Lunes a Jueves de 19 a 22 horas: clases y laboratorio presencial. Viernes de 16 a 21 horas: auto estudio a través de las herramientas e-learning de Cisco Systems.
Horas Lectivas
400 horas repartidas de la siguiente manera:
-250 horas lectivas y guiadas por el Instructor.
-150 horas de e-learning.
Objetivos de Certificación - CCNA
Exámenes válidos para las certificaciones CCNP, CCDP, CCIP y CCIE Routing & Switching o CCIE Communications & Services
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