Bridge Every Call, Simplify Every Connection:Connect legacy telephony, carrier trunks, cellular networks and radio systems with SIP-based communication platforms through gateway families designed for different interfaces and network boundaries.
Consult immediatelyBecke Telcom VoIP gateways provide interworking between communication systems that cannot connect directly to the same voice network. Depending on the gateway family, the boundary may be between analog endpoints and SIP, PSTN or digital trunks and an IP PBX, cellular networks and VoIP, or two-way radio resources and an IP-based dispatch platform.
The gateway type is selected by the interface that needs to cross that boundary. An FXS gateway serves analog subscriber devices, an FXO gateway connects analog telephone lines, a trunk gateway handles supported digital circuits, GoIP links cellular channels with SIP, and RoIP carries radio voice and control across IP networks.
Session Border Controllers serve a related but different role. Rather than converting an analog, cellular or radio interface, an SBC operates at the SIP network edge to manage sessions, security, NAT traversal and interoperability between IP voice domains.
A gateway translates call behavior between communication domains that use different signaling and media methods. On an analog interface this includes events such as off-hook, ringing and DTMF, while the IP side uses SIP signaling and packetized voice. Other gateway families perform the equivalent adaptation for their own connected network or device type.
Becke Telcom gateway families provide different physical and network interfaces rather than one universal interface set. FXS, FXO and E1 are supplied by the corresponding analog or trunk models, while cellular and radio access use their own dedicated gateway families. The interface mix should therefore be selected by product rather than assumed across the entire VoIP Gateway range.
On the IP side, supported gateways connect to SIP servers, IP PBX systems, softswitches or other compatible platforms. The gateway presents the attached legacy or external voice resource to the SIP environment so calls can pass between the two sides without requiring the original device or trunk to become a native SIP endpoint.
Gateway-level routing may include prefix matching, digit manipulation, port selection, trunk selection and number replacement where supported by the model. These rules determine how calls enter or leave the gateway; broader department routing, IVR and business call policies remain functions of the IP PBX or SIP call-control platform.
Voice gateways may handle codec conversion, echo cancellation, jitter buffering, DTMF and other media functions required when a call crosses between legacy and packet-based voice networks. Available codecs, fax methods and media-processing features vary by gateway family and model.
Gateway configuration is typically managed through a web interface for ports, SIP accounts, routing and network settings. Logging, diagnostics, authentication, encryption, VLAN, VPN or route-backup functions depend on the selected product. SIP-edge security and advanced session-border functions are handled by the SBC family rather than being assumed on every media gateway.
Analog gateways connect traditional telephone interfaces to SIP-based voice systems. FXS models provide subscriber ports for analog phones, fax machines and other compatible endpoints, while FXO models connect analog PSTN lines or line-side PBX interfaces to the IP voice environment. The required port type and density depend on what is being retained from the existing telephone system.
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Trunk gateways connect supported digital telephony circuits with SIP platforms. Current Becke Telcom trunk-gateway products include E1 models for projects that need to retain a digital carrier or legacy PBX connection while moving call control or transport to an IP-based system. Interface support should be checked on the individual model before deployment.
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GoIP gateways bridge cellular voice networks and SIP platforms. Models may work with GSM, 3G or LTE services and use SIM-based mobile channels for calls between the cellular side and an IP PBX, softswitch or other SIP voice platform.
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RoIP gateways connect two-way radios or Land Mobile Radio resources with IP networks and dispatch systems. Unlike a conventional telephone gateway, RoIP must preserve radio operating behavior such as Push-to-Talk and the interface requirements of the connected radio equipment.
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A Session Border Controller sits between SIP networks rather than between analog and IP interfaces. It is used at network boundaries where SIP trunks, IP PBXs, service providers or remote voice systems require session control, NAT traversal, security policies or protocol interworking.
View Product DetailsFor organizations using traditional PBX systems, a VoIP gateway provides a practical migration path to IP voice networks. It bridges old telephone infrastructure with SIP servers, allowing users to keep familiar equipment while adding new functions such as SIP trunking, centralized routing, and remote management.
A VoIP gateway can connect enterprise communication systems with SIP trunks, PSTN lines, E1/T1 circuits, or service provider networks. This application supports reliable inbound and outbound calling, flexible route selection, and better cost control for companies with high call volumes or multi-branch operations.
In industrial sites, a VoIP gateway can integrate emergency phones, SIP intercoms, dispatch consoles, paging systems, and control room platforms. It helps operators coordinate field teams, connect different voice endpoints, and maintain dependable communication for production, inspection, maintenance, and safety response.
For companies with headquarters, branches, warehouses, or remote sites, VoIP gateways help build a unified voice network across different locations. Calls can be routed through IP networks, local telephone lines, or backup links, improving communication continuity and simplifying centralized voice management.
In public safety projects, transportation facilities, campuses, and industrial parks, a VoIP gateway can connect emergency call boxes, hotline phones, control centers, and SIP platforms. It supports fast call access, reliable routing, and integration with dispatch systems for urgent communication workflows.
In special communication projects, VoIP gateways can work with GOIP or ROIP devices to connect mobile networks, radio systems, and SIP platforms. This helps dispatch centers extend communication coverage, link field radios with IP voice users, and improve coordination between mobile and fixed communication teams.
