Cisco Systems MC-413 manual MC-417

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Configuring Support for PBX Signalling Protocols

Configuring Q.SIG PRI Signalling Support

 

Command

Purpose

Step 10

 

 

Router(config-if)#isdn network-failure-cause

(Optional) Specifies the cause code to pass to the

 

[value]

PBX when a call cannot be placed or completed

 

 

because of internal network failures. Possible values

 

 

are from 1 to 127.

 

 

All cause codes except for Normal Call Clearing (16),

 

 

User Busy (17), No User Responding (18), and No

 

 

Answer from User (19) will be changed to the

 

 

specified cause code.

Step 11

 

 

Router(config-if)#isdn bchan-number-order

(Optional) Configures the ISDN PRI interface to

 

{ascending descending}

make the outgoing call selection in ascending or

 

 

descending order.

 

 

The default is descending order, in which the first call

 

 

from the Cisco AS5300 uses channel 23 (T1) or

 

 

channel 31 (E1). The second call then uses channel 22

 

 

(T1) or channel 30 (E1), and so on in descending

 

 

order.

 

 

If you select ascending order and the PRI group starts

 

 

with 1, the first call uses channel 1, the second call

 

 

uses channel 2, and so on in ascending order. If the

 

 

PRI group starts with a different time slot, the

 

 

ascending order starts with the lowest time slot.

Step 12

 

 

Router(config-if)# exit

Exits interface configuration mode.

 

 

 

As shown in the preceding section, you have a choice of configuring the isdn-switch-typecommand to support Q.SIG at either the global configuration level or the interface configuration level. For example, if you have a Q.SIG connection on one line and on the PRI port, you can configure the ISDN switch type in one of the following combinations:

Set the global isdn-switch-typecommand to support Q.SIG and set the interface isdn-switch-typecommand for interface serial 0:23 to a PRI setting such as 5ess.

Set the global isdn-switch-typecommand to support PRI 5ess and set the interface isdn-switch-typecommand for interface serial 1:23 to support Q.SIG.

Configure the global isdn-switch-typecommand to another setting (such as switch type VN3), set the interface isdn-switch-typecommand for interface serial 0:23 to a PRI setting, and set the interface isdn-switch-typecommand for interface serial 1:23 to support Q.SIG.

Configuring Fusion Call Control Signalling (NEC Fusion) on the Cisco AS5300

If you have an NEC PBX in your network and you are running FCCS, you will need to configure this device appropriately. FCCS, also known as NEC Fusion, allows individual nodes anywhere within a network to operate as if they were part of a single integrated PBX system. The database storage, share, and access routine of NEC Fusion allow real-time access from any node to any other, allowing individual nodes to “learn” about the entire network configuration. This capability allows network-wide feature, functional, operational, and administration transparency.

Figure 97 shows an example of an AS5300 Q.SIG signalling configuration using an NEC PBX.

Cisco IOS Multiservice Applications Configuration Guide

MC-417

Image 5
Contents MC-413 Benefits of Q.SIGMC-414 Cisco AS5300 Q.SIG Signalling ConfigurationConfiguring VoIP Q.SIG SIG Configuration Task ListIsdn-switch-type command for Q.SIG SIG Prerequisite TasksMC-416 SerialMC-417 MC-418 Verifying VoIP Q.SIG Software on the Cisco AS5300MC-419 SIG for VoIP Configuration ExampleMC-420 MC-421 Configuring Q.SIG PRI Signalling Support on the Cisco MC3810MC-422 SIGMC-423 MC-424 Pri-group timeslot 1-31 commandMC-425 SIG PRI Signalling on the Cisco MC3810 Configuration ExampleNo logging event link-status MC-426MC-427 Configuring CCS Cross-ConnectMC-428 Configuring CCS Cross-Connect for T1Configuring CCS Cross-Connect for E1 MC-429 Configuring T1/E1 Trunk Bearer ChannelsMC-430 Configuring CCS Frame-ForwardingExt-sig-slave for the voice-group command CCS Frame-Forwarding MC-431MC-432 MC-433 CCS Frame-Forwarding Configuration ExampleMC-434

MC-413 specifications

Cisco Systems MC-413 is a powerful solution developed for network communication and data management, particularly within enterprise environments. This versatile hardware device is specifically designed to enhance network functions, data throughput, and operational efficiency. The MC-413 is distinguished by its impressive feature set, which makes it an invaluable asset for organizations looking to optimize their digital infrastructure.

One of the key characteristics of the MC-413 is its scalability. Designed to support both small to medium-sized businesses and large enterprises, it offers modular capabilities that allow users to customize resources according to their specific needs. This flexibility is crucial for organizations that experience fluctuating workloads or aim to future-proof their network investments.

The MC-413 is equipped with Cisco's cutting-edge security features, ensuring that sensitive data is protected from potential threats. It incorporates advanced encryption protocols and access controls to safeguard against unauthorized access and cyberattacks. This emphasis on security is vital for businesses operating in today's digital landscape, where data breaches pose significant risks.

Performance-wise, the MC-413 offers exceptional speed and reliability. It employs advanced routing and switching technologies that ensure seamless data transmissions across networks. With low latency and a high throughput rate, organizations can rely on the MC-413 to support data-heavy applications and multimedia content without experiencing disruptions.

Cisco's integrated management tools are another highlight of the MC-413. These tools facilitate easy configuration, monitoring, and troubleshooting. Network administrators can gain insight into performance metrics and quickly identify potential issues before they escalate. This proactive approach to network management enhances operational efficiency and minimizes downtime, which is crucial for maintaining business continuity.

Additionally, the MC-413 supports various technologies, including voice and video communication. It is optimized for Unified Communications, enabling organizations to streamline their communication processes and enhance collaboration among teams. By integrating these capabilities into their networks, businesses can improve productivity and foster better decision-making.

In summary, Cisco Systems MC-413 stands out as a robust solution designed to meet the demands of modern enterprises. With its scalability, advanced security features, high performance, and integrated management tools, it equips organizations with the necessary resources to thrive in a competitive digital landscape. As businesses continue to evolve, the MC-413 remains a versatile and dependable choice for network infrastructure enhancement.