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Antenna Range Extender Kits for Motorola VC5090 / VC70 Mobile PC

Posted on Thursday, December 18th, 2014

At Arcadian Inc., our antenna support staff is contacted on a daily basis by people using Motorola’s VC5090 and VC70 Ultra-rugged Vehicle-Mounted Mobile Computers.  The issue they are facing is lack of RF / Wi-Fi connectivity from their VC5090 or VC70, which is fork lift / lift truck mounted, to the wireless network in the warehouse or distribution center.

Typically, the root cause of this scenario is that these mobile PC’s have an “internal” antenna embedded within the unit itself.  From a technical standpoint we have learned from many years' experience that if your VC5090 or VC70 PC's are mounted on fork lifts, the internal antenna alone will NOT help your connectivity, and neither will the often recommended external antenna WTS2450-RPSMA. The roll cage of the vehicle causes major interference of the RF signal and is what prevents the computers existing (internal) antenna from working properly.  Even if you attach an external dipole antenna, like the WTSB2450-RPSMA, the antenna is still located within the roll cage, thus still subject to the same interference and lack of connectivity to your network.

The only way to improve performance of your VC5090 is to get the antenna ABOVE the roll cage, so it is NOT subject to any interference. We have deployed thousands of these VC5090 and VC70 range extender kits all over the world, with much success. 

Full details are available here:

These kits are always IN STOCK and available for immediate shipment.  List Price is $99 USD

Extenet Enhances Wireless Service with new Distributed Antenna System at Chicago’s Museum of Science and Industry

Posted on Monday, December 15th, 2014

Museum of Science and Industry

 

ExteNet Systems has completed new enhanced wireless service on its distributed antenna system (DAS) network at the Museum of Science and Industry (MSI) in Chicago. MSI is the largest science museum in the Western Hemisphere, and has been a Chicago landmark for over a century. The new system is designed to enhance the museum’s guest experience by providing significantly improved wireless service throughout the facility. 

 

Arcadian and Laird have been an instrumental part of the MSI deployment, which utilizes the Laird CMD69273P-30NF low PIM MIMO antenna to provide improved 3G/4G LTE cellular coverage. 

Laird CMD69273

This antenna was chosen by the client, who is extremely concerned with aesthetics, because it perfectly combines superior MiMo performance with the lowest profile of any omnidirectional iDAS antenna for 3G/4G-LTE on the market today.  


Since the initial deployment of 3G and 4G LTE networks, high-traffic buildings and venues have been increasingly faced with challenges in mobile connectivity. To enhance the guest experience, MSI worked with ExteNet to deploy multiple, discreetly mounted antennas throughout the historic building, improving mobile communication functionality and experience for both the museum and its guests, while maintaining the aesthetics of the historic building.

“Because smartphones account for 70 percent of mobile phones today, elevating the need for network connectivity, the Museum of Science and Industry wants to deliver a superior mobile experience to its guests,” noted Ross Manire, President and CEO of ExteNet. The 610,000 square-foot MSI typically hosts 1.4 million guests per year, and with the dramatically improved access to its new wireless network, guests will have even more opportunities to enjoy and share their experiences. 

UGG Shoes to use Circularly Polarized RFID Antennas in Retail Stores for new Interactive Displays

Posted on Monday, December 15th, 2014

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To launch their next-generation UGG Australia stores, Deckers Brands partnered with tech firm Control Group of New York, using Times-7 RFID antennas supplied by Arcadian, Inc. 

 

The innovative system was designed from the ground up to bring the information and inventory of their e-commerce platform to the brick and mortar world. The system was launched at it’s new UGG Australia store in McLean, Va, and will eventually be launched at other Deckers stores if the technology is well received by customers. The project is part of a drive by Deckers to use technology to make its physical stores a more “omni-channel” experience.

A6590C-71749-FG

 

Arcadian, Inc. was instrumental in antenna evaluation and demonstrations at Control Group in New York City, and is supporting Deckers to outfit the retail pilot stores. Antennas used in this project are the Times-7 A6590C-71749-FG  shown here. 

 

pastedGraphic_2.pdfAlso critical to the process was the RFMAX RFID Power Mapper, which was used throughout the antenna evaluation process, aiding the design team in understanding the range and coverage area of RFID signals.

 

When a customer tries on a shoe and walks over to the mirror to see how it looks, hidden RFID-technology “magically” changes the content on an embedded HD display to show information relevant to the item she has on—such as other colors available and similar styles based on “customers also bought” logic. She can then scroll through options right from the screen and send a notification to her phone with a direct link to the item to order with free delivery.

 

Consumers also have the option of following prompts on the touchscreen to send themselves text messages containing product links, directly from the Control Group software residing on a centralized content management server. In that way, shoppers can view details about a product they tried on, whether or not they purchase it at the time. The collected data is also forwarded to UGG store managers, enabling them to design promotional campaigns and in-store visuals.

 

For customers, the unique and memorable experience provides frictionless access to information and products, making the shopping experience both easier and more enjoyable. For Deckers, it increases customer engagement with the UGG brand and extends content and inventory beyond what the physical store allows.

Stores sales representatives carry iPads enabling them to seek additional product information that shoppers request. They can also use devices to help a shopper order an item online if it is unavailable at the store.

 

The store is considering other future applications for the RFID technology as well. For instance, Miller says, it may opt to integrate antennas into the shelving at some locations, thereby providing additional options for viewing product data. "A sales associate might use this as an assisted sales tool," he explains. "Placing a shoe on a pedestal, triggering content on a nearby screen that tells a product story, displays related styles or accesses inventory information."

 

To date, Powers reports, "consumers enjoy the seamless way that these technologies assist them in making purchases."

Industry First From Laird Enables Greater In-Building Wireless Capacity

Posted on Wednesday, December 10th, 2014

Laird Launches Two New Antenna Products Enabling Superior Performance in Very Different Environments 

 

Global technology leader Laird (LRD: London), today launches two new antenna solutions, including an industry first. With applications including commercial, industrial, and the Internet of Things (IoT), these antennas are the result of extensive investment in research, customer feedback, and comprehensive testing.

 





Industry First

In high traffic environments like hospitals, warehouses, and office buildings, reliable and fast data and voice connections are crucial to a productive workplace. “Single or dual port antennas in the marketplace today do not always adequately support robust, reliable data and voice communications in a high traffic areas,” says Monty Rohde Senior Vice President of Infrastructure Antenna Systems for Laird. “We set out to engineer an industry leading solution to increase in-building performance for both data and voice services.”

The result is the CMQ69273P Antenna. With its thin, low-profile design, this ceiling mounted antenna  offers complete cellular 3G/ 4G LTE data communication at every one of its 4-ports. This means in a properly engineered wireless system, the CMQ antenna enables workers in high traffic commercial and industrial complexes to enjoy increased voice and data performance with unmatched signal integrity provided by Laird.

Internet of Things

With its second product release today, Laird is also enabling exciting new opportunities within emerging Machine to Machine (M2M) IoT applications.

“The IoT revolution is not just for consumers. Companies now need to interact with and control their equipment in real-time. The absence of these capabilities can have a substantial commercial impact,” says Rohde. The challenge is that many of these environments include moisture, dust, and other potential hazards for electronics.

So Laird engineers designed the HCR line of antennas. These are extremely rugged antennas with a low profile design which offer superior performance. Rohde explains, “We like to say the HCR line of Antennas can go almost anywhere a machine can go and still provide clear, reliable data communications.”

The new HCR6927 3G/ 4G LTE Rotatable Shell Omnidirectional Antenna is ready for the worst conditions. It is rated for temporary water immersion, can withstand temperatures from -40 degrees to 70 degrees Celsius, and offers a variety of vandal resistant mounting options.

The HCR antenna platform provides frequency agility, low visibility, wide bandwidth and a low angle radiation pattern which is superior to traditional gain antennas is most applications. This makes it ideal for M2M system applications within the commercial, industrial, transportation, energy, utility, retail and financial industries.

They can operate in the 698 to 960 MHz or 1710 to 2700 MHz frequency ranges while the HCR8065 LTE Rotatable Shell Omnidirectional Antenna functions in the 806 to 960 MHz or 1710 to 2200 MHz frequency ranges.

CMQ Editor Notes

This is the first antenna in the market to offer low passive inter-modulation or PIM with 4-port Multi-Input, Multi-Output or MIMO. As Laird’s newest edition to the indoor distributed antenna system or iDAS product portfolio, the antenna features advanced design techniques and special materials, which minimize interference and improve in-building wireless network coverage as well as capacity.

The Laird CMQ69273P Low PIM 4-port MIMO Ceiling Mount Omnidirectional Antenna functions in the 698 to 960MHz or 1710 to 2700 MHz frequency ranges. The line of antennas is engineered to accommodate a variety of ceiling configurations and while providing optimal radiation within the coverage zone.

Please call 1 (888) 925-5967 or email us at: sales@arcadianinc.com for more information about LAIRD’S new CMQ antennas.

 

INDUSTRY FIRST FROM LAIRD ENABLES GREATER IN-BUILDING WIRELESS CAPACITY 

 

New Laird Phantom Antenna Guide Now Available

Posted on Tuesday, July 8th, 2014

This handy ordering guide includes a part # key for Laird's legacy Phantom Antennas. These antennas are designed for mobile and fixed applications with 450MHz/UHF, 900MHz ISM and 2G/3G cellular. These antennas are available with NMO or permanent N female mounting options in either black or white finish. 

Arcadian/Laird Phantom Antenna Guide (PDF)

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