If you turn on the TV or listen to the radio, you hear a lot of bad news. Today we have some good news about a product designed and produced locally. We were featured today on RFID Journal. The article is about our RFID Detector card. This is our first Montie Design-branded product. You can view the article at: http://www.rfidjournal.com/article/articleview/4646
You can purchase the card through our website (www.montie.com and click on the “Products” tab).
The text of the article follows:
RFID Detector Offers Low-Cost Troubleshooting Device
The device illuminates an LED upon sensing RFID transmission from a UHF reader, thereby offering a low-cost tool for installers and RFID reader owners.
By Claire Swedberg
Mar. 2, 2009—A new device from Montie Design, a newcomer to the radio frequency identification market, will enable RFID users and installers to detect whether an RFID interrogator is operating properly during or after installation. The $20 device fits into a pocket or clips to an ID badge, and is currently being marketed to RFID installers and users.
The idea for the device originated with a friend of one of the company’s designers late last year, according to Montie Roland, CEO of Montie Design, a two-year-old design firm located in Morrisville, NC. The company typically designs industrial and mechanical products, such as bike rental stations, solar panels and encasing for RFID transceivers and other products. Roland says his seven-engineer staff comprises “generalists” who develop a variety of items that are then marketed and distributed by the firm.
It took approximately two months to produce that product, Roland says, which consists of an LED and an antenna integrated into a PCB. The product is assembled by GRT Electronics, located in Raleigh, NC.
Thus far, says Karl Frank, Montie Design’s business development manager, the firm has sold units to the U.S. Department of Homeland Security, as well as to several RFID equipment manufacturers (OEMs) and installers. Manufacturers or integrators can have their logo silk-screened onto the detector, Frank says, which they can then utilize as promotional tools, such as providing them to customers during installations.
To operate the detector, a user holds it several inches to several feet in front of an ultrahigh-frequency (UHF) reader antenna. If the device detects an RFID transmission from the reader, a blue LED in the center of the device illuminates. If the interrogator is not transmitting, the light remains non-illuminated. The device is designed to be inexpensive and small enough to fit into a pocket, Roland says. It does not measure the quality of transmission, but simply detects whether transmission is present.
Roland envisions systems integrators employing the detector to confirm that new readers being installed are functioning properly, and by end users conducting troubleshooting after installation. He indicates he has received a surprising number of enquiries regarding whether the device could be utilized in public places to determine whether readers were attempting to skim information off of RFID tags in licenses, passports or loyalty cards. The detector, he notes, would not be very effective because it must be located within a few feet of the interrogator in order to detect its transmission, and since it only detects UHF transmissions.
“That was very unexpected—the interest in using a device like this for privacy,” Roland says. “We realize now that there is a very large market for that, and we have such a product on our product road map.” It will be several years before the device is launched, he adds, noting that it would need to be an active RFID detector, and thus would require a battery. It would also be more expensive than the $20 RFID detector, which contains no battery and detects only transmissions from passive reader systems.
In the meantime, Roland says, the company is developing another version of the existing RFID detector for the 865 to 867 MHz range—the UHF band used in Europe—and another to detect high-frequency transmissions.