InCoax Showcases Advanced 5G mmWave Solutions at NetworkX in Paris

InCoax's Game-Changing 5G mmWave Broadband Solution

InCoax Networks AB, a Swedish company focused on broadband solutions, recently unveiled its advanced 5G mmWave Fixed Wireless Access (FWA) technology at the NetworkX event held in Paris from October 14 to 16, 2025. This premiere served as a demonstration of how traditional industry standards can evolve into practical, real-world applications that enhance broadband accessibility.

Event Overview

The Broadband Forum's Member Pavilion was the setting for this significant showcase. Aimed at highlighting innovations in the telecom sector, the event featured a series of presentations that exemplified how open standards can be effectively implemented in diverse environments. A particular focal point was the demonstration of multi-subscriber 5G mmWave FWA, which represents a new standard in broadband connectivity for Multi-Dwelling Units (MDUs).

Overcoming Challenges in MDU Connectivity

In urban settings, delivering reliable 5G mmWave service to tenants in MDUs has historically presented significant challenges. High-frequency signals, such as those used in 5G technology, often face attenuation when traversing through interiors, which hinders their effectiveness in providing consistent internet access throughout a building.

The new Multi-Tenant FWA architecture, developed in collaboration with industry leaders including Nokia and Incognito, has been designed to solve these issues. This innovative framework allows multiple apartments within a single building to share a 5G mmWave connection emanating from a single point, such as a rooftop antenna, thus ensuring each unit can access high-speed internet without the typical limitations posed by physical barriers.

The Role of InCoax Technology

InCoax's role in this development is crucial. Utilizing its proprietary MoCA Access technology, a shared 5G connection is distributed throughout each living unit via the existing coaxial cables. This approach is not only cost-effective but also minimizes the disruption typically associated with installing new fiber optics throughout a property. By repurposing existing infrastructure, InCoax’s solution simplifies the deployment of high-speed broadband.

Service providers now have a practical alternative for in-building broadband distribution, facilitating expanded access to reliable internet services. The dual advantage of reduced installation costs and the alleviation of complex fiber deployment simplifies service delivery in regions where traditional broadband expansion strategies have faltered.

Real-World Application and Future Prospects

The demonstrations at NetworkX provided a clear insight into various use cases for FWA operators, illustrating how they can effectively manage and deliver gigabit services in multi-dwelling environments. This directly supports broader initiatives aimed at enhancing digital inclusion across telecommunications landscapes worldwide.

As the showcase unfolded, representatives from telecom and broadband sectors gathered, discussing the potential impacts of InCoax's innovations on future projects and deployments. The feedback indicated a pronounced enthusiasm to explore these new solutions, emphasizing their importance in the ongoing pursuit of seamless, high-quality internet services.

The collaborative efforts represented at the Broadband Forum showcase reflect a strong commitment within the industry to transform theoretical standards into operational solutions. As preparations continue for its market launch, the possibilities for InCoax's Multi-Tenant FWA are expansive, with significant implications for service providers and consumers alike.

In conclusion, the unveiling of InCoax's next-generation 5G mmWave technology at NetworkX stands as a promising development in the race to enhance broadband accessibility for all. As the demand for fast and reliable internet continues to rise, innovations like this will undoubtedly play a pivotal role in shaping the future of digital connectivity.

For more information, visit InCoax Networks.