
Airports
Manufacturing
Mass Transit
Mining
Oil & Gas
Public Safety
MCX ONE IWF is an advanced Interworking Function Gateway designed to bridge the communication gap between legacy narrowband systems—such as TETRA, DMR, and P25—and modern broadband networks. It also supports seamless integration with PBX telephony systems, ensuring unified voice communication across diverse platforms.
Essential for mission-critical industries like public safety, transportation, and utilities, MCX ONE IWF enables organizations to transition to broadband communication without disrupting their existing infrastructure. By facilitating real-time voice and data exchange via RTP and SIP trunking, it ensures efficient, low-latency, and reliable interoperability.
The solution is highly scalable, customizable, and compatible with various legacy systems, making it an ideal choice for organizations seeking future-ready, unified communication. Its robust architecture guarantees minimal downtime, dependable connectivity, and smooth communication between broadband and narrowband users.
MCX ONE IWF empowers mission-critical users to maintain operational continuity, improve coordination, and enhance situational awareness—whether they’re dispatching first responders, managing transport fleets, or overseeing utility networks. It accelerates digital transformation while preserving the reliability of trusted legacy systems, making it a vital enabler for hybrid network environments.
Connect legacy systems like TETRA, DMR, and P25 with broadband MCX, enabling uninterrupted, real-time mission-critical voice communication across networks.
Supports TETRA, DMR, P25, and PBX systems, enabling smooth modernization while maintaining reliable communication across diverse legacy and broadband networks.
Integrates with existing PBX systems using SIP trunking, enabling seamless call connectivity between MCX users and traditional telephony networks.
Highly scalable and customizable solution designed to adapt to evolving operational needs, ensuring reliable performance across expanding mission-critical communication environments.