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EDC113 CCNP4

EDC113 CCNP4. ONT Module 1 Lesson 1. http://portal.techhigh.us/Teachers/mannf/Pages/default.aspx. Class site. Four Major Sections Announcements Assignments Links Documents. Announcements. Lesson Breakdowns Class changes and other information

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EDC113 CCNP4

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  1. EDC113 CCNP4 ONT Module 1 Lesson 1

  2. http://portal.techhigh.us/Teachers/mannf/Pages/default.aspx

  3. Class site • Four Major Sections • Announcements • Assignments • Links • Documents

  4. Announcements • Lesson Breakdowns • Class changes and other information • Current tests available through cisco.netacad.net

  5. Assignments • Weekly Assignments • Module purpose and scope • Reading • Homework • E-labs

  6. Links and Docs • Links • Syllabus • Schedule • Homework • Presentation • Documents • Archive of Presentations • Student Lab Manual • Additional Readings • Old Assignments

  7. Optimizing Converged Cisco Networks (ONT) Lesson 1.1: The Evolution of Telephony in the Enterprise

  8. Objectives Describe the history of the telephone services industry and its affect on modern business practices. Identify the components of the traditional telephone system. Describe traditional POTS service. Describe ISDN & T1 services. Explain the drivers of converged networks.

  9. Basic Telephone System A telephone system has four elements: A telephone set to convert sound to electrical signals and back to sound One or more central switching facilities Connections to the central switching facilities Connections among multiple switching centers across telephone networks Subscribers connect to the telephone network using: Dedicated wire connections in overhead or underground cables Radio waves (cellular, satellite, or radiotelephone) VoIP

  10. Basic Components of a Modern Telephone System IP Fiber Long Distance and International Connections Central Office with Switches Local Loop POTS and ADSL Cellular Phone System Home Office with Corporate VPN including VoIP

  11. Traditional POTS Services PSTN or PTT (POTS) has remained practically unchanged for over 100 years offering: Bi-directional, or full duplex, voice path to carry sound both ways at once Dial tone and ringing signals Subscriber dialing Operator services, such as directory assistance, long distance, and conference calling assistance Power

  12. ISDN: A set of standards that allow data and voice to be carried on copper wire from the telephone exchange to customer premises: BRI: 2 B-channels and 1 D-channel for control PRI: 23 B-channels (30 in Europe) and 1 D-channel for control T1 Carrier System: Specification for digital transmission between telephone exchanges and sometimes directly to customer premises. T1 uses copper wire or fiber. ISDN and T1 Services

  13. Digital Telephone Services include: Voice mail Caller ID Call waiting Reminder calls (Three-way) conference calling Enhanced 911 (in North America) Centrex A number of other similar services Digital Telephone Services

  14. Centrex (a virtual PBX): Call Transfer Call Divert – on no reply and on busy calls Call Waiting Three-Party Conference Call Pick Up (Group) Ring Back Reminder or Alarm Call Last Number Redial Centrex Hotline (non-dialed connection) Centrex Warm Line (delayed Hotline) Centrex Hunt Groups, with optional bypass numbers PBX and Centrex Typical Centrex telephone. Note the Recall button and the Message Waiting lamp.

  15. Long-Distance Calling Challenges PSTN May I have a line to Chicago? Is this a business call? Yes it is. Thank you. One second please. Chicago Office PBX

  16. Long-distance trunk lines connect telephone exchanges. Long-distance services include: OUT-WATS: Flat-rate long-distance calling IN-WATS: Toll-free calling using 1-8xx numbers Long-Distance and WATS

  17. San Jose Office Separate Voice, Video, and Data Networks • London Office PBX PBX • Tokyo Office PBX

  18. Converged Voice, Video, and Data Network PSTN IP WAN

  19. Self Check What are the 2 levels of ISDN service? What is a Centrex? What is a WATS-type plan? What options are available in WATS plans?

  20. Summary Companies have used telephone services for over 100 years as a part of their business practices. Changing technology and changing enterprise needs have influenced changes in telephony services. The increasing use of IP transport for data, voice and video has lead to the need for converged networks.

  21. Resources Wikipedia Telephone Exchange article http://en.wikipedia.org/wiki/Telephone_exchange Cisco IP Telephones on Converged Network Enable Rapid Emergency Response http://newsroom.cisco.com/dlls/partners/success_stories/2001/pss_10-10.html Making the Business Case for Unified Communications http://www.cisco.com/en/US/netsol/ns340/ns394/ns165/networking_solutions_audience_business_benefit0900aecd80472efb.html

  22. Lesson 1.2: Describing Converged Network Requirements Module 1: Converged Network Connectivity Requirements

  23. Objectives Explain the Cisco conceptual network models, such as Cisco Enterprise Architecture and Cisco hierarchical network model. Describe the traffic conditions in a converged network. Describe the IIN and the SONA framework.

  24. Traditional Hierarchical Model

  25. Cisco Enterprise Architecture

  26. Campus Architecture IP Communications mobility advanced security Campus Architecture combines a core infrastructure of intelligent switching and routing including:

  27. Data Center Architecture requirements for consolidation business continuance security The Data Center is a cohesive, adaptive network architecture supporting:

  28. Branch Architecture security IP communications advanced application performance supporting thousands of remote locations/users The Branch allows enterprises to extend head-office applications and services including:

  29. Teleworker Architecture Teleworker architecture allows enterprises to securely deliver voice and data services to remote, small or home offices.

  30. WAN Architecture WAN architecture offers the convergence of voice, video and data services over a single IP communications network.

  31. Example: Enterprise Network

  32. Network Traffic Mix and Requirements Converged network traffic mix: Voice and video traffic Voice applications traffic Mission-critical applications traffic Transactional traffic Routing update traffic Network management traffic Bulk transfer (best-effort) and scavenger (less-than-best-effort) traffic Key requirements: Performance (bandwidth, delay, and jitter) Security (access and transmission)

  33. Example: Integrated Services in a Converged Network

  34. Intelligent Information Network (IIN) IIN integrates networked resources and information assets. IIN extends intelligence across multiple products and infrastructure layers. IIN actively participates in the delivery of services and applications.

  35. Phases of IIN Three phases in building an IIN are: Integrate transport Integrate services Integrate applications

  36. Cisco SONA Framework Cisco SONA is an architectural framework. Cisco SONA brings several advantages to enterprises: Outlines how enterprises can evolve toward the IIN Illustrates how to build integrated systems across a fully converged intelligent network Improves flexibility and increases efficiency Cisco provides an extensive product line, services, proven architectures, and experience to help the enterprises achieve their business goals.

  37. Cisco SONA Layers

  38. SONA—Networked Infrastructure Layer The goal is “anywhere/anytime connectivity.”

  39. SONA—Interactive Services Layer voice and collaboration services mobility services security and identity services storage services computer services application networking services network infrastructure virtualization services management adaptive management services Interactive services includes:

  40. SONA—Application Layer business applications collaboration applications Application Layer includes:

  41. Self Check What are the 3 building blocks of the hierarchical model? Describe the special needs of voice and video traffic. What types of traffic could be considered best-effort and less-than-best-effort? What is AON? What are the 3 layers of SONA?

  42. The traditional three-layer hierarchical model no longer completely meets the needs of large converged networks carrying voice, video, and data. IIN aligns IT resources with business priorities. Cisco Enterprise Architecture and SONA provide a framework for deploying converged networks. Dealing with complex traffic mixes is a key feature of Cisco Enterprise Architecture. The Service layer of SONA addresses the performance and security requirements of converged networks. IIN aligns IT resources with business priorities. Cisco SONA provides an evolutionary path to IIN. Summary

  43. Q and A

  44. Resources Business Overview of Cisco SONA http://cisco.com/en/US/netsol/ns340/ns394/ns431/networking_solutions_white_paper0900aecd803efff3.shtml What is IIN? http://cisco.com/en/US/netsol/ns650/networking_solutions_market_segment_solution.html Enterprise Architectures Poster http://cisco.com/application/pdf/en/us/guest/netsol/ns477/c643/cdccont_0900aecd802843ce.pdf

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