Lucent Technologies CIB 3020 manual CIB Basic Telephone Module

Page 3

CIB 3020

10-Basic Telephone Module

The 10-Basic Telephone Module (Figure 1) allows you to connect up to ten basic touch-tone or rotary telephones to your Model 1030 or 3070 communica- tions system. Up to six 10-Basic Telephone Modules can be installed in both your control unit and expansion unit, allowing a total of 60 basic telephones to be connected to your communications system. To use this module, one Ring Generator Unit must be connected to your communications system to provide current to the telephone ringers. If you have the maximum number

(60)of basic telephones connected, you will also need a Power Module for Model 3070 which supplies power for the last 10 telephones connected to the system.

By using dial codes with your basic touch-tone or rotary telephones, you have access to the advanced features of your communications system. (See the User’s Guide for Basic Touch-Tone or Rotary Telephones for further informa- tion.) To assign lines to your basic telephones, refer to the section titled “Ad- ministering the Basic Telephones Connected to Your 10-Basic Telephone Module” at the end of this document.

Figure 1

10-Basic Telephone Module

1

Image 3
Contents CIB Lucent TechnologiesAddendum CIB Station Module CIB Basic Telephone Module Installing the 10-Basic Telephone Module Installing the Module Typical Removing the 10-Basic Telephone Module Feature ModuleFeature Modules 4 Lucent Technologies

CIB 3020 specifications

Lucent Technologies CIB 3020 is an advanced platform designed to facilitate telecommunications and networking solutions, catering primarily to service providers, enterprises, and integrators. This integrated circuit board plays a crucial role in the performance and efficiency of communication systems, enabling high-speed data transfer and supporting a variety of applications.

One of the main features of the CIB 3020 is its versatility in multimedia and voice-over-IP (VoIP) applications. With the increasing demand for reliable and high-quality voice communications over the internet, the CIB 3020 incorporates advanced digital signal processing capabilities. This allows it to handle voice traffic efficiently, ensuring that calls maintain clarity and reliability even under high load conditions.

Another significant aspect of the CIB 3020 is its support for a range of connectivity options. The board comes equipped with multiple interfaces, including Ethernet and TDM (Time Division Multiplexing), enabling seamless integration with existing infrastructure and facilitating smooth transitions to newer technologies. This adaptability ensures that service providers can offer a wide variety of services without facing significant operational disruptions.

The architecture of the CIB 3020 is also noteworthy. It is designed with redundancy features that enhance its reliability and uptime. By utilizing failover mechanisms, the board ensures that services continue uninterrupted even in the case of hardware failures, making it a dependable choice for critical communication tasks.

In terms of performance, the CIB 3020 boasts high processing power and low latency, which are essential for real-time applications such as video conferencing and live streaming. Its ability to handle large volumes of data traffic without degradation in service quality makes it particularly valuable in modern networking environments, where speed and efficiency are paramount.

Furthermore, the CIB 3020 is engineered with scalability in mind. As businesses grow and their communication needs evolve, the board can be easily upgraded or expanded to accommodate increased traffic and additional services. This feature not only protects the initial investment but also supports long-term growth strategies for service providers.

Overall, Lucent Technologies CIB 3020 stands out as a robust solution for telecommunications and networking, offering advanced features, versatility, and reliability. Its ability to support new technologies while maintaining a high-quality service makes it an integral part of modern communication infrastructure.