Cisco ARCH Training Class CCDP
Designing Cisco Network Service Architectures
 Training Class Description
ARCH focuses on the skills necessary to apply Cisco Network Solution Models and best practices to design stable, scalable, and optimal IP network solutions. Cisco
AVVID network design principles are emphasized throughout this course.
Designing Cisco Network Service Architectures (ARCH) is the basis for the Cisco Certified Design Professional (CCDP) certification.
Audience
Network Professionals responsible for enterprise network design and those preparing for the CCDP certification. Including:
- Cisco, Channel Partner, and Customer System Engineers (SEs)
- Network Design Consultants/Analysts
- Network Design Professionals
Upon Completion of this course you will learn
- How to apply design solutions to an enterprise network
- To present scalable, stable and optimal enterprise network solutions geared to the customers' requirements
- To design for large-scale IP networks and complex Campus networks for the enterprises
- The fundamental aspects of the network solutions addressing QoS, Security, Network Management, fine-tuning Routing Protocols, Switching Structures and IP Multicast.
- How to incorporate into your network strategic technologies including
- Voice over IP and IP Telephony
- Content and Storage Networking
- Wireless Networking
- Broadband Access
Training Content
- Title 1: Cisco Network Service Architectures (283111)
Learn why companies are seeking to implement enterprise-wide infrastructures to serve as a viable foundation to
support emerging new technologies such as IP telephony, content networking, and storage networking. Understand why enterprises commonly use WANs, on-demand connections, and the Internet to build an
intranet. Explore how to use the Cisco AVVID framework to support the operation of concurrent solutions. Understand the Enterprise Composite Network Model and how it is used in the design process.
- Title 2: Designing Network Services (283112)
Explore the implementation of the FCAPS network management process and the significant differences between
reactive and proactive network management methods. Learn how to design Cisco network management solutions for small, medium, and large enterprise networks, given specific network management requirements.
Identify the necessary components of a high availability solution for the Enterprise Campus and the Enterprise
Edge functional areas. Learn the appropriate actions that can be taken to prevent or mitigate the consequences of a network attack.
- Title 3: Designing for Bandwidth and Delay Sensitive Traffic (283113)
Learn how bandwidth-intensive applications may stretch network capabilities and resources and how to achieve
the required QoS by managing delay, delay variation (jitter), bandwidth, and packet loss. Understand how
multicasting provides bandwidth conservation to reduce traffic load by simultaneously delivering a single stream
of information to multiple recipients and enabling multiple services. Explore NAT and IPSec issues associated with a remote-access VPN topology.
- Title 4: Designing for Wireless and IP Telephony Networks (283114)
Learn the benefits of wireless networks including high-speed data rates and the freedom of mobility by being able
to access broadband data anywhere within the LAN. Compare the three different IEEE 802.11 standards that make up the group of protocol specifications for WLANs. Become familiar with the components of a Cisco
wireless solution. Understand how to design a physical and logical IP telephony network, network features, and
intelligent network services to support IP telephony, including Cisco CallManager clusters and CAC functionality.
- Title 5: Designing for Content and Storage Networking Solutions (283115)
Learn the different components of Cisco's content networking solutions including content edge delivery (caching),
content switching, content routing, and content delivery and management. Learn how caching is used to dramatically improve end user response times in a content network. Explore how to design for content
networking to minimize the impact to an existing network and to scale to meet the end user's needs. Explore
how to design for IP-based storage networking in a Cisco environment. Understand the differences between NAS and SANs network storage models. Learn the importance of Intelligent Network Services and their use in
supporting storage networking.
Dates and Locations
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