Nick Torres, Jerad Hoke and Ben Durbin demonstrate road sensors that the Maryland State Highway Administration deploys throughout Maryland. CE installs and maintains these systems which collect real time data on road conditions. http://www.wbaltv.com/article/new-snow-tools-and-trucks-to-start-operating-this-winter-in-maryland/13454195
Communications Electronics is pleased to announce the recent acquisition of PROCOM Corporation. PROCOM is a wireless communications company based in Jessup, MD and a Motorola Solutions Platinum Channel Partner. PROCOM was established in 2004 and has a strong presence in the Federal Government sector.
The acquisition is part of Communications Electronics’ strategic plan for growth and sustainability. Roger Cassell, President of Communications Electronics, commented: “This acquisition is one step in our plan to expand and grow our Motorola Solutions footprint and business and to become one of the top 15 Motorola dealers in the country. As always, our focus is on our customers, employees and helping people connect.”
Together, Communications Electronics and Procom sell and service more Motorola product in the Mid-Atlantic than any other provider, bring the highest level and number of technicians, engineers, installers and service vehicles to the region, and maintain the largest Motorola system in the Mid-Atlantic.
“We are excited by our acquisition by Communications Electronics. Joining a broader team, we are able to leverage CE’s extensive technical and back office resources to better serve our customers” said Gabe Najjar, President of Procom Corporation.
Procom will operate independently as Procom LLC, a wholly owned subsidiary of Communications Electronics. Gabe Najjar will serve as President of Procom LLC.
About Communications Electronics
Communications Electronics (CE) is a wireless communications company based in Timonium, Md. Serving the mid-Atlantic, CE provides the latest technology in communications solutions to keep teams connected. CE is a Platinum Elite Sales and Service Partner for Motorola Solutions. CE’s portfolio includes system engineering, design, project management, installation, sales and service for two-way radio, in-building wireless systems and distributed antenna systems (DAS), licensed and unlicensed wireless data networks, early warning systems, dispatch consoles, analog and IP video, and a host of related products.
Located in Jessup, MD, Procom is a Motorola Solutions Channel Partner and Federal Government Reseller, providing wireless solutions since 2004. Procom holds GSA and other Federal and State contracts and currently serves Maryland, Northern Virginia, Washington, DC and Pennsylvania.
Procom services include system design, installation, maintenance, repair and FCC licensing.
The advantages of energy efficient buildings are apparent — lower costs and reduced environmental impact are among the main benefits.
Energy use in the buildings sector is an increasingly important consideration. Buildings account for about 75 percent of all electricity use and 40 percent of primary energy use and greenhouse gas emissions in the U.S. As well, buildings that meet LEED requirements are highly regarded and attractive to owners, operators, and tenants.
The goal for facility managers is to find the most cost- effective and energy efficient building technologies — whether lighting, HVAC, or other — while also maintaining another utility that is, to many, as essential as heat and water: in-building wireless communication.
While seeking LEED certification for new or renovated buildings via new technology and building methods can result in lower energy consumption and reduced greenhouse gas emissions, it can also have an adverse effect on wireless communications.
In Short – Probably not. This represents a range of risks, the most important of which is the protection of persons and the protection of property. It also represents business risks: Liability, Code Compliance, ability to obtain Certificate of Occupancy, Insurance Rate impacts, and the proper functioning of in-building wireless systems.
Cellular service and the smartphones of today are a far cry from the “brick” phones of thirty years ago. Evolution from cellular phones to smartphones shifted usage patterns from voice to data, with cellular networks expanding exponentially and technologically to support this change. Today, the majority of traffic on these networks is data-related, which elevates the criticality of having quality network service from “would be nice” to “absolutely required.”
While outdoor wireless network coverage grew to the point where cell towers became a common fixture across the landscape, the one area that lagged far behind wasindoor coverage. Even today, with 60 percent to 80 percent of all wireless usage occurring indoors, there’s a lack of quality cellular coverage inside buildings. This is the result of both poor signal penetration from outdoor macrocell sites and capacity issues brought about by the vast concentration of users in a given area—think Super Bowl and convention center.
As wireless networks grew and usage patterns went through a paradigm shift to data, the impact of usage on the macro networks changed as well. The focus evolved from simply coverage to coverage and capacity. The macro networks continue to be crushed by the ever-escalating amount of data being pushed through them. So the focus shifted to carrier offload of data usage from the macrocell sites to systems installed inside buildings. Carriers went on a tear to identify, negotiate, and install distributed antenna systems (DAS) at their own expense into key properties in major markets across the country. Their targets included hotel and convention properties, hospitals, sports stadiums, college and university campuses, and even subway tunnels and airport terminals.
In a recent market study, ABI Research, the leader in technology market intelligence, forecasts the in-building wireless market to more than double in revenue by 2020, with the market anticipated to top $9 billion by 2020. The company predicts that North American activity will drive the overall market, with Europe and Asia-Pacific regions working to pick up the pace during 2016.
We found an interesting story written by Jeff Mucci on RCR Wireless News. In the article, Jeff states that;
The deployment of distributed antenna system nodes is expected to double between 2013 and 2016, according to a recent forecast published by Mobile Experts. The report also predicts that 50% of DAS networks will include small cells and Wi-Fi by 2018.
“Multiple operators in North America are doubling or tripling their DAS spending plans”, explained Joe Madden, principal analyst at Mobile Experts. “In China, DAS spending is down 20%, but in the [United States] it’s up 30%. There are radical changes going on, which in the end will be incredibly lucrative for DAS neutral hosts, installers and system integrators.
“The DAS market will more than double in size over the next five years, with a dramatic increase in the combination of DAS with Wi-Fi, public safety radio and LTE networks,” Madden added. “People wonder how small cells will find access to backhaul. In fact, the clear answer is to use a fiber-based DAS system in many public buildings.”
Cambridge Wireless is reporting that Zinwave distributed antenna system (DAS) is becoming system of choice for high-density buildings With Smartphone ownership on the increase and wireless broadband services more prevalent, sports enthusiasts expect unlimited access to 4G services after purchasing tickets to watch their favourite teams play live in major league tournaments like the FIFA World Cup.
Large stadiums usually have seating capacities in excess of 60K and mobile operators are finding it increasingly difficult to provide uninterrupted access to data services during live events. Networks frequently jam up as spectators share their experiences in real time and these venues require a not only dedicated coverage but also dedicated capacity to address these issues
Zinwave’s distributed antenna system (DAS) is being increasingly selected as the system of choice by stadium owners and neutral host providers. Its wideband capabilities are enabling these high density venues to overcome interference, soft handover and capacity management challenges and better manage peaks and troughs in network traffic.
RTT News is reporting that Nokia Networks is buying SAC Wireless to boost it’s network implementation services. Schaumburg, Illinois-based SAC Wireless, with about 450 employees, has a national footprint and has worked with major telecom operators. The company helps to support the rollout of major telecom networks in the U.S., including indoor/outdoor small cells, distributed antenna systems, and 4G LTE upgrades.
SAC Wireless’ services include an SAC Wireless Engine Room that is focused on managing site development, architectural and engineering, regulatory and compliance activities for national network programs.
In addition, SAC Wireless services include self-perform implementation of indoor and outdoor small cells and distributed antenna systems or DAS, RF engineering and design, and turnkey program management of large-scale network deployments.
Many people ask us; What is a Small Cell? Pankaj Gandhi wrote a great article on the Commscope blog.
Small cells or small cellular base stations encompass a number of different technologies but one could describe them as anything that’s not a typical macro site. They are deployed to solve network capacity issues in a relatively small area, like a hot spot or an important zone that is a subset of the umbrella macro site coverage.
Occupying less space, they help ensure seamless connectivity. Operators can easily replace large cell sites in crowded urban areas with several smaller cell sites or even augment cell sites using small cells solutions. By shrinking and/or breaking the size of each cell, operators can support more users per square mile. This means fewer blocked calls and more consistent data speeds in dense Indian metro cities. There are several ways that small cells can be deployed to expand capacity:
- Passive Distributed Antenna Systems (DAS)
- Active Distributed Antenna Systems (DAS)
- Concealed, Integrated Metrocells
- Multibeam Antennas and Sector Splitting
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