CommScope has simplified the microwave antenna selection process by creating two comprehensive product families and four product ranges. You can learn more by reading Jim Syme’s blog.

During the past year, CommScope has shown its commitment to long haul microwaves with an update of its long-haul antennas. In this blog, Jim Syme explains when the new long-haul microwave antennas are introduced, they will meet the needs of any customer as they expand and improve their networks.

CommScope is making the most comprehensive upgrade to its microwave antenna portfolio in decades. The leader in microwave antennas is overhauling its entire long-haul antenna portfolio to significantly improve the coverage, capacity and cost-effectiveness of wireless backhaul for all applications.

What’s the right choice of radome material for microwave antennas—rigid or fabric? In modern antenna designs, the radome is an integral part of the antenna and, irrespective of the material used, must perform reliably over the life of the product and in all environments. In this blog, Jim Syme explores the history of radomes before answering the q

Many times we take the ability to communicate, via phone or text, for granted. But in times of crisis or disaster, the need to let family and friends know you are OK or the ability to reach out to first responders is critical. CommScope’s Donald Gardner talks about the need for quick turnaround of communications equipment in time of need.

How’s your long-haul microwave antenna system working? Looking to get better performance? Maybe you need an upgrade in radiation pattern envelope. If you need a fresher about what RPE is, check out this blog by Donald Gardner.

New developments in microwave antenna design and technology are leading to increased gain and smaller diameter sizes. Costs can be lower because of basic product costs and from savings in potential tower modifications. See this blog by Adrian Laidlaw for more details.

High winds and inclement weather pose a challenge for communications infrastructure in general, and microwave antennas in particular. Operators often experience trouble with paths due to misaligned antennas and damaged towers in the wake of heavy storms.