CommScope's COVID-19 Customer & Partner Hub Visit
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CommScope's COVID-19 Customer & Partner Hub Visit
With the explosive growth of cellular consumption and the accelerating rollout of 5G, wireless operators are being challenged to add capacity and boost network performance to stay ahead of the competition on the 5G deployment path. Adding new macro cell sites and modernizing existing sites are key strategies to address these challenges. But, in the new world of 5G, the earlier approaches to macro cell deployment no longer apply.
As a proven leader and innovator in wireless network infrastructure, CommScope knows there’s no single path to 5G and no one-size-fits-all macro cell solution. With a flexible, comprehensive range of macro cell solutions, we’re making the construction and updating of macro cell sites faster and more economical than ever before—keeping your customers connected now and into the 5G future.
Active, passive or both? Determining the best antenna upgrade approach for 5G can be a tough balancing act between cost, performance and space considerations.
Connectivity between remote radio units and 5G antennas is growing in complexity as the number of bands and ports per band increases to support multiple MIMO configurations.
Understanding the unique benefits that different fiber fronthaul approaches offer can help network operators meet installation schedules and budgets more efficiently.
Today’s higher-order MIMO deployments require multiband combining solutions that help speed up installation and lower costs by reducing the number of antennas and cables required.
As interference degrades capacity and erodes coverage, interference mitigation filter solutions can help suppress interfering bands and guard against noise from adjacent frequencies.
Increased traffic is straining capacity and spectrum availability and demand for backhaul throughput continues to grow. In many cases, the only solution is microwave
Wireless networks rise or fall based on the quality and capabilities of their base station antennas. CommScope designs, engineers and rigorously tests the antennas that mobility customers and operators alike have come to trust.
CommScope solutions go through extensive simulation, prototyping and environmental testing to validate performance and durability, backed by expertise that has earned more than 15,000 patents.
We offer customized counseling and technical support services to develop the best approach for optimizing your network, based on our 40-plus years of insight and innovation experience.
From base station antennas at the tower top to power and backhaul, CommScope macro cell solutions cover the full RF path and more.
Professional services—ranging from construction planning and permitting to commissioning, integration and validation—are also available to help ease deployments.
With strategically-located, high-volume factories and supply chains stretching around the world, CommScope can efficiently support your site builds.
As an end-to-end solution provider, we offer a full range of wireless and wired backhaul solutions to meet your budget and bandwidth requirements.
The release of 3.5 GHz and 5 GHz bands for 5G has put operators on the fast track to a truly next-generation definition of connectivity. Choosing the right antenna and infrastructure solutions can allow for a successful 5G rollout that is transparent to the existing 3G and 4G networks.
CommScope designs and manufactures a variety of easy-to-deploy macro cell site enclosures for your base station needs.
Network operators are seeking smart and efficient ways to deploy 5G while proactively managing challenges where space is limited and airwaves are congested. At CommScope, we can show you what’s possible in combining and interference mitigation filter solutions, including highly integrated options, to enable you to share antennas and feeders without degrading RF performance.
The wireless network experts at CommScope—and power experts at ABB—have partnered to create PowerShift®, the industry’s first intelligent, plug-and-play dc power supply.
Densification for LTE and 5G networks is driving the need for versatile options in fiber connectivity to the remote radio unit (RRU) more than ever before. Our HELIAX® fiber-to-the-antenna (FTTA) solutions encompass a wide range of options.
The PIM-guard family of cell site accessories is designed to minimize passive intermodulation (PIM) at the tower top, a common problem with traditional mechanical components that are vulnerable to wind and vibration, and at the junction of two metals at or near the antenna.
From cables and low-PIM jumpers to connectors, including M-LOC cluster connector systems, as well as ancillary accessories—we engineer and test our RF transmission system products to ensure they're easy to deploy while delivering superior performance and mechanical reliability.
White paper
Compare various techniques for increasing capacity based on cost, ecosystem support, FDD/TDD and channel bandwidth considerations.
Article
CommScope M-LOC cluster connector technology is designed to simplify 5G antenna-radio connections, while preventing connectivity errors. Read this article to learn more.
Case Study
The sea bridge that spans from Hong Kong to Macao to Zhuhai is the world’s longest. With help from CommScope, it also keeps tens of thousands of travelers wirelessly connected along its 55-kilometer length, despite annual typhoons and the onslaught of salt spray.
