5.Press the STO key (shifted *) to complete the storage procedure.

6.Double click the SHIFT/CLR button to exit the Special Call mode and return to the normal System/Group display.

Recalling Manually Stored Individual And Interconnect Numbers

1.Press the # key to recall the individual call list or the * key to specify the interconnect call list. The screen will blank and a tone will sound.

2.Enter the desired storage location number (0-9).

3.Press the RCL (shifted #) key and the radio will switch to the Special Call mode. If the number is from the individual call list the ID number will be displayed. If the number is from the interconnect call list, the last four digits of the telephone number will be displayed.

If the memory location is blank the radio will sound a low pitch tone after the RCL is pressed.

4.Individual - Once the desired individual call number is displayed in the GRP (Group) field, press and hold the PTT to initiate the call. The radio performs the necessary signalling required to obtain a working chan- nel.

Interconnect - Once the desired interconnect special call number is displayed in the GRP (Group) field, press and release thePTT to initiate the call. The radio performs the necessary signalling required to obtain a working channel.

5.Individual - When the signalling is successfully completed the "TX" and "BSY" flags turn on and the Call Originate tone sounds. Speak directly into the microphone. Release the PTT bar as soon as you stop talking and wait for a reply.

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Ericsson LBI-38823D manual Enter the desired storage location number

LBI-38823D specifications

The Ericsson LBI-38823D is a significant component in the realm of telecommunications technology, reflecting the advancement in infrastructure aimed at enhancing mobile network performance. As part of Ericsson's extensive portfolio, this product is designed to support various network requirements and enable operators to optimize their services effectively.

One of the primary features of the LBI-38823D is its compatibility with LTE networks, providing seamless integration for operators looking to enhance their existing infrastructures. The unit is engineered to facilitate high-speed data transmission while ensuring low latency, which is crucial for applications requiring real-time performance such as video streaming and online gaming.

In terms of technology, the LBI-38823D supports advanced functionalities like MIMO (Multiple Input Multiple Output), which significantly boosts data throughput and signal quality. MIMO technology utilizes multiple antennas at the transmitter and receiver ends, enabling the simultaneous transmission of multiple data streams. This results in an increase in capacity and reliability, which are essential for meeting the demands of a growing user base and the rising expectations for mobile services.

Another noteworthy characteristic is its support for Carrier Aggregation, a technique that combines different frequency bands to enhance network efficiency and user experience. By aggregating carriers, the Ericsson LBI-38823D enables operators to maximize their spectrum usage, leading to improved peak data rates and overall network performance.

Moreover, the LBI-38823D is built with robust security features, ensuring that data transmission remains secure against potential breaches. As cybersecurity becomes increasingly critical in telecommunications, this product has been designed to protect both operator networks and end-user information.

Designed for scalability, the LBI-38823D allows operators to expand their networks easily as demand grows. This flexibility makes it an ideal choice for service providers looking to future-proof their investments and ensure long-term viability.

Overall, the Ericsson LBI-38823D is a state-of-the-art solution that embodies the convergence of innovation and reliability in telecommunications. With its advanced features, support for cutting-edge technologies, and emphasis on security and scalability, it is well-positioned to meet the evolving needs of the telecommunications industry while enhancing user experience.