#USA #Austin #Intracom Telecom #Aviat Networks #Fixed Wireless Access

Aviat Networks and Intracom Telecom Join Forces

In an exciting development for the telecommunications sector, Aviat Networks, Inc., a prominent expert in wireless transport solutions, has announced a pivotal partnership with Intracom Telecom, a leader in global technology and solutions. Together, they are set to bring innovative Fixed Wireless Access (FWA) technologies to the forefront, particularly targeting the burgeoning demand for multi-Gigabit 5G services in North America.

Addressing Growing Connectivity Needs

With the rise of high-speed internet requirements, this collaboration aims to offer a robust solution tailored to meet the challenges posed by traditional fiber installations, which can often be costly and complex. By leveraging the high-capacity capabilities of 28 and 39 GHz millimeter-wave (mmWave) bands that align with FCC regulations for 5G, this partnership is poised to deliver exceptional performance and reliability, akin to fiber optics.

Aviat Networks is set to initially focus its efforts on selected service providers within North America, looking to provide a streamlined alternative for both consumers and enterprises looking for rapid, high-speed wireless solutions. With this strategic focus, Aviat will deliver not just hardware but also software solutions, alongside a suite of services including design, planning, deployment, and comprehensive support tailored for its extensive North American clientele.

Innovative Technology with WiBAS G5

At the heart of this initiative lies Intracom Telecom's WiBAS G5 platform, a unique, commercially available FWA solution capable of supporting point-to-multipoint connectivity. Operating in the 28 and 39 GHz mmWave bands, the WiBAS G5 can achieve data rates exceeding 22 Gbps, all while maintaining the capability to effectively cover distances upwards of five miles. The technology utilizes advanced Multi-User MIMO and Hybrid Massive Beamforming, thereby addressing the increasing demand for high-capacity FWA systems.

“We're thrilled about this opportunity to combine our expertise in wireless technologies with Intracom Telecom's innovative solutions,” remarked Pete Smith, CEO of Aviat Networks. “The deployment of our wireless systems can be executed more rapidly and economically than fiber, making it an ideal solution for achieving high-speed connectivity.”

Conversely, Kartlos Edilashvili, CEO of Intracom Telecom, expressed pride in their R&D achievements, stating, “This partnership signifies a leap forward for U.S. operators, enabling them to expedite broadband accessibility and deliver true multi-gigabit experiences through wireless solutions.”

The Future of Fixed Wireless Access

As Aviat Networks continues to flourish as a leading expert in wireless solutions with a history of over one million systems shipped in 170 countries, their alliance with Intracom Telecom marks a significant step in advancing the capabilities within the telecommunications landscape. Notably, this partnership signals a commitment to not only enhancing connectivity but also fostering innovation through reliable and high-performance products and services.

Both companies have established themselves as trusted providers, catering to a diverse array of clients including government entities and large corporations. With over 70 years of collective expertise, the collaborative efforts of Aviat and Intracom are set to redefine how connections are made and maintained in an ever-evolving digital landscape.

To summarize, the partnership between Aviat Networks and Intracom Telecom encapsulates a shared vision of facilitating faster and more reliable Internet access through groundbreaking fixed wireless solutions. This initiative stands to alter the trajectory of networking technology across North America, catering to the growing appetite for multi-Gigabit connectivity solutions.

For more information on this partnership and the technology advancements on offer, visit the official websites of Aviat Networks and Intracom Telecom.