Temario As critical applications such as e-commerce and telephony move toward Internet-based providers and away from traditional networks, highly available networks are no longer an option but a requirement. End users will begin to demand that modern IP networks provide the same level of availability they have come to expect from traditional networks. Achieving high availability in an IP network is more than providing redundancy at the physical layer; it is a far-reaching method of doing business, from site selection to the highest levels of management.
This course is about the critical aspects of planning, design, implementation, operation, and optimization of networks with the goal of "five nines" availability (99.999% uptime, or less than 5 minutes of downtime per year).
In a laboratory with the most advanced Cisco® networking equipment, you will learn how to navigate the "road to five nines." This path is not just about implementing and verifying, but also about measuring, monitoring, and operating a network to achieve high availability. Hands-on exercises not only teach you deployment skills, but also emphasize before-and-after measurements of the feature or function you just deployed. This allows you to observe firsthand the effect you have made on network availability.
Pre-requisitos
- Considerable knowledge in hierarchical design principles including network protocols, addressing, and subnets
- Knowledge of network management principles and tools
- Knowledge of MIB, Syslog, and command-line interface (CLI) data collection methods
- Ability to efficiently use CLI to perform Cisco IOS Software configurations
- Ability to configure and optimize dynamic routing protocols, in particular Open Shortest Path First (OSPF) Protocol, Intermediate System-to-Intermediate System (IS-IS) Protocol, Enhanced Interior Gateway Routing Protocol (EIGRP), and Border Gateway Protocol (BGP)
- Ability to configure quality-of-service (QoS) features using Modular QoS CLI (MQC) interface
- Completion of the following reading assignments:
- Configuring BGP on Cisco Routers
Próximas fechas del curso
Solicita fechas disponibles. Por favor contáctanos
Más información
Market segments
- Large enterprises and financial institutions
- Service providers
Job roles
- Network architects
- Network designers
- Tier 3 and Tier 4 support staff
- Planning and design personnel
- Implementation personnel
Identify the requirements of achieving a high-availability network Given a network design, identify areas that need to be improved to meet the requirements for high availability Measure and monitor the network to determine network availability Deploy and verify measurement tools based on Cisco IOS® Software Deploy, verify, and troubleshoot device-level redundancy Deploy, verify, and troubleshoot Cisco IOS Software features to provide network resiliency Deploy, verify, and troubleshoot Cisco IOS Software features to provide first-hop redundancy Deploy, verify, and troubleshoot Cisco IOS Software features to provide network security
- Introduction to Highly Available Networks
- Where and How to Measure and Monitor the Network for High Availability
- Deploying Network Element Redundancy
- Deploying Non-Stop Forwarding
- Deploying Network Level Resiliency
- Deploying High Availability in Enterprise Networks
- Deploying High Availability at Critical Edge Modules
- Deploying Network Level Security
Network Time Protocol and Lab Familiarization Configure SNMP Access, Syslog Server, and Embedded Syslog Manager Deploy and Verify IP Service Level Agreement (IP SLA) (formerly known as Service Assurance Agent-SAA) Deploy and Verify Component Outage On-Line (COOL) Deploy and Verify Embedded Event Manager (EEM) Deploy and Verify Route Processor Redundancy (RPR+ and SSO) Perform Fast Software Upgrade Deploy and Verify BGP Non-Stop Forwarding (NSF) Deploy and Verify IGP Non-Stop Forwarding (NSF) Configure eBGP Multi-Homing and Tune BGP Failure Detection Configure and Verify HSRP Case Study-Using Cisco IOS® High Availability Features to Provide Server Farm Resiliency Deploy and Verify Object Tracking Configure Router Security using Cisco IOS® Autosecure Feature Deploy and Verify Routing Protocol Authentication