31xx-Configuration

313x-Voice Mail

3131-Settings

3131x-SettingsVoice Mail

Description

For each line, use this program to set the voice mail Caller ID option and IntraMail Answer Table.

If programming multiple lines, you may find 9022-Line Copy (page 923) a handy time-saving tool.

Options

3131-01: Pass Caller ID to Voice Mail

(Pass CID to VM)

Use this option to enable or disable the capability of the line to send Caller ID data to voice mail. If enabled, the line will send incoming Caller ID data to voice mail. (This will occur, for example, if the line is a DIL terminated to the voice mail master number.) If disabled, the line will not provide Caller ID data to voice mail. If you enable this option, you must also enable Caller ID in 3121-01: Caller ID Type (page 825).

Features

Caller ID (page 63)

IntraMail Features

Caller ID and Voice Mail (page 456)

Make Call (page 525)

Options

No (0) - Disabled

Yes (1) - Enabled

Default

No (0) - Disabled

3131-02: IntraMail Answer Table Assignment

(Intramail Answer Table #)

Use this option to assign an IntraMail Answer Table to the line.

Features

• None

IntraMail Features

Answer Tables (page 420)

Automated Attendant (page 433)

Flexible Answering Schedules (page 486)

Multiple Company Greetings (page 550)

Options

1-8for Answer Tables 1-8

Default

1

828 Line Options: 3101-3714

DSX Software Manual

Page 858
Image 858
NEC N 1093100 software manual Pass Caller ID to Voice Mail, IntraMail Answer Table Assignment

P, N 1093100 specifications

The NEC P,N 1093092,1093092 is a high-performance electronic component renowned for its versatility and advanced technology. As part of NEC's extensive portfolio, this component is designed to meet the demanding requirements of various industries, including telecommunications, automotive, and consumer electronics.

One of the main features of the NEC P,N 1093092,1093092 is its impressive operational efficiency. This component offers low power consumption without compromising performance, making it an ideal choice for battery-operated devices and energy-sensitive applications. Its ability to function effectively at low voltage levels further enhances its appeal, allowing manufacturers to design smaller, more efficient products.

Another key characteristic of the NEC P,N 1093092,1093092 is its robust reliability and durability. With a temperature range that can withstand extreme conditions, the component ensures consistent performance even in harsh environments. This reliability is critical for applications in sectors like automotive, where components are often subject to vibrations, temperature fluctuations, and other stress factors.

Moreover, the NEC P,N 1093092,1093092 integrates advanced semiconductor technology that enables high frequency and high-speed processing capabilities. This feature makes it suitable for applications requiring fast data transmission, such as in telecommunications infrastructure and data centre operations. As technology continues to evolve, the demand for components that can handle high data rates becomes increasingly important, and the NEC P,N 1093092,1093092 is well-equipped to meet these needs.

In terms of design, the component boasts a compact form factor, which facilitates integration into various hardware configurations. This flexibility allows engineers and designers to utilize the NEC P,N 1093092,1093092 in diverse applications while maintaining space efficiency in device design.

Finally, the NEC P,N 1093092,1093092 complies with international standards, ensuring that it meets the stringent quality requirements set forth for electronic components. This compliance not only enhances the component's reliability but also simplifies the certification process for manufacturers, making it a strategic choice for projects that require adherence to industry regulations.

In summary, the NEC P,N 1093092,1093092 stands out as a cutting-edge electronic component characterized by its operational efficiency, reliability, processing capabilities, compact design, and compliance with quality standards. Its advanced features make it an essential component for modern electronic applications across various industries.