1. Connecting VoIP systems to a SIP trunk
2. Gradual migration to a VoIP-only solution
3. Flexible individual workstations via IP
4. Connecting small sites to the head office
5. Site connectivity with multiple IP telephone systems
6. Combining H.323 and SIP
7. Networking conventional telephone systems
There are many options for using Voice over IP (VoIP). These examples are intended to show the wide range of applications and also provide a guide for migrating from conventional telephony to VoIP. Flexible structures can be created with a VoIP-based telephone system, as the following applications demonstrate.
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1. Connecting VoIP systems to a SIP trunk
Connecting a VoIP-PBX or Microsoft Lync to a SIP trunk can be very complicated. In order to compensate protocol differences and to transmit all the features many and complex adaptitions may be necessary. With anynode this can be done quickly and easily - by intuitive wizards and templates. Security is taken into consideration by the integrated Session Border Controller and encryption.
2. Gradual migration to a VoIP-only solution
It is not always feasible or appropriate to switch over to a VoIP-only system immediately. However, you can still take advantage of the benefits of the technology by simply connecting the VoIP system between the existing telephone system and the telephone network, and then only accepting a portion of the subscribers or functions. This combines the best of both worlds, and you can complete the migration at any time. You are no longer investing in the existing solution – which will, after all, be replaced in the long term – only in the new VoIP solution that contains all the necessary components. Configuration costs for the existing solution are minimal or non-existent, as all new features will be installed in the VoIP system.
3. Flexible individual workstations via IP
VoIP offers a cost-effective solution when connecting individual workstations to the head office via IP: the IP telephone. All the features of the VoIP telephone system are therefore widely available.
Home offices can also be done differently thanks to the innovaphone PBX. The user still utilises their private telephone and can connect to this telephone in the head office via the PBX thanks to the free Web-based CTI (myPBX). There are no additional costs for the user. This of course also works with a mobile device.
4. Connecting small sites to the head office
Various options for connecting branch offices to the head office can be implemented with the flexible innovaphone solution. Telephones can connect directly to the central system and use all the features of the central telephone system.
5. Site connectivity with multiple IP telephone systems
In addition to directly connecting IP telephones to the central telephone system, you could also use a subsystem (‘slave’). In the event of the connection to the central system being lost, this system can autonomously continue operating, and a backup to the office is also possible. The configuration of the slave systems is done by the master system, making it quick and easy for the administrator.
6. Combining H.323 and SIP
Along with the tried-and-tested H.323 systems, SIP-based VoIP systems are becoming ever more interesting. H.323 can do great things in telephone systems with a significantly larger set of features, but two key advantages speak for SIP telephony: firstly, very inexpensive devices are available, and secondly, SIP providers offer Internet telephony services. Our systems combine the benefits of both protocols, as innovaphone is the only manufacturer to support them in all of their products (PBX, telephones, etc.).
Both H.323 and SIP devices can be used, and calls between these devices are possible in compliance with standards. SIP and SIP trunks can also be used in addition to ISDN as a connection to the outside world.
7. Networking conventional telephone systems
Relocating telephone traffic from leased lines to existing powerful IP connections has great potential for savings. VoIP systems are particularly suitable for point-to-multipoint applications and migration scenarios. They can also transmit or even evaluate protocols like QSIC or Cornet and make ideal use of WAN connections by using suitable codecs. In addition, with TDM over IP, a low-cost version is now available that brings completely transparent S2M or S0 interfaces via IP networks.
innovaphone IP-PBX | - | VoIP PBX |
IP0011 | - | VoIP PBX platform |
IP1160 | - | Voice over IP media gateway |
IP111 | - | Basic IP phone |
IP112 | - | Business IP phone |
IP1202 | - | VoIP DECT gateway |
IP150-151 | - | Robust VoIP phone |
IP22-24-29 | - | IP terminal adapter for analogue devices |
IP222 | - | Voice over IP design phone with color display |
I-232 | - | Voice over IP design phone with touchscreen |
IP3011 | - | VoIP gateway and PBX with PRI port |
IP311 | - | ISDN VoIP gateway, terminal adapter and PBX |
IP411 | - | ISDN VoIP gateway for up to 4 calls, ISDN adapter and PBX platform |
IP38 | - | VoIP Gateway for up to eight FXO ports |
IP6010 | - | VoIP gateway and PBX with 2 PRI ports |
IP61-63 | - | DECT handset for the innovaphone IP-PBX |
IP62 | - | WLAN phone |
IP811 | - | S0 Voice over IP platform |
IPmux-1E | - | TDMoIP gateway for 4 analogue ports or 4 BRI |
IPmux-216 | - | TDMoIP gateway for up to 16 PRI |
IPmux-2L | - | TDMoIP gateway with 2 PRI and one serial Port |
IPVA | - | innovaphone VoIP PBX as VMWare appliance |