Intracom Telecom and GeoLinks Showcase Fiber-Like Fixed Wireless Connectivity at WISPAPALOOZA

What's Happening?

Intracom Telecom and GeoLinks have demonstrated a groundbreaking fixed wireless technology at WISPAPALOOZA 2025, held at the Rio Hotel in Las Vegas. The demonstration featured the Intracom Telecom WiBAS™ G5 Point-to-Multipoint Smart Base Station, which utilizes GeoLinks' 29/31GHz licensed spectrum to deliver fiber-like, secure, and interference-free connectivity. This event marks a significant milestone in the evolution of fixed wireless connectivity, showcasing high-capacity, low-latency broadband performance across various environments. The collaboration aims to expand broadband access and close the digital divide in the United States.

Why It's Important?

The demonstration by Intracom Telecom and GeoLinks is pivotal for the U.S. fixed wireless industry, as it highlights the potential of licensed spectrum to deliver high-speed, reliable internet access without the limitations of unlicensed bands. This technology can significantly enhance broadband access in urban, suburban, and rural areas, promoting digital inclusion and economic growth. By providing carrier-grade performance, the initiative supports enterprise, wholesale, and multi-tenant markets, potentially transforming how broadband is deployed and scaled nationwide.

What's Next?

GeoLinks plans to unveil the full scope of its next-generation spectrum initiative at WISPAPALOOZA 2025, further advancing fixed wireless technology. The collaboration with Intracom Telecom is expected to lay the groundwork for a new era of broadband innovation, with potential expansions in licensed spectrum rights and hybrid fiber-wireless infrastructure. Stakeholders, including businesses and communities, may anticipate improved connectivity solutions that redefine high-speed internet access across the country.

Beyond the Headlines

The use of licensed spectrum provides a secure foundation for next-generation broadband, offering built-in network security through exclusive, FCC-protected frequencies. This approach prevents interference and unauthorized access, complementing encryption and network-layer defenses. The convergence of performance and protection represents a secure backbone for enterprise, defense, and public-safety networks, potentially influencing cybersecurity standards in broadband technology.