RMA-A²C AP

RomARS introduces a new generation of integrated private 5G + Wi-Fi networks, designed to provide businesses with secure, reliable, and high-performance connectivity in industrial, logistics, healthcare, and corporate environments.

The solution is based on a N3IWF Gateway enabling the access to the Core network through both the 5G mobile network and Wi-Fi infrastructure. It is precisely this integration – “5G” via Wi-Fi – that makes the RomARS offering distinctive and innovative in the Private Networks market.

Why Choose a Private Network?

A private network enables organizations to have full control over corporate communications, ensuring:

1. greater security for data traffic and device access;
2. direct control over performance and quality of service;
3. high operational reliability;
4. continuity of communications in mission-critical environments.

The Advantage of 5G+Wi-Fi Integration

With RomARS, it is possible to combine the benefits of the 5G world with the simplicity and cost-effectiveness of Wi-Fi:

• advanced security and centralized management typical of 5G;
• educed user terminal costs;
• use of Wi-Fi Access Points as access stations;
• rapid deployment on existing infrastructures.
• Integration with a dedicated 5G network or a dedicated Slice on a public network

Key Features of the RomARS Solution

1. Integration with the 5G Core: native solution with integrated 5G Core or full interoperability with the main 5G Cores available on the market.
2. Wi-Fi Access Module: support for 3GPP standards for non-3GPP access:
   • Release 15: Untrusted mode via N3IW
   • Release 16: Trusted mode via TNAP and TNGF
3. ATSSS Available: intelligent traffic management with simultaneous and optimized use of 5G and Wi-Fi networks.
4. Intuitive Graphical Interface: simple and user-friendly GUI for system configuration, monitoring, and management.

The Added Value of RomARS

• network design and dimensioning;
• system configuration and customization;
• integration with existing infrastructures;
• development of dedicated functionalities;
• turnkey management of the entire project.

 

For further information and details on the research project that led us to this solution: https://romars.tech/project/inn3sco-2/

Seamless Integration with Wi-Fi	Extend existing coverage by integrating 5G with Wi-Fi, reusing current access points and reducing infrastructure costs.
Higher Capacity and Device Density	Support a large number of connected devices while maintaining strong and consistent network performance.
Enhanced Performance and Low Latency	Achieve stable latency below 10–20 ms, enabling real-time applications and smooth operations.
Unified Quality of Service (QoS)	Ensure consistent performance with guaranteed QoS, especially for control and mission-critical communications.
Reliable and Prioritized Connectivity	Leverage traffic prioritization (URLLC, network slicing) and robust uplink for safety-critical and time-sensitive data.
Seamless Mobility	Enable uninterrupted connectivity with smooth handovers between cells.
Advanced Data Handling	Efficiently manage heterogeneous data types, including video, sensors, and control signals.
Edge Computing Capabilities	Improve responsiveness and processing speed through local edge computing.
Cost Optimization	Reduce initial investment in new 5G infrastructure by leveraging existing Wi-Fi systems while enhancing them with QoS, slicing, and handover capabilities,