Designing Cisco Network Service Architectures (ARCH) 2.0 Expert
Encore
Overview/Description
With the introduction of voice, video, and mission critical data
into the enterprise network, Cisco networking has become more
complex today than ever before. To respond to this challenge,
network designers must constantly update their skills and awareness
of new and emerging Cisco technologies. This course in Cisco
network design teaches students to perform the design of a network
infrastructure given enterprise business and technical requirements
and constraints. The students infrastructure design should support
the desired network solutions over intelligent network services and
should achieve effective performance, scalability, and
availability. The student will learn the fundamental aspects of
network design addressing, security, network management,
fine-tuning routing protocols, switching structures, and IP
multicast. In addition, this course provides solution models for
aspects of the network that are strategic to today's customers,
including IP telephony, storage networking, and wireless
networking.
Target Audience
This course is applicable to any Cisco System Engineers or users
of Cisco equipment responsible for designing network solutions. It
is also critical to any individual interested in Cisco Career
Certifications - especially those interested in the Cisco Certified
Design Professional (CCDP) certification.
Prerequisites
Because this class is extremely advanced, only those who meet
stringent prerequisites are well suited for entry into the ARCH
curriculum. Students should first attend the courses, or have
equivalent knowledge and experience, included in the Design
Associate, Network Associate, and Network Professional programs.
Other recommended prerequisite courses and/or knowledge include
Voice over IP and Border Gateway Protocol.
Certification
CCDP
Exams
642-873 ARCH
Outline
Module 1 - Cisco SONA and the Cisco Enterprise
Architecture
- Reviewing Cisco SONA and the Cisco Enterprise Architecture
- Reviewing the Cisco PPDIOO Approach
Module 2 - Enterprise Campus Network Design
- Designing High Availability in the Enterprise Campus
- Developing an Optimum Design for Layer 2
- Developing an Optimum Design for Layer 3
- Supporting a Layer 2-to-Layer 3 Boundary Design
- Supporting Infrastructure Services
Module 3 - Advanced Addressing and Routing
Design
- Designing Advanced IP Addressing
- Designing Advanced Routing
- Designing Scalable EIGRP Designs
- Designing Scalable OSPF Designs
- Designing Scalable BGP Designs
Module 4 - Advanced WAN Services Design
Considerations
- Identifying Optical Technologies for WANs
- Using Metro Ethernet, VPLS, and MPLS VPN Technologies
- Implementing Advanced WAN Services
Module 5 - Enterprise Data Center Design
- Core and Aggregation Layer Design
- Designing the Access Layer
- Scaling the Data Center Architecture
- Scaling Spanning Tree and High Availability
Module 6 - SAN Design Considerations
- Identifying SAN Components and Technologies
- Designing SAN and SAN Extension
Module 7 - E-Commerce Module Design
- Designing High Availability for E-Commerce
- Identifying Common Component Designs for the E-Commerce
Module
- Designing Integrated E-Commerce Designs
- Tuning for E-Commerce
Module 8 - Security Services Design
- Designing Firewall Services
- Designing NAC Services
- Designing Intrusion Detection and Prevention Services
Module 9 - IPsec and SSL VPN Design
- Designing Remote-Access VPNs
- Designing Site-to-Site VPNs
- Using IPsec VPN Technologies
- Managing and Scaling VPNs
Module 10 - IP Multicast Design
- Reviewing IP Multicast Options
- Deploying PIM and RPs
- Securing IP Multicast
Module 11 - VoWLAN Design
- Using VoWLAN in the Enterprise Network
- Supporting VoWLAN Coverage and RF Surveys
- Designing the VoWLAN Infrastructure
Module 12 - Network Management Capabilities with Cisco
IOS Software
- Using Embedded Management Tools]
- Using NetFlow
- Using NBAR
- Using IP SLA Measurements
Objectives
- Create conceptual, intermediate, and detailed Voice over WLAN
designs
- Create conceptual, intermediate, and detailed virtual private
network designs
- Provide intelligent network service designs for security, VPN,
and IP multicast
- Provide detailed enterprise campus, WAN, data center, and
E-commerce designs that offer effective functionality, performance,
scalability, and availability
- Present the Cisco Service Orient Network Architecture and Cisco
Enterprise Architecture framework