Switch Administration

Table 2-1. Radio Controller Circuit Pack Form Fields

Field Name

Explanation

 

 

RC Location

This field displays the cabinet, carrier, and slot of the TN789 circuit

 

pack. No input is required.

 

 

WFB A Parameters

 

 

 

Location

Enter the code for WFB A followed by a description of its physical

 

location (for example, “3A-1st floor aisle”). The code for WFB A is

 

provided on the floor plan.

 

This field must be administered if the internal antenna or at least

 

one CAU on the WFB is administered as y.

 

 

Internal Antenna

Enter n, unless you have an internal antenna via a special order

 

from Lucent Technologies.

 

 

CAU Conn

Enter y to designate that a particular CAU is connected to the

 

WFB. The default is n.

 

NOTE: Once the CAU is administered and attached, be sure to

 

busy out and release the WFB.

 

 

Location

Enter a description of the physical location of the connected CAU

 

(for example, “front aisle/hardware”).

 

This field must be administered if the associated CAU Conn field is

 

set to y.

 

 

WFB B Parameters

NOTE: Repeat the previous process for WFB B, if applicable.

 

 

 

 

22.If the DWBS has 9630 Series WTs, administer them.

Native support is not provided for the 9630 Series WT. Except for the physical handset, the 9630 Series WT is identical to the 9601 and 9601+ WTs. The 9630 Series WT is administered as an alias of either the 9601 WT or 9601+ WT via the Alias Station form.

Whenever you want two call appearances, you should administer the 9630 Series WT to a 9601 WT. Whenever you want three call appearances, you should administer the 9630 Series WT to a 9601+ WT.

To access the Alias Station form, enter the change alias station command. An example of the form appears as follows.

2-12Issue 5 June 1999

Page 30
Image 30
Lucent Technologies 555-232-102 manual Field Name Explanation

555-232-102 specifications

Lucent Technologies, a key player in the telecommunications industry during the late 20th century, played a significant role in advancing the technology that shaped modern communication systems. Among its diverse product offerings, the 555-232-102 model stands out as an exemplary piece of equipment, notable for its robustness and versatility.

The 555-232-102 is primarily a telecommunications switch designed for both small and large-scale networks, making it suitable for a variety of applications. Its main features include a highly reliable architecture that supports both voice and data transmission seamlessly. This model incorporates advanced signaling technologies, which enable it to handle multiple connections simultaneously, enhancing its efficiency in busy environments.

One of the defining characteristics of the 555-232-102 is its modular design. This allows for easy upgrades and customization depending on the user’s specific needs. With various interfaces available, including analog and digital connections, the device caters to a wide range of telecommunications technologies, from traditional landline systems to modern VoIP setups.

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Energy efficiency is another characteristic of the 555-232-102 that aligns with modern standards of sustainability. By optimizing power consumption without compromising performance, Lucent Technologies demonstrates a commitment to eco-friendly practices.

In conclusion, the Lucent Technologies 555-232-102 embodies the intersection of reliability, versatility, and advanced telecommunications technology. Its modular design, support for multiple protocols, robust security features, and user-friendly management tools make it a significant asset for any organization looking to enhance its communication infrastructure. As modern telecommunications continue to evolve, the legacy of the 555-232-102 serves as a benchmark for future innovations.