Implementing Cisco Storage Networking Solutions

ICSNS - Implementing Cisco Storage Networking Solutions

Descrição:

Este curso provê o conhecimento básico para implementar switches SAN da família Cisco MDS 9000. O aluno aprenderá como fazer a configuração inicial de startup bem como configurar Virtual SANs (VSANs), domínios, interfaces e zonas. Saberá também como implementar PortChannels e recursos básicos de segurança. Nos laboratórios desenvolverá aptidão para fazer troubleshooting básicos com o equipamento. Será ensinado também como configurar os equipamentos numa arquitetura de alta disponibilidade incluindo extensão de SAN com protocolo FCIP. Nos laboratórios, o aluno configurará o switch realizar o upgrade de software desde a configuração inicial do equipamento além de realizar o upgrade de software.

Tópicos:

• 1. MDS 9000 Platform Overview
• MDS 9000 Platform Components
• The MDS 9000 Platform
• The MDS 9000 Linecard Modules
• Using Intelligent Network Services
• SAN Scalability Features
• Multiprotocol Support
• High Availability Features
• Traffic Engineering Features
• Security Features
• Interoperability
• CFS Infrastructure
• Implementing Integrated Management
• The Command Line Interface
• Cisco Fabric Manager
• Cisco Device Manager
• Fabric Manager Server
• Performance Manager and Traffic Analyzer
• CiscoWorks Resource Manager Essentials
• MDS 9000 System Architecture
• Crossbar and Supervisor Module Architecture
• MDS Line Card Module Architectures
• Fabric-Based Application Services
• FAIS Overview
• SANTap Overview
• Network-Accelerated Serverless Backup Overview
• Storage Media Encryption (SME)
• Data Mobility Manager (DMM)
• SAN Device Virtualization (SDV)
• N-Port Virtualizer (NPV)


• 2. System Installation and Initial Configuration
• Installing Switch Hardware
• Installation Guidelines
• Configuring Power Supplies
• Supervisor and Line Card Modules Installation
• Performing the Initial Switch Configuration
• Completing the Initial Setup
• Setup Defaults
• Installing Cisco Fabric Manager
• Quickstart Overview
• Installing and Licensing SAN-OS
• Software Licensing
• Installation and Upgrade Prerequisites
• Software Upgrade Methods
• Version Downgrade Procedure
• Using Call Home
• Call Home Services
• Call Home Messages
• Call Home Output Options
• Configuring Call Home
• Customized Alert Group Messages


• 3. Building VSANs
• Configuring VSANs
• VSAN Overview
• Creating VSANs
• Displaying VSAN Information
• The Default and Isolated VSANs
• VSAN Recommended Practices
• Managing Domains
• The Domain Configuration Process
• Configuring the Principal Switch Priority
• CFS Distribution of Allowed Domain ID Lists
• Configuring Fabric Merge Options
• Configuring Interfaces
• Configuring Fibre Channel Interfaces
• Configuring Advanced Parameters
• Second-Generation Port Bandwidth Reservation
• Configuring Dynamic VSANs
• DPVM Overview
• Configuring DPVM Entries
• Using DPVM Autolearning
• Configuring DPVM Distribution
• Using Intelligent Addressing
• Displaying the FCNS Database
• FCID Assignment
• Distributed Device Alias Services
• N_Port Identifier Virtualization (NPIV)
• N-Port Virtualizer (NPV)
• Implementing Zones
• Zoning Overview
• Creating Zones and Zone Sets
• Verifying Zone Configuration
• Configuring Zoneset Distribution
• Merging Zones without Disruption
• Recovering From Zone Merge Failures
• Managing Zonesets
• Recommended Practices for Zoning
• Enhanced Zoning Features
• Modifying the Enhanced Zone Database
• Creating Attribute Groups
• Configuring Read-Only Zones
• Configuring LUN Zones
• Configuring Broadcast Zoning
• Improving Management Security
• Securing Management Ports
• Configuring SSH
• Using Digital Certificates
• Role-Based Access Control
• Creating Roles and Users
• Centralizing Security Management
• Enhanced AAA Services


• 4. Managing SAN Traffic
• FSPF and Port Tracking
• Implementing Traffic Engineering
• Configuring Load Balancing
• In-Order Delivery
• Tracking and Redirecting Traffic
• Configuring PortChannels
• PortChannel Overview
• Creating PortChannels
• The PortChannel Protocol
• PortChannel Autocreation
• Modifying PortChannel Links
• Configuring Traffic Priority
• Virtual Output Queues
• Configuring QoS
• Configuring FCC
• QoS Behavior with Generation-1 and Generation-2 Switching Modules
• Zone-Based QoS


• 5. Implementing FCIP
• Protocol Overview
• The FCIP Protocol
• FC Frame Encapsulation
• FCIP Specifications
• FCIP Implementation on the MDS 9000
• IP Addressing
• IP Routing Protocols
• TCP/IP Protocol Headers
• Configuring FCIP
• FCIP Configuration Overview
• Configuring Gigabit Ethernet Interfaces
• Configuring FCIP Tunnels
• Verifying the FCIP Configuration
• Using the FCIP Wizard
• Using VLAN Subinterfaces
• FCIP High Availability
• PortChannel Configuration Guidelines
• IP Routing Protocols
• PortChannel Configuration Verification
• Other High Availability Options
• Configuring FCIP Tunnels
• PortChannel Protocol
• PortChannel Configuration Verification
• Other High Availability Options
• Implementing IVR for SAN Extension
• IVR Overview
• IVR Zones and Zonesets
• Configuring IVR
• Verifying the IVR Configuration
• IVR Recommended Practices
• Tuning FCIP Performance
• Overview of FCIP Tuning Parameters
• Configuring TCP Keepalive, Retransmit, and Selective Acknowledgement
• Configuring the MTU
• FCIP Flow Control
• Packet Shaping
• FCIP Compression
• FCIP Write Acceleration
• FCIP Tape Acceleration
• IP QoS Overview
• Using the SAN Extension Tuner


• 6. Troubleshooting Tools and Scenarios
• Diagnostic Tools and Methodologies
• SAN Fault Isolation Methodology
• Verifying Power
• Troubleshooting Interfaces
• Troubleshooting VSANs
• Using fcping and fctrace
• Fabric Manager Troubleshooting Tools
• FCIP Troubleshooting Overview
• Module Status Verification
• Network Connectivity Verification
• Capturing and Analyzing SAN Traffic
• SPAN Overview
• RSPAN Overview
• PAA Configuration
• The Cisco Fabric Analyzer
• Wireshark Overview
• Basic Troubleshooting Scenarios
• Troubleshooting Host-to-Switch Connectivity
• Troubleshooting ISLs
• Troubleshooting Fabric Merges
• FCIP Troubleshooting Situations

Duração: 40 horas