Alpha Wireless, a global leader in antennas and streetworks solutions, has unveiled its groundbreaking Small Cell Fusion platform. This innovative design marks the first 5G small cell antenna that can be mid-pole mounted on existing streetworks infrastructure, revolutionizing network densification.
In response to the escalating demand for 5G adoption, Alpha Wireless addresses the challenges faced by mobile network operators (MNOs) and neutral hosts in securing new site locations. The Small Cell Fusion platform enables antennas to be discreetly mounted and concealed on existing street assets, simplifying densification projects.
Key Features:
- Modular design for flexibility and field operability.
- Mix and match panels for customized coverage capabilities.
- Versatile mounting options include middle-of-pole, top-of-pole, and side-of-pole.
- Engineered for adaptability to evolving network demands.
Fergal Lawlor, CEO of Alpha Wireless, emphasizes the significance of this innovation in streamlining RF planning and speeding up deployments. The overwhelmingly positive industry feedback reflects the game-changing nature of the Small Cell Fusion platform in addressing real-world densification challenges for 5G and beyond.
Alpha Wireless continues expanding its concealment solutions portfolio, empowering rapid 5G deployment closer to subscribers. To learn more, visit Alpha Wireless at the Mobile World Congress in Barcelona on February 26–29, 2024.
About Alpha Wireless
Alpha Wireless leads in antenna-led technologies, delivering optimized coverage, capacity, and cost-efficiency solutions. With over 15 years of experience and over 1.5 million antennas installed worldwide, Alpha Wireless partners with network operators, system integrators, neutral hosts, and municipalities to design solutions that overcome environmental and economic challenges while preserving the natural landscape. Based in Ireland with a global presence, Alpha Wireless antennas have been deployed in over 50 countries. Visit Alpha Wireless for more information.
