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| Frame
Relay
Duration: 2 hours
THE MARKET
- Overview of fast
packet technologies
- Frame relay as a
replacement for private lines and as an alternative
network for voice and video traffic
- Explosive growth in
the demand for frame relay services
TECHNOLOGY OVERVIEW
- Characteristics of
frame relay service, including the role of virtual
circuits (PVCs and SVCs), the net-work
- interfaces (UNI and
NNI), network components, and access devices (FRADs)
- Frame relay QoS
including the elements of the committed information
rate (CIR) parameter
- Frame relay
congestion control via FECN, BECN, and frame discard
ENGINEERING ISSUES
- Frame relay access
options including T-1, fractional T-1, T-3, ISDN and
DDS
- Voice over frame
relay applications including the role of a UFRAD,
buffering, and a reference model
- for deploying a low
cost voice network
- Link management at
the UNI and NNI in a frame relay network
- Roles of RFC 1490,
Frame Relay Network Interworking, and Frame Relay
Service Interworking in
- providing
multiprotocol support across frame relay networks
PLAYERS
- Standards bodies,
equipment vendors, and service providers dominating
the frame relay marketplace
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