Multi-site Networking for Flexible Communications
KX-NCP Network Communication Platforms leverage the latest digital networking, Voice over IP (VoIP) and SIP technologies to cost effectively handle intra-office, multi-site and long distance communications over converged voice and data networks.
With KX-NCP systems, customers can manage both stand-alone, or networked systems connected via an IP network from any location.
Multi-Site Solutions
Multi-site networking helps customers with multiple branch sites to benefit from lower costs for branch-to-branch communication by either leveraging their existing corporate Wide-Area-Networks (WANs), or using Managed VPN services available from network service providers. The system supports both SIP and H.323 based inter-networking in addition to the traditional ISDN QSIG connectivity.
Network Distribution Groups Over Multi-Site Deployment
Incoming Call Distribution (ICD) groups can be set up across multiple networked NCP systems. The system supports simultaneous or delayed ringing for enhanced flexibility.
Network Busy Lamp Field Over Multi-Site Deployment
Network Busy Lamp Field (BLF) or Network Direct Station Selection (NDSS), allows unique extensions across networked NCP systems to be monitored by a central Network Operator using DSS keys, showing the operator the status of that particular extension for across the network visibility.
Remote Administration over IP Network
With KX-NCP systems, administrators can remotely manage any deployment scenario – whether a stand-alone system or a networked multi-site system connected over an IP network using a networked PC with the necessary Unified Maintenance Console application. Access and administer systems from virtually across the globe for quick adds/moves and changes.
SIP Networking
Using the built-in SIP trunking interface, businesses now have the ability to connect the NCP Communication Systems to the growing list of SIP based Internet Telephony Service Providers (ITSP) to achieve low-cost VoIP calls over managed broadband IP networks.