SS7 Signalling Converter NC-AD300D-P8 with PRI
Negotiable /Piece
Min.Order:1 Piece
Shenzhen Niceuc Communication Technology Co., Ltd.
Description:
After has gone through 10 versions, NC-AD300D-P8 performance and functionality have become getting better and better.with a powerful processor, embedded operating system. It Widely used in the signalling conversion, small and large clients tandem jumper programs.
Specialty:
·Signalling support:SS7, PRI, Q.SIG,R2, V5.2;
·Interface Connector: 8E1,1 10/100M network, 1 RS232 console;
·Link: 8 SS7 links, 8 PRI;
·Switching Volume: 2048 x 2048;
·Clocking accuracy: stratum 3 Clock;
·Clocking Sourc: E1, inner;
·Resource: 256 Voice channels, 256 meeting channels, 256 DTMF channels, FSK inspection and delivery;
Function:
·Convert any signalling between SS7, ISDN PRI, Q.SIG,V5.2, R2;
·Multi router, inter-office management, Intelligent router distribute and telephone traffic sharing;
·Grouping switching management;
·User identifier, can provide black and white name list or connect to the database;
·Powerful calling function to provide customize calling mode;
·Voice management function with voice record and voice play;
·Meeting function;
·Calling number and called number modification;
·Real time telephone traffic monitor and handling;
·Can expand the capacity through multi stack;
·Provide CTI Link API interface for user program control;
Interface | Standard | The Type of Connector | |||
PCM | E1,G.703 | CC4/BNC/RJ45 | |||
Ethernet Port | 10/100Base-T,IEEE802.3 | RJ45 | |||
Serial Port | RS232 | RJ45 | |||
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Item | Specification | ||||
Input voltage | -48v DC or 200~240V AC | ||||
Power | 30 W | ||||
Dimension | (width×depth×height) | 480mm×290mm×40mm (1U) | |||
Weight | 3 kgs | ||||
Environment | Temperature | 0°C~50°C | |||
Rel Humidity | Less than 80% | ||||
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Product Packaging | |||||
Packaging | Carton Box | ||||
Packaging Size | 56cm*41cm*15cm |
The image of this product:
Application as follow shows:
Figure 1 Signalling Convert
Figure 2 Multi-Router Connection
Figure 3 Call Back System
Figure 4 Signaling Collect
Figure 5 Recording System