Course outline

Cisco Unity Design & Networking

Categories: Cisco, Guaranteed To Run™

Duration: 4 Days

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

Cisco Unity Design and Networking (CUDN) is an advanced course for engineers responsible for the design of sustainable complex Unity solutions based upon customer requirements. Upon completion of this course, you should have a higher degree of confidence that the designs you provide for your customers meet the criteria of being sustainable and reducing post-deployment support requirements.

Design a Unity Solution

  • Determine Presales Requirements
  • Preliminary Design and Budget
  • Plan
  • Final Design Phase

Infrastructure Components Affecting Unity Design

  • Database and Directory Components
  • Directory with Exchange 5.5
  • Directory with Windows 2000
  • Directory with Lotus Domino
  • How Unity Interacts With Directories
  • The Mailstore with Exchange 5.5
  • The Mailstore with Exchange 2000
  • Coexistence of Exchange 5.5 and Exchange 2000
  • The Mailstore with Domino
  • Auxiliary Components

Large-Scale, Voicemail-Only Systems

  • Infrastructure Considerations
  • Capacity Planning Considerations
  • Deployment Considerations

Cisco Unity Deployment Models

  • Deployment Models
  • Common Dial Plan Issues
  • Common Bandwidth Provisioning Issues
  • Common Branch Offices Voice Mail Issues
  • Centralised Messaging Design Rules
  • Distributed Messaging Design Rules

Voicemail Interoperability

  • Unity Bridge and Avaya Interoperability
  • Unity Bridge and Avaya Design Guidelines
  • Implementing Unity Bridge
  • Nortel Products and VPIM v2
  • Designing VPIM Solutions
  • Implementing VPIM

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

Cisco Unity Design and Networking (CUDN) is an advanced course for engineers responsible for the design of sustainable complex Unity solutions based upon customer requirements. Upon completion of this course, you should have a higher degree of confidence that the designs you provide for your customers meet the criteria of being sustainable and reducing post-deployment support requirements.

Design a Unity Solution

  • Determine Presales Requirements
  • Preliminary Design and Budget
  • Plan
  • Final Design Phase

Infrastructure Components Affecting Unity Design

  • Database and Directory Components
  • Directory with Exchange 5.5
  • Directory with Windows 2000
  • Directory with Lotus Domino
  • How Unity Interacts With Directories
  • The Mailstore with Exchange 5.5
  • The Mailstore with Exchange 2000
  • Coexistence of Exchange 5.5 and Exchange 2000
  • The Mailstore with Domino
  • Auxiliary Components

Large-Scale, Voicemail-Only Systems

  • Infrastructure Considerations
  • Capacity Planning Considerations
  • Deployment Considerations

Cisco Unity Deployment Models

  • Deployment Models
  • Common Dial Plan Issues
  • Common Bandwidth Provisioning Issues
  • Common Branch Offices Voice Mail Issues
  • Centralised Messaging Design Rules
  • Distributed Messaging Design Rules

Voicemail Interoperability

  • Unity Bridge and Avaya Interoperability
  • Unity Bridge and Avaya Design Guidelines
  • Implementing Unity Bridge
  • Nortel Products and VPIM v2
  • Designing VPIM Solutions
  • Implementing VPIM

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

Cisco Unity Design and Networking (CUDN) is an advanced course for engineers responsible for the design of sustainable complex Unity solutions based upon customer requirements. Upon completion of this course, you should have a higher degree of confidence that the designs you provide for your customers meet the criteria of being sustainable and reducing post-deployment support requirements.

Design a Unity Solution

  • Determine Presales Requirements
  • Preliminary Design and Budget
  • Plan
  • Final Design Phase

Infrastructure Components Affecting Unity Design

  • Database and Directory Components
  • Directory with Exchange 5.5
  • Directory with Windows 2000
  • Directory with Lotus Domino
  • How Unity Interacts With Directories
  • The Mailstore with Exchange 5.5
  • The Mailstore with Exchange 2000
  • Coexistence of Exchange 5.5 and Exchange 2000
  • The Mailstore with Domino
  • Auxiliary Components

Large-Scale, Voicemail-Only Systems

  • Infrastructure Considerations
  • Capacity Planning Considerations
  • Deployment Considerations

Cisco Unity Deployment Models

  • Deployment Models
  • Common Dial Plan Issues
  • Common Bandwidth Provisioning Issues
  • Common Branch Offices Voice Mail Issues
  • Centralised Messaging Design Rules
  • Distributed Messaging Design Rules

Voicemail Interoperability

  • Unity Bridge and Avaya Interoperability
  • Unity Bridge and Avaya Design Guidelines
  • Implementing Unity Bridge
  • Nortel Products and VPIM v2
  • Designing VPIM Solutions
  • Implementing VPIM

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

Cisco Unity Design and Networking (CUDN) is an advanced course for engineers responsible for the design of sustainable complex Unity solutions based upon customer requirements. Upon completion of this course, you should have a higher degree of confidence that the designs you provide for your customers meet the criteria of being sustainable and reducing post-deployment support requirements.

Design a Unity Solution

  • Determine Presales Requirements
  • Preliminary Design and Budget
  • Plan
  • Final Design Phase

Infrastructure Components Affecting Unity Design

  • Database and Directory Components
  • Directory with Exchange 5.5
  • Directory with Windows 2000
  • Directory with Lotus Domino
  • How Unity Interacts With Directories
  • The Mailstore with Exchange 5.5
  • The Mailstore with Exchange 2000
  • Coexistence of Exchange 5.5 and Exchange 2000
  • The Mailstore with Domino
  • Auxiliary Components

Large-Scale, Voicemail-Only Systems

  • Infrastructure Considerations
  • Capacity Planning Considerations
  • Deployment Considerations

Cisco Unity Deployment Models

  • Deployment Models
  • Common Dial Plan Issues
  • Common Bandwidth Provisioning Issues
  • Common Branch Offices Voice Mail Issues
  • Centralised Messaging Design Rules
  • Distributed Messaging Design Rules

Voicemail Interoperability

  • Unity Bridge and Avaya Interoperability
  • Unity Bridge and Avaya Design Guidelines
  • Implementing Unity Bridge
  • Nortel Products and VPIM v2
  • Designing VPIM Solutions
  • Implementing VPIM

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

After completing this course, delegates will be able to:

  • Explain the impact of different messaging environments (Domino/MS)upon a Unity design.
  • Design a large voicemail solution.
  • Network Unity with legacy voicemail systems.
  • Explain approved Cisco Unity deployment models.
  • Apply a repeatable design methodology.
  • Design solutions that meet specific customer needs.
  • Design solutions that interoperate with legacy voicemail systems

Delegates should have completed the Cisco Unity System Engineer (UCSE) and Cisco IP Telephony (CallManager) courses and understand the product installation and configuration procedures for deploying those solutions. Microsoft skills in Active Directory, SQL, Exchange and Windows 2000 and Windows 2003 are also recommended.

Implementing Cisco Unified Messaging (IUM 8)
!CI-CIPT1 8
!CI-CIPT2 8

Delegates should have completed the Cisco Unity System Engineer (UCSE) and Cisco IP Telephony (CallManager) courses and understand the product installation and configuration procedures for deploying those solutions. Microsoft skills in Active Directory, SQL, Exchange and Windows 2000 and Windows 2003 are also recommended.

Implementing Cisco Unified Messaging (IUM 8)
!CI-CIPT1 8
!CI-CIPT2 8

Delegates should have completed the Cisco Unity System Engineer (UCSE) and Cisco IP Telephony (CallManager) courses and understand the product installation and configuration procedures for deploying those solutions. Microsoft skills in Active Directory, SQL, Exchange and Windows 2000 and Windows 2003 are also recommended.

Implementing Cisco Unified Messaging (IUM 8)
!CI-CIPT1 8
!CI-CIPT2 8

Delegates should have completed the Cisco Unity System Engineer (UCSE) and Cisco IP Telephony (CallManager) courses and understand the product installation and configuration procedures for deploying those solutions. Microsoft skills in Active Directory, SQL, Exchange and Windows 2000 and Windows 2003 are also recommended.

Implementing Cisco Unified Messaging (IUM 8)
!CI-CIPT1 8
!CI-CIPT2 8

  • Channel Partners/Resellers
  • Customers
  • Channel Partners/Resellers
  • Customers
  • Channel Partners/Resellers
  • Customers
  • Channel Partners/Resellers
  • Customers

Feel free to contact us, if you want to know the price and location of this course. A Digital Revolver representative will contact you shortly to help you with your inquiry.
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  • Guaranteed to Run™. This ensures you will attend the instructor led class or live online class you want as scheduled without any disruptive cancellations*. You book the training you need, get back to focusing on your job and are sure your training requirements will be met saving time, money and ensuring peace of mind.
  • This schedule icon the schedule indicates that this date/time will be conducted as Instructor Led Training (ILT) or a Virtual Instructor Led Training (VILT) depending on the indicated class availablity.
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