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What Is MIMO?

When a mobile user is in an urban setting, the RF signal traveling between the user’s handheld and the base station antenna often bounces off the many buildings in the way. Such bouncing around of the RF signal is called multipathing, a phenomenon that...

What is Wavelength Division Multiplexing (WDM)?

Wave Division Multiplexing (WDM) is a method of combining or separating multiple wavelengths of light in or out of a single strand of fiber with each wavelength of light carrying a different signal. The use of optical filters allows a certain range of wavelengths...

See the latest advances in FTTH network deployments

Learn how fiber indexing is accelerating FTTH network deployments. Join CommScope at Gigabit Cities Live (Charlotte NC/April 5, 2016) and Broadband Communities Summit (Austin TX/April 5-7, 2016)

Powered Fiber Cable System

Simultaneously power and communicate with small cell, wi-fi hotspots, HD camera and other network access devices.

The Impact of SDN and NFV on Fiber Connectivity and Capacity

Improved network performance, greater agility, lower costs, and new services – the transformational benefits of Software Defined Networking (SDN) and Network Functions Virtualization (NFV) for service providers are truly compelling. In this video, Joe Depa interviewed Pat Thompson, VP of Central Office and Headend...

How to make a standardized tower top

Picture this: you are tasked with building a wireless network across a country for an operator. You need this network to support current 2G and 3G technologies, but also be ready for 4G and beyond. Here's the problem, though. To have the capabilities in...

Unified Wireless Infrastructure Next Generation In-building Wireless Solution

CommScope’s Unified Wireless Infrastructure solution ION®-E offers a breakthrough alternative to the expensive, inflexible, limited capabilities of traditional deployments. ION-E achieves true physical layer convergence with IT infrastructure, leveraging your structured cabling assets and personnel to deliver a faster-deploying, more-reliable wired and wireless network.

DAS made Simple: ION-U

Distributed antenna systems (DAS) are proliferating fast as operators struggle to meet capacity demands, but DAS deployments can be complex and costly. The answer is ION®-U, the next-generation solution that offers DAS capacity without DAS complexity. As a unified low- and high-power platform, ION-U...

A Common Infrastructure for Connected and Efficient Buildings

Throughout the years, we have seen many examples of the benefits of connecting multiple building systems through a common physical infrastructure: Ave Maria University saved over $1 million on building costsby converging 23 disparate systems on a common IP network Pennzoil Place reduced energy usage by...

Does cell virtualization offer a peek at 5G?

In 2015 the Next Generation Mobile Networks (NGMN) Alliance published a white paper of 5G requirements, codifying for all intents and purposes the objectives of 5G. The paper includes things like consistent user experience, higher speed, lower latency, greater spectrum efficiency and support for Internet...

5G: A look back, a look ahead

Progress has been swift since the Next Generation Mobile Networks (NGMN) Alliance published its influential 5G whitepaper at Mobile World Congress 2015. Just recently, significant steps forward were announced in the US. The Federal Communications Commission (FCC) voted to open spectrum in the millimeter wave bands...

Small Footprint, Big Advantages: 4.3-10 Connectors

As traffic growth soars in mobile networks, operators and network infrastructure vendors face two related but distinct challenges. First, they must seek ways to improve network efficiency in an attempt to transport as much data as possible in limited spectrum. Second, they must do so...

As CommScope turns 40, network convergence is top priority

Convergence of wireless and wireline, highlights benefits of HFC, coax and fiber PHILADELPHIA – “Our big priority is to understand the convergence that we’ve been talking about today. What makes more sense: fiber to the home or fixed wireless?" That was the message from John Chamberlain,...

CommScope sells active fiber assets to Adtran

CommScope is selling two product lines to Adtran for an undisclosed sum. Adtran, a provider of cable networking equipment, will buy CommScope's active Ethernet passive optical network product platforms, as well as CommScope's radio frequency over glass product line. The transaction is not expected...

Analyst Angle Webinar: Massively densified networks: Why we need them and how we can build them

Densified networks are necessary to support increasing traffic loads with the current spectrum allowances. The webinar will assess multiple densification strategies: indoor vs. outdoor; public spaces vs. enterprise; small cells vs. DAS; contribution of carrier Wi-Fi of LTE unlicensed and LWA; neutral-host and infrastructure-sharing...

CommScope White Paper: Sharing an antenna doesn’t mean giving up control

New site deployments and the need for more RRU’s at the top of the tower can be costly as your network grows to meet capacity demands, so network sharing is once again a common topic of conversation. But since a shared antenna potentially interacts...

Disguise in the skies: Can reflective film hide small cells?

Network densification and small cells are on the roadmaps of every major U.S. operator, but those maps will need to include some hiding places along the way. Small cell concealment is a growing part of the wireless industry as Americans want full bars and...

Building the foundations for densification

A conversation about densification with Ben Cardwell, SVP and segment leader, CommScope Mobility Solutions The below is only a summary. Download a transcript of the complete interview and the full report “Massively densified networks. Why we need them and how we can build them.” Densification to expand coverage or increase capacity...