From concealment to antennas to fiber and more, CommScope offers a full suite of small cell components that accommodate equipment from all major OEMs. Explore below or get more info on our small cell antenna product page.

4G/5G Outdoor Small Cell Solutions 13 Small cell antennas · Incredibly compact form factor and clean appearance designed to meet zoning requirements · High-performance, high-efficiency operation · Available in 10-, 14- and 16-port designs · Multiband multiport designs support 4X MIMO, carrier aggregation and licensed assisted access

Network densification using CommScope outdoor small cell solutions is the smart, fast, cost-effective way to expand capacity and deliver 5G.

2021年10月13日 · In CommScope, we’re committed to helping small cells do more in the densest, most challenging environments—and we’re putting in the work to make it a reality. To find out how to drive 5G rollouts in a new way with small cell densification, check out this short video.

2020年5月19日 · Indeed, a small cell mount enables operators to make use of existing utility space – with reduced zoning restrictions and decreased aesthetic challenges. CommScope’s new small cell strand mount allows operators to reuse existing infrastructure and …

new and innovative small cell antenna platform to help operators bridge the gap from now to next. licensed bands will support 4x MIMO and carrier aggregation, whether the radios are 4G or 5G. Highly capable, these small cell antennas are also surprisingly compact for faster site acquisition and easier installation. Because all antennas

Outdoor Small Cell Sites. Modernize micro and pico cell sites to expand capacity and support LTE and 5G deployments. View all products

Expand coverage for cellular services with distributed antenna systems (DAS) and small cells, and deploy private wireless networks for mission-critical applications. View all products …

Outdoor small cell sites: Shape a winning densification strategy CommScope offers a full range of outdoor small cell solutions including antennas, RF combiners, WDMs, power, fiber and wireless fronthaul/backhaul, and aesthetically pleasing concealment options.

The advanced capabilities of today’s 5G small cells create added power requirements, while customer expectations for reliability demand near-perfect uptime, even when the grid is down. With thousands of small cells, how do you power and backup each one in a way that’s fast, efficient and repeatable?