Installing the Flexible Antenna

The handset comes with a rigid telescoping antenna installed. Normal operation of the cordless phone requires you to manually extend this antenna when making a call. If you prefer, you can use the flexible antenna, which does not need to be extended or retracted.

To install the flexible antenna:

1.Remove the telescoping antenna from the handset by unscrewing it counterclockwise.

2.Insert the end of the flexible antenna into the handset and screw it in clockwise until it is firmly seated.

Testing the Installation

NOTE:

Before testing the installation, be sure that the phone cord on the base is plugged into the modular wall jack and the power cord is plugged into a wall outlet. Also, verify that you have charged the battery (see “Charging the Batteries”) and that the antennas on the base and the handset are fully extended.

1.After charging the battery, remove the handset from the base.

2.Turn the handset on by pressing [ On/Off ]. ON will appear in the handset display.

3.On the base, hold down both Ringer Volume controls

([ ] and [ ]) simultaneously for at least three seconds.

The handset will beep twice and status indicators will appear on the display.

4.Release the Ringer Volume buttons.

The handset and base ringers will sound, and the handset will return to the “On" state.

5.Press [ Status ] to test the channel indicator.

The CH # indicator will appear on the display.

If the ringers do not sound or the indicators do not appear, call the AT&T Helpline at 1 800 628-2888.

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AT&T MLC-6 manual Installing the Flexible Antenna, Testing the Installation

MLC-6 specifications

The AT&T MLC-6, or Multi-Service Local Controller-6, represents a significant advancement in telecommunications infrastructure, particularly in the realm of managing and delivering a variety of services over multiple platforms. Developed by AT&T, this system is designed to enhance service delivery and operational efficiency in telecommunications networks.

One of the primary features of the MLC-6 is its ability to support a diverse range of communication technologies. It accommodates traditional voice services alongside emerging data and multimedia applications. This versatility enables service providers to offer a comprehensive suite of solutions to end-users, enhancing customer experience and satisfaction. The integration of different technologies within the MLC-6 allows for seamless communication across platforms, which is crucial in today's multifaceted digital environment.

In terms of architecture, the MLC-6 is built with a robust, modular design that allows for scalability and flexibility. This characteristic enables operators to gradually enhance their network capacities and capabilities in response to growing demand, without needing to overhaul existing infrastructure. The modularity of the MLC-6 means that new technologies can be added as they emerge, ensuring that the system remains current and effective against evolving industry standards.

The MLC-6 leverages advanced signaling protocols and network management tools that facilitate real-time monitoring and control. This capability is essential for effective resource allocation and service optimization, all while maintaining high levels of network reliability and performance. Additionally, the system supports both legacy and next-generation protocols, which allows operators to manage diverse subscriber bases without disrupting existing services.

Another notable characteristic of the AT&T MLC-6 is its emphasis on interoperability. By supporting a variety of interfaces and standards, it allows for smoother integration with existing network elements and third-party services. This compatibility is pivotal for service providers who seek to future-proof their infrastructure while minimizing the risks associated with technology transitions.

In conclusion, the AT&T MLC-6 serves as a cornerstone of modern telecommunications networks, enabling service providers to efficiently manage and deliver a wide array of services. Its multifaceted capabilities, coupled with a flexible architecture and strong emphasis on interoperability, position the MLC-6 as an invaluable asset in enhancing communication networks for the future.