STARTER KIT

The RomARS R&D experience now available to providers, researchers and application developers.

Two main development environments:

  1. 5G Application Functions and 5G Networks for deployments in Private Networks, Laboratories and Universities.
  2. MP-QUIC Client-Server System for advanced multi-connection solutions, optimized for terrestrial and satellite links with the possibility of bundled channels, redundant or duplicating traffic for increased resilience.

CLIENT-SERVER SOLUTION WITH QUIC STACK FOR MULTI-LINK TRANSPORT NETWORKS

RomARS has developed and continues to update a complete end-to-end system based on Multipath QUIC. First of all, the benefits of the QUIC protocol, now the most widely used standard by most applications in the internet world. RomARS has also added the flexibility and power of MULTIPATH to the QUIC protocol: now you can combine…

UNTRUSTED 5G ACCESS

Access to 5G via Wi-Fi. The easiest and most effective way to connect to a 5G network from a Wi-Fi network. RomARS makes its “N3IWF” interconnection Gateway available as per 3GPP specifications. RomARS N3IWF: A 5G Network Function to add “untrusted” non-3GPP access mode to an existing 5G Core. Main technical information ● Three possible…

TRUSTED 5G ACCESS

  Access via Wi-Fi with full control from a 5G network. The most secure and controlled way to access to a 5G network via Wi-Fi. RomARS makes available both the WiFi “trusted access point” (TNAP) and the 5G network interconnection gateway (TNGF). The Trusted access allows maximum UE access control, registration and authentication, and maximum…

5G COMPLETE SYSTEM: STANDALONE 5G MULTI-ACCESS CORE NETWORK PLATFORM

Complete solution with 5G Core and various options for access both via real or emulated RAN and/or WiFi access in Untrusted and Trusted modes. Open and flexible system suitable for developing and testing both applications and transport links and related equipment. Several possible implementations and optional features are available. Deployment 1: Entry Level with 5G…