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Voice Signalling and Media Conversion 

Drive Operational Efficiency with Seamless Network Interworking

Enhance global interconnections with Epsilon’s Cloud SBC, supporting Teams with SigTran, TDM, and VoIP conversion services. Our solution ensures smooth interoperability between traditional TDM networks and modern IP-based signalling networks using SigTran protocols.

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BENEFITS

Modernising Network Infrastructure for the Future

Epsilon’s Voice Signalling and Media Conversion solution bridges the gap between legacy and next-generation networks (e.g. TDM to IP with SigTran protocols), ensuring seamless migration, cost efficiency, and enhanced global reach. By leveraging IP-based signalling and media conversion, businesses can future-proof their communications infrastructure.

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Migration to IP Networks
Seamlessly transition from legacy TDM networks to more scalable, efficient IP networks while maintaining interoperability with existing SS7 signalling and TDM voice media technologies.
Cost Savings
Reduce reliance on expensive TDM-based circuits and voice switching technology by leveraging cost-efficient IP infrastructure.
Network Modernisation
Gradually transition from legacy TDM-based SS7 networks to IP-based core networks to reduce operational complexities and costs.
Global Reach
Facilitate seamless connectivity across regions, enabling roaming and cross-network communication.
Redundancy and Resilience
Improve service reliability with SCTP-based (Stream Control Transmission Protocol) multi-homing and redundancy to ensure robust and fault-tolerant signalling transport.
Support for New Services
Enable new revenue streams with integration into Next-Generation Networks (NGN), UCaaS, SIP interconnects, and converged voice/videobased communications.

USE CASES

Shaping Your Future Network with SigTran

Epsilon’s Voice Signalling and Media Conversion solution facilitates a seamless migration to IP-based networks while ensuring interoperability with legacy infrastructures. Our service provides robust connectivity and cost efficiency, supporting the evolution of global telecom networks.

Discover how our solution enables businesses to transition smoothly while maintaining service reliability and performance. 

Migrate from TDM SS7 to IP-based SS7 (SigTran)

Looking for a future-proof approach to SS7 migration? 

Epsilon’s solution allows telecom operators and enterprises to migrate from circuit-switched networks to an IP-based SS7 (SigTran) environment. By leveraging SCTP transport, our service enhances scalability and network efficiency while ensuring compatibility with existing infrastructure. 

Connect Legacy PSTN to VoIP Networks

Need a cost-efficient way to integrate traditional telephony with VoIP?

Our media conversion service bridges legacy PSTN networks with modern VoIP solutions, enabling seamless interoperability. This integration supports cost reduction, flexibility, and enhanced voice service delivery across different network types. 

Enabling SS7 Signalling over MPLS or Ethernet

Want to transport SS7 signalling over an IP-based network? 

We enable SS7 transport over MPLS or Ethernet, reducing dependency on legacy circuits. This solution improves efficiency and lowers operational costs while maintaining carrier-grade reliability. 

Bridge SS7 Networks with IP-based Telecom Solutions

Struggling with interoperability between SS7 and next-gen telecom platforms? 

Our Voice Signalling and Media Conversion service ensures seamless communication between legacy SS7 and IP-based telecom infrastructures. This allows operators to expand their service offerings while maintaining connectivity across diverse network environments. 

CASE STUDY

Epsilon Supports BT SigTran Signalling

BACKGROUND
BT, a leading global telecommunications provider, sought to enhance its wholesale mobile roaming service by transitioning from TDM to IP-based signalling. As mobile network operators increasingly adopted IP technology, BT needed a scalable, cost-effective solution to extend its IP signalling infrastructure and support the growing demand for IP-based roaming services. The goal was to offer mobile operators improved global reach, resiliency, and cost-efficiency, ensuring seamless connectivity for roaming services across different regions, including Africa and the Middle East. 

EPSILON’S SOLUTION
Epsilon provided BT with a flexible and efficient solution that facilitated the migration from TDM to IP for its Mobile Roam service. Epsilon’s SigTran solution enabled BT to quickly deploy and scale its IP signalling infrastructure, offering mobile operators a reliable, cost-effective way to interconnect and support roaming services globally. With Epsilon’s support, BT could extend its reach and enhance the quality and security of its wholesale roaming services, serving over 900 MNOs in 199 countries and offering seamless roaming capabilities on both inbound and outbound networks. 

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Voice Signalling and Media Conversion

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Frequently Asked Questions

1. How do Signalling Gateways and Media Gateways work together?

The Signalling Gateway (SG) handles SS7toIP call signalling, while the Media Gateway (MG) manages the actual voice/media conversion (TDMtoRTP). They work together to complete a call. 

2. What is SigTran, and why is it needed?

SigTran is a set of protocols that transport SS7 signalling over IP. It is needed to transition from TDM networks to IP-based signalling, reducing costs and improving scalability. 

3. How does SigTran differ from traditional SS7 over TDM?

Traditional SS7 uses E1/T1 (TDM), while SigTran transports SS7 over IP using SCTP. SigTran offers cost savings, flexibility, and redundancy. 

4. Can SigTran work with other signalling protocols like SIP?

Yes, SigTran can work alongside SIP by enabling interoperability between legacy SS7 networks and modern IP-based VoIP solutions like SIP. This allows seamless communication across different network infrastructures, making it easier to integrate traditional telephony systems with next-gen IP networks. 

5. What are the redundancy and failover mechanisms in SigTran?

SCTP provides multi-homing (multiple IP paths), and load sharing or failover can be configured across multiple SGs and ASPs. 

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