The SMSF enables SMS transmission between 5G and other networks (2G/3G/4G), interfacing with SMSC via MAP/Diameter SGd and with AMF/UDM in 5G via N20/N21, supporting IMS-encapsulated SMS in hybrid networks.
Enghouse Networks provides a modern, end-to-end Service Assurance suite, offering real-time management of critical services while reducing costs across evolving network environments.
Enterprises can deploy their own SBCs, but as Unified Communications (UC) and IP traffic has grown, enterprises are increasingly looking to service providers to manage the complexity of real-time communications for them - which includes protecting and assuring sensitive network boundaries through Session Border Control-as-a-Service (SBCaaS). And there are many reasons why.
When you’re a telecommunications service provider, you rely on your solutions partners for continuity of service. You buy infrastructure as a long-term investment, intending to update and upgrade it as technology progresses. But what happens when a vendor discontinues a product entirely?
Enghouse provides a reliable VAS offering, ensuring continuity for telecom providers even when vendors discontinue products, supporting long-term infrastructure investment and service stability.
Ooredoo Kuwait selected Enghouse Networks' VAS-in-One solution to consolidate VAS services, enhancing efficiency and reducing costs while maintaining high-quality mobile telephony offerings.
In this final look at 5G’s impact on MVNOs, we examine regulatory shifts, new 5G use cases, and the transformation steps operators must take to capitalise on emerging opportunities.
The Enghouse Roaming Billing solution enables partner operators to fully engage in roaming agreements with both national and international partners, MVNOs, and Service Providers.
With the advent of 4G and 5G technologies, wireless networks can now use IP-based protocols for delivery of all services. Some data-driven services (such as SIM-based IoT and 5G messaging), still rely on services and technologies originally developed for earlier network generations.