Chapter 4 Configuration Tables and Fields

FastPAD

Table 4-22 FastPAD Configuration

Topic

Required Settings

Comments

 

 

 

Setting Switch

Model Settings table

FastPADs will not be designed for

Software Release

Make sure that the value of Switch Software Release is set to the release that

non-voice connections under the

 

default switch software release (920).

 

is to be modeled. If that value is one that defaults to FastPAD (817 to 824, or

 

To force NMT to use FastPADs, the

 

840 to 849), NMT will design FastPADs for any non-voice feeder

 

Feeder Table must be used; see

 

connections. All other values default to MC3810 for non-voice feeder

 

Changing Default Parameters below.

 

connections.

 

 

 

 

 

Adding FastPAD

Data Traffic table

FastPAD data connections must

Data Connections

Type field: Enter the data traffic speed.

originate and terminate on a FastPAD.

 

If the switch software release supports

 

BC (Back Card) field: For each end of the connection, enter the back card of

 

the MC3810, NMT will design

 

the FTC/FTM card that links the hub IPX/IGX switch to the FastPAD (T1, E1,

 

MC3810s, not FastPADs, unless the

 

V, or X).

hub ID fields and the Feeder table are

 

 

 

Fdr BC (Feeder Back Card) field: Enter the connection interface on the line

used.

 

side of the FastPAD (S, R, V, V1, or V6).

For each feeder back card entry, the

 

 

 

 

NMT establishes a dedicated virtual

 

 

circuit that connects one data port on

 

 

one FastPAD to one data port on

 

 

another FastPAD.

 

 

 

Adding FastPAD

Voice Traffic table

FastPAD dedicated voice connections

Dedicated Voice

Type field: Enter ATC8, ATC12, ATC16, CELP8, or CELP48. The numbers

must originate and terminate on a

Connections

FastPAD.

refer to kbps.

 

 

 

BC (Back Card) field: For each end of the connection, enter the back card of

For each back card field entry, the

 

NMT establishes a dedicated virtual

 

the FTC/FTM card that links the hub IPX/IGX switch to the FastPAD (T1, E1,

 

V, or X).

circuit that connects one voice card on

 

one FastPAD to one voice card on

 

Fdr BC (Feeder Back Card) field: For each end of the connection, enter V for

 

another FastPAD.

 

the VFC-03 card.

 

 

 

 

 

Adding FastPAD

Bursty Traffic table

A FastPAD bursty data connection

Bursty Data

Type field: Enter FR.

may have one end at a FastPAD and

Connections

the other at an IPX/IGX FRP/FRM

BC (Back Card) field: If the end has a FastPAD, enter the back card of the

 

card. At least one end of the

 

FTC that links the hub IPX/IGX switch to the FastPAD (T1, E1, V, or X). If

 

connection must have an entry in the

 

the end is not a MC3810, enter the back card of the FRP/FRM at that end (also

 

Fdr BC.

 

T1, E1, V, or X).

 

 

Fdr BC (Feeder Back Card) field: If the end has a FastPAD, enter the

 

 

connection interface on the line side of the FastPAD (S, R, V, V1, or V6). If

 

 

the end does not have a FastPAD, leave this field blank.

 

 

 

 

 

 

Cisco WAN Modeling Tools Guide

 

 

 

 

 

 

OL-10426-01, Rev. A0

 

 

4-39

 

 

 

 

 

Page 84 Page 86
Page 85
Image 85
Cisco Systems OL-10426-01 manual FastPAD Configuration
Page 84 Page 86

OL-10426-01 specifications

Cisco Systems OL-10426-01, a key component in the realm of networking technology, represents a significant advancement in the field of networking and IT infrastructure. This product focuses on enhancing network performance, security, and management capabilities within organizations, making it a preferred choice for enterprises seeking to streamline their operations.

One of the main features of Cisco OL-10426-01 is its robust security framework. By incorporating advanced encryption protocols and security technologies, it ensures that data transmission across networks remains confidential and secure from potential threats. This focus on security aligns with contemporary needs, as organizations increasingly face challenges related to cybersecurity breaches.

Another critical characteristic of the OL-10426-01 is its scalability. Designed to support a range of business sizes, the technology can easily adapt to growing demands, allowing organizations to expand their network resources without significant overhauls. This scalability provides a cost-effective solution for businesses that anticipate growth and change in their networking requirements.

OL-10426-01 also boasts enhanced performance capabilities. With the implementation of advanced routing and switching technologies, it ensures that data flows efficiently within the network, minimizing latency and maximizing throughput. This is particularly beneficial for applications that require real-time data processing, such as video conferencing and cloud-based services.

In terms of management, Cisco OL-10426-01 is equipped with sophisticated tools that allow for streamlined network operations. Administrators can utilize intuitive interfaces for monitoring and managing network performance, gaining valuable insights into potential bottlenecks and areas for improvement. This ease of management reduces the burden on IT staff and enables organizations to maintain high levels of operational efficiency.

Additionally, the OL-10426-01 integrates seamlessly with existing Cisco products, ensuring compatibility and interoperability within mixed environments. This feature is vital for organizations that have invested in Cisco's extensive portfolio of networking solutions, as it facilitates a cohesive IT ecosystem.

In summary, Cisco Systems OL-10426-01 is characterized by its commitment to security, scalability, performance, and ease of management. By leveraging these features, organizations can create a robust networking environment that meets their evolving needs and supports their long-term goals in an increasingly digital landscape. With Cisco OL-10426-01, enterprises are equipped to thrive in a competitive market, backed by reliable and efficient networking solutions.
Top Page Image Contents