Ericsson LBI-39001 manual Glossary, Did

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LBI-39001

 

4. GLOSSARY

AC

Authorization Code -- the MD110 authorization code

 

defined for EDACS interconnect calls. The AC is

 

customer-defined and may be from 1 to 7 digits, but

 

cannot begin with "0."

DID

Direct Inward Dial -- allows callers from the public

 

network to place an individual call to a radio by dialing

 

a single telephone number, instead of one telephone

 

number to call Jessica and a second series of numbers to

 

indicate the Logical ID (LID). To accomplish this, the

 

LID is mapped to a number. In some cases, the DID

 

number will be the LID.

DTMF

Dual Tone Multi-Frequency -- standard telephone

 

dialing tones.

FC

Feature Code -- the MD110 feature code indicating that

 

an authorization code (AC) is to be entered. This

 

feature code is market-dependent and typically is a

 

single digit. For example, a "6" is used as the FC in the

 

U.S.

LCR

Least-Cost Routing -- a function that allows the system

 

to automatically select the most economical route for an

 

outgoing call. The selected route is based on trunk

 

availability, class of service, time of day, and week.

 

LCR is available for outbound calls only.

LID

Logical Identification -- individual radio or console ID.

MD110

Ericsson PBX that provides connectivity to the PSTN.

PBX

Private Branch Exchange -- a telephone switch

 

commonly used in business applications.

PSTN

Public Switched Telephone Network.

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Contents Operator’s Manual LBI-39001 Table of ContentsScope Making Phone Calls from AN Edacs Radio Quick Usage GuideCalling Edacs Radios from a Phone Common Speed DialingTo Call Radio Users Detailed Usage GuidePhone Users LBI-39001 Receiving a radio- originated call Terminating a call Did GlossaryEricsson GE Mobile Communications Inc

LBI-39001 specifications

The Ericsson LBI-39001 is a cutting-edge telecommunications tool designed to enhance network efficiency and performance for service providers. This device serves as a vital component in modern communication infrastructures, providing essential features geared towards optimizing user connectivity and expanding operational capabilities.

One of the main features of the Ericsson LBI-39001 is its robust support for multiple frequency bands, which allows operators to deliver seamless service across a wide spectrum of devices and technologies. The equipment is compatible with various wireless standards, including 2G, 3G, 4G, and emerging 5G networks. This adaptability ensures that operators can leverage existing resources while also future-proofing their networks as new technologies emerge.

Another significant characteristic of the LBI-39001 is its advanced processing power. The device is equipped with high-performance processors that enable it to handle large data loads efficiently. This capability is essential for modern networks that demand real-time processing and analytics. Operators can gain insights into network performance and user behavior, which is invaluable for optimizing services and improving customer satisfaction.

The LBI-39001 also features enhanced security protocols, making it a reliable choice for operators who prioritize data integrity and user privacy. Its comprehensive security framework protects against various cyber threats, safeguarding sensitive information and maintaining trust in telecom services.

In terms of scalability, the LBI-39001 is designed for easy integration with existing systems, allowing operators to expand their networks without significant overhauls. This flexibility is crucial as telecom companies navigate the rapid evolution of technology and changing consumer demands.

Additionally, the LBI-39001 includes built-in support for cloud-based services, enabling operators to leverage the growing trend of cloud computing in telecommunications. This functionality allows for greater resource optimization and improved service delivery, making it easier for operators to manage and scale their networks.

In summary, the Ericsson LBI-39001 is a versatile, feature-rich telecommunications device that plays a crucial role in modern network infrastructures. With its support for multiple frequency bands, advanced processing capabilities, enhanced security features, and scalable design, it stands out as a vital asset for service providers eager to meet the demands of today’s communication landscape while preparing for the future.