ISDN 30
ISDN 30 is a type of Integrated Service Digital Network system that is used for the transmission of voice and data over wires. ISDN 30 is one of the most economical and efficient communication systems. It is used in medium as well as large businesses. Through ISDN 30, business organizations and call centers can get high speed Internet connections at very economical rates.
ISDN 30 connections can be obtained from the local telephone exchange. The speed that it provides may vary; the maximum is two Mbps. ISDN 30 consists of two channels: one channel is used for synchronization and maintenance, while the other is used for service signals. Using suitable ISDN (Integrated Service Digital Network) equipment, both voice and data can be sent both locally and internationally.
With ISDN 30 connection, you can subscribe for more additional services as per your requirement. These additional services may include Call Diversion, Diverse Routing, Calling Line Identification (CLI) and Prompt Care maintenance.
Features of ISDN 30
There are several key features of ISDN 30 that explain the reason for the popularity of this communication system:
- Digital Lines: ISDN 30 is most suitable for high-speed data transfer, voice transmission, etc. That's why it is very useful for call centers.
- Digital Path: This feature allows voice, data and text transmission.
- Calling Line Identification: This feature identifies the lines before answering.
- Digital Private Network Signaling System Interworking (DPNSS): This feature allows users to interconnect with private networks.
- Direct Dialing in (DDI): Offers economical and direct phone accessibility to PABX users.
- Network Provided Diversion: This feature allows you to transfer calls automatically to any alternative point.
- Public dialed service: This feature allows you to pay as per use. You can use high-speed connection at affordable rates.
- Channels: ISDN 30 delivers eight 64kbps Channels and depending upon your requirement, it can be increased further.
ISDN 30 is more suitable for medium and large businesses. The ISDN 30 is an intelligent choice for those looking for cost-effective communication systems for their businesses.
|
|
- Differences Between ISDN and DSL
Definitions Integrated Services Digital Network (ISDN): ISDN is a digital transmission system, which is used to transmit voice and data through copper telephone wires. In other words, it's a circuit-switched data transmission system that is used for voice and data transmission over the wire. Digital Subscriber Line (DSL): DSL is also a digital transmission system [...]...
- ISDN BRI
ISDN BRI (Basic Rate Interface) is a standard Integrated Services Digital Network (ISDN) service meant for residential and small scale business Internet connections. There is another type of ISDN configuration called the Primary Rate Interface (PRI) that is designed to provide higher bandwidth. The BRI configuration defined in the physical layer standard I.430 produced by [...]...
- ISDN (Integrated Services Digital Network)
ISDN (Integrated Services Digital Network) is a system of digital phone connections that has been designed for sending voice, video, and data simultaneously over digital or ordinary phone lines, with a much faster speed and higher quality than an analog system can provide. ISDN is basically a set of protocol for making and breaking circuit [...]...
- ISDN PRI
A PRI (Primary Rate Interface) is a telecommunication standard used in the Integrated Services Digital Network or ISDN for carrying multiple DS0 voice and data transmissions between two physical locations. PRI was developed specifically for industrial or large quantity users. It is an industrial ISDN line, while the Basic Rate Interface, or BRI, caters to [...]...
- ADSL (Asymmetric Digital Subscriber Line)
ADSL is the acronym for Asymmetric Digital Subscriber Line. ADSL is a loose set of protocols that allows for high speed Internet access over normal copper telephone lines or what is more commonly known as POTS (Plain Old Telephone Service). This is possible because the signals are sent digitally instead of through analog waves. ADSL [...]...