2N Omikron Multiport Analogue FCT GSM Gateway 2 Analogue Lines 2N Omikron Multiport Analogue FCT GSM Gateway 2 Analogue Lines
The 2N Omikron GSM gateway (FCT) is a solution for medium-size companies that widely use analog PSTN lines. In contrast to other 2N Analog GSM routers, Omikron is a scalable solution for up to 8 transit analog lines. The Omikron multichannel transit gateway brings a substantial cost-saving effect to calls established from a fixed line to GSM networks and vice versa (from a GSM network to fixed lines), and enables up to 8 simultaneous calls to/from GSM networks.

Thanks to the advanced and powerful Least Cost Router, the 2N Omikron gateway chooses flexibly the cheapest possible route for your calls, taking into consideration the call time, available providers and free minutes. Another benefit rendered by Omikron is a 100% control of your GSM calls without any need to change the PBX configuration. This multichannel transit GSM gateway enables all LAN users to send and receive SMS - with a 2N network application - the SMS server. The delivery status of any message can be obtained automatically. The Omikron Gateway is also available in a rack version.

NEW FEATURE: With our latest version of 2N SMS Server Software you will gain the advantage of SMS delivery reports. Since now, you may have a full review of your messages, wheather they were delivered and exactly when.

Features:

Scalable solution for up to 8 transit analog lines

Up to 8 GSM channels

Analog FXS or FXO interfaces

Sophisticated LCR (Least Cost Router)

SMS sending & receiving (via SMS application)

Detailed calling records/statistics (CDRs)

Excellent voice quality (EFR super sound)

Optional voice modules

Only 1 or 2 antennas for the whole system

Scalable solution

Remote control

Availability in a rack and wall mounted version

Worldwide use (all GSM frequencies are supported)

HW compatible with the Omikron Analog GSM gateway

Omikron interworks with all PBX systems and devices equipped with standard and standardised analog interfaces.