If you know CommScope, then you know the name Frank Drendel.
If you’ve spoken with Frank, then you know he believes in one thing: “Nothing
sells like the truth.”
That has been Frank’s mantra since he founded CommScope more
than 40 years ago. It served him and the company well. It is his belief in
honesty that helped him grow CommScope from the
fledgling cable manufacturing company he founded in 1976 to a global
leader in infrastructure solutions for communications networks. CommScope now helps companies around the world
design, build and manage their wired and wireless networks.
are under constant change. Applications, as well as the IT equipment and
infrastructure that support them, are continuously evolving to better meet organizations’
business needs. Therefore, the initial design of data center becomes almost obsolete
the day after the installation and commissioning is completed.
definitely ways to make strides. In part
one of this series, we discussed benchmarking a data center’s efficiency to
reduce power usage effectiveness, or PUE. This is important when building or
redesigning a data center. Now it’s time to talk processing. Ask yourself: is
the data center mainly used for testing, production, internal processes,
networking or something else? What is the primary business supported by the
data center (e.g. financial services, healthcare, telecommunications, etc.)? What
level of resiliency is required to support this business? Efficiency is also
greatly affected if the data center operation’s scheme includes disaster recovery. All of these
questions help determine the next steps.
If you have been
involved with radio frequency (RF) subscriber installations or troubleshooting,
you have likely come across the term MoCA, often pronounced like a popular
chocolate and coffee beverage. So what
is MoCA, and how does it impact the subscriber network?
MoCA is an acronym for Multimedia over Coax Alliance, an
international consortium that develops standards for networking over coaxial
cable. Since 2004, MoCA has been working
to provide high speed networking protocols and standards that enable the
existing coaxial cable and passives in the subscriber premise to interconnect
devices throughout the home. One example
would be using the coaxial cables in the home to provide bidirectional
communication between a “master” set top box and a series of “satellite”
A paper napkin can serve a lot of purposes: protecting a table from water, blotting lipstick, occasionally slipping someone your phone number. But would you believe that one of our best innovations came to be by drawing a potential design on a paper napkin?
See the story below, and click here to read about this awesome success.
Wireless operators envision 5G will help them to serve multiple customers from a unified, flexible network. Network slicing, enabled by network function virtualization (NFV) and software-defined network (SDN) technologies, is what will make this possible. Fully scalable, programmable and flexible networks are the future with 5G. Check out this video for more information.
This is the first post in a new blog series based on the updated LTE Best Practices eBook, which is available for download from the CommScope website.
I love bread – all kinds of bread from dark, dense sourdough rye to cloud-in-a-crust French rolls. Part of the pleasure comes from baking at home, allowing the mouth-watering aroma of a fresh-from-the-oven loaf to fill the house. And I get to decide exactly what goes into that loaf. As with many leisure pursuits, there is a risk of becoming too absorbed by the minutiae of the process, but I have a secret that helps me focus more on the result – I use a bread machine to produce several of my favorite varieties.
are accessing the Internet in various ways. In my previous
blog, I showcased three basic broadband technologies consumers are
using—DSL, satellite and wireless. Each have positives and negatives, but for
some of them, it depends on location and the operator’s reach.
In this blog, I will
provide you with the final three technology choices for deploying broadband
services to the end customer—G.fast, DOCSIS and optical fiber.
This blog post is part of our video blog series—Fiber Friday.
Our subject matter experts will provide you
with some insight into the world of fiber optics, covering various industry
Who hasn’t heard of the Internet of Things (IoT)? If you aren’t sure what it is, then I suggest reading my colleague, Mike Wolfe’s, terrific
CommScope Definition blog explaining this technology.
IoT continues to evolve; however, it will likely involve different network requirements based on different applications because of increased bandwidth consumption. An emerging market for mobile operators is Africa. To support the continent’s bandwidth
demands, mobile networks require a fixed-line fiber network.
In my latest vlog, I discuss how the penetration of smartphones in Africa is driving people to consume more bandwidth, requiring African operators to deploy more fiber in their networks.
When building or decorating our homes,
we want to make sure materials such as curtains, carpet or furniture fabrics
are safe. Checking the flammability of
those items is highly advisable, given that our loved ones’ safety is at stake.
However, we spend our time in other places too: the office, concert halls,
public buildings, schools and hospitals.
But how do we know all construction products have properly been
To address this, the European
regulators introduced the Construction Product Directive (CPD) to classify fire
safety in 1989, which later became the Construction Product Regulation (CPR) in 2011.
This blog is part of a
series highlighting current events, real-world examples of network convergence,
and industry trends demonstrating why consumer habits will drive more
integrated and efficient networks. Consumers expect quick and seamless
connections so they can access the information they need wherever and whenever
they need it to accomplish the things that matter most to them; therefore,
leading to the necessity of network convergence.
Many times, when people hear the term “Internet of Things (IoT),” they either have no clue what it is or
immediately think of the new Amazon commercials about the dad turning on his sprinkler
system to get rid of an unwanted guest or the mom accessing
information about poison oak symptoms.
Generally defined as connecting normal objects to the Internet to be able to
send and receive data, IoT is a relatively new concept, but is becoming vastly
more important to the lives of many consumers.
While most IoT topics focus on smart devices, many consumers
are more interested in how these devices can meet their specific needs—such as saving time, accessing important
information and creating more efficiency in their lives. As consumers
increasingly depend on IoT devices—even perhaps without realizing it—network
convergence plays an imperative role in helping operators meet consumer IoT