Latest News:

Radisys Media Server Selected by Unisys to Power Next-Generation Voicemail Services

Radisys Expands Small Cell Portfolio with Qualcomm Dragonwing FSM200 Platform for FR1 and FR2

Radisys Unveils Industry-First 3GPP Release 18 5G Software for Ubiquitous Multi-RAN Connectivity

SEMPRE Partners with Radisys to Develop Resilient and Secure 5G Infrastructure

Zoom Technology Group Selects Radisys as its Technology Partner for Broadband Connectivity Expansion

Microamp and Radisys Forge Strategic Alliance Advancing the Development of Open RAN-compliant 5G mmWave Solution

LTE Evolved Packet Core (EPC)

The Radisys LTE EPC solution provides a customizable feature set, a flexible roadmap, and a time-to-market advantage.

Evolve your Core Network

Radisys Evolved Packet Core

The Radisys Long Term Evolution/Evolved Packet Core (LTE EPC) software solution enables OEMs or vendors to evolve their core networks to the LTE EPC specification providing latency reduction, improved bandwidth, and increased mobility. Utilizing Trillium protocol stacks, the Radisys LTE EPC provides a 3GPP-compliant implementation of the three core functional modules of an EPC: the Mobility Management Entity (MME), the Serving Gateway (S-GW), and the Packet Gateway (P-GW).

The Radisys LTE EPC software is designed to run on dedicated Commercial-off-the-shelf (COTS) multi-core compute network processors or can be deployed as a virtualized solution on leading hypervisor technologies. The LTE EPC solution is deployed in an LTE mobile network between the eNodeB’s (such as the Radisys eNodeB turnkey LTE Small Cell solution) and the application delivery infrastructure to deliver a variety of IP applications for the Mobile Operator to their subscribers. For example, in the Public Safety markets the Radisys LTE EPC provides:

  • on-demand deployment for agencies involved in crisis management,
  • multimedia communication between field teams and control centers, and
  • a congestion-free network for mission-critical activities.

For rural networks, the LTE EPC enables a low subscriber density to receive higher quality voice and data transmission – across wide geographies. In enterprise or campus networks, the LTE EPC improves capacity and performance facilitated via Small Cells.

EPC

Key Benefits

NB-IoT Compliant

NB-IoT compliant MME, SGW, and PGW

5G NSA Compliant

3, 3a, 3x split support

Supports VoLTE

Integrated with open-source Kamailio IMS solution and PCRF emulator to verify E2E VoLTE call

High-Performance Results

On the Performance side, the CNE is designed to support higher capacity with greater stability

Solutions

Small Cells

5G small cells enable operators to add capacity and coverage to their networks when and where needed - both indoors and outdoors.

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Private 5G Networks

Enterprises are partnering with mobile operators to deploy their own private 5G and LTE networks with Industry 4.0 applications.

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Featured Resources
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Radisys And Partners Win Prestigious Leading Lights Award
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Simnovus & Radisys Achieve Seamless Open RAN Interoperability at CableLabs, Paving Way for Faster 5G Deployments
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Radisys Unveils Industry’s First Multi-Access CORD™ Proof-of-Concept at Mobile World Congress Americas
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Radisys Showcases Open Telecom and Digital Engagement Innovations at #MWC22
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Radisys Open Sources 4G RAN Software on the Qualcomm® FSM™ Platform for Small Cell and CBRS Deployments
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