Training Course Outline
Course Duration:
2 days
Training Course Description:
This course will provide engineers, sales and product management staff
with an introduction to this new technology, how it has evolved and
how it can be used. It will give an understanding of the protocols
used as well as providing examples of the business potential for such
new infrastructures.
The next generation of telecommunications networks will deliver
broadband data and multimedia services to users over a common
Multi-Service Infrastructure. Circuit switched voice services will
replaced with IP packet switched infrastructures that will carry TV,
video multi-media and Voice over IP. Streams of real time media will
be switched between gateways under the control of call servers and
media gateway controllers. The key to this new “soft-switch”
technology will be the protocols that run between the Media Gateway
Controllers and the switched core. The heart of the service will be IP
running over MPLS and Gigabit Ethernet or SDH.
The objectives of the course are to:
- Consider the business potential
for current and future services
- Summarize architecture and
technology options for Multi-Service Networks
- Identify the key technologies for
core, access and infrastructure
- Examine benefits and limitations
of SDH, ATM, IP, VoIP and Media Distribution
- Provide an understanding of likely
future service demands
Prerequisites:
Delegates should have some exposure to data and
telecommunications principles. Delegates can gain these skills by
attending: Telecommunications Overview
Follow up
courses:
Multiservice Access and H.248
MPLS in 21st Century Networks
Gigabit Ethernet in Telecoms Service Networks
IP Multicasting for Multimedia Distribution Networks
SS7 over IP
H.248 Megaco for Developers and Implementers
Understanding DOCSIS (Data Over Cable Service Interface
Specifications)
Understanding Packet Lawful Intercept
Understanding Next Generation
Architectures includes the following modules:
Overview of Next Generation Objectives
- Where is the Market?
- Application and Service Driven
Demand
- Projecting the need
- Delivering the services
- Architecture Considerations
- Predicting Next Generation
Customer Demands
Multi-Service Delivery
- Next Generation Services
- Potential Access demanded by
Triple-Play Services
- Quality of Service needs
- Carrying services over common
Infrastructures
- Internet Access Services
- Call Servers and Gateways
- Video on Demand
- Conditional Access
Delivering Multimedia over Packet
Networks
- What is multimedia
- Encoding voice and video
- Delivering Real Time Services over
datagram networks with RTP
- Identifying service channels with
UDP
- Delivering voice over IP
- Delivering video over IP
- Connecting calls H.323, SIP and
H.248
Demonstration of TV, Voice and
Data over single network interface
- In this demonstration we will run
TV, Voice and Internet Web access through the same Interface
Packet-oriented Services
- Packet protocols
- Dominance of IP
- Internet Infrastructure
- How will Internet Use Evolve?
- What Access will I need for
Triple-Play Services
- Speed, reliability and QoS
IP Infrastructure
- IP Addressing
- Uni-casting and Multicasting
- Routing between Addresses
- Building a Multicast TV Service
- Delivering Internet Television
- Delivering VoIP
Below IP: Gigabit Ethernet and SDH
- Demands from the Access
- Framing and Packets
- IEEE 802 Standardization
- Aggregation and Bridging
- 10, 100 and 1000 bit/s interfaces
- Ethernet as a Loop Interface and
the Service Interface
- Future Gigabit Services
Multi-Protocol Label Switching
- How MPLS works
- What can MPLS deliver?
- What exactly is a label?
- Label Distribution Mechanisms
- Recovery from failure
- Delivering Quality of Service
Full Service Multi-Service Network
Architecture
- Multi-Service Access Nodes
- Backhaul to Metro Nodes
- Intelligent Network Services
- Call Servers and soft switches
Course Review and Evaluation
View Course Schedule |
