How would your cell phone perform at -85 degrees Fahrenheit, after being subjected to hurricane winds and rain, followed by violent shaking similar to forces uses in space? Washington Labs could show you, but it might not be pretty.
Before many manufacturers ever put certain products on the market, there are standards they must meet. When the U.S. Armed Forces wants to take a product in the field that is mission-ready, they rely on a full-service testing facility like Washington Laboratories, Ltd in Frederick to simulate high altitudes, extreme heat, turbine wind and more. This kind of reputation for “finding what doesn’t work” helps product manufacturers make their products better, and safer.
A young Mike Violette was always fascinated with science and engineering and how the universe and things worked. This evolved into an interest in solving technical challenges. Mike began his career with his father and grew Washington Labs from a two-man consulting company to over 50 people in North America, Asia and Europe. continue
Dr. Gerry Hayes, of the Wireless Research Center and Mike Violette, of Washington Laboratories and ACB
Dr. Gerry Hayes, President and CEO of the Wireless Research Center and Mike Violette, CEO of Washington Laboratories and Director of ACB have signed a Memorandum to expand cooperation in wireless testing and measurements, during the attendance at the recent IEEE Wireless Wearables & Medical Interoperability Workshop (WAMI ’18) in Rockville, MD.
The Wireless Research Center (WRC), located in Research Triangle Park, North Carolina, is a CTIA & Verizon authorized test laboratory and features design services for radio frequency and antenna design. One of the unique features that this cooperation offers is over-the-air testing (OTA) which is critical for measurements supporting the deployment of the Internet of Things (IoT) and devices that support Machine to Machine (M2M) connectivity. Mike says “I’m pleased to have access to these unique RF capabilities as we work to build out our wireless services. RF circuit analysis and design are key services. In addition, the WRC offers propagation analysis that will be useful for site planning and radio frequency coverage for network planners.”
Washington Labs provide device certification testing for commercial, aerospace, consumer and defense clients. “Washington Lab’s capabilities provide our clients with full-service measurements solutions for EMC, Safety and Environmental requirements.” Gerry stated. “We’re looking forward to cooperating on education and outreach activities in addition to working on some testing projects and global certifications through ACB.”
Desmond Fraser, Director of ACB said that “The cooperation with the Wireless Research Center is another solid step for ACB’s capabilities expansion. With their resources, we can provide added value for our domestic and global certification customers.”
The agreement covers core competencies that combine the three organizations’ strengths, notably:
Design, Testing and Training for:
FCC, MIL-STD, RTCA DO-160, CE
Performance & Forensic
Shielding & Facilities
CTIA & Verizon Authorized OTA Lab
Pre-Compliance Testing & Mitigation
Field Testing & Propagation Modeling
Iot & Wearable Design Support
Antenna & RF Design
Simulation & Analysis
Engineering & Development
Certification for the United States & Canada
Notified Body Services for the European Union
Hong Kong OFCA Certification
The agreement, effective immediately, was inked April 30, 2018.
Considering military sales for your LED lighting products – many elements are evaluated through the process. This article provides some basic guidance but remember that some specific applications may include very specific evaluation methods. Consider the discussion here – please contact us for your specific needs.
Real estate limitations placed a Proton Therapy Center (PTC) near a Magnetic Resonant Imaging (MRI) facility creating a high risk of interference. The PTC uses a 9T magnet that moves and an 11 kW RF transmitter operating at frequencies sensitive to the MRI operation. The unique approach to providing isolation, developed by Washington Laboratories was documented and published by the Journal of Proton Therapy under the title of:
BY MIKE VIOLETTE
Reproduced with permission of IN Compliance Magazine
Original publication June 2015
HAPPY BIRTHDAY, NATIONAL BROADBAND PLAN!
Blow out the candles, already! The recent auction of Advanced Wireless Spectrum raised $41 Big Ones (that’s $41E9) for the US Treasury. Now, spectrum is a little like real estate and as Will Rogers once said: “I had been putting what little money I had in Ocean Frontage [because] they wasn’t making any more…” If there were spectrum futures, I’d recommend placing a buy. AT&T, apparently, thinks the same way, having dropped nearly one-half of the record bids.
Part of this haymaking for the Feds is the result of the FCC’s “National Broadband Plan” or “The Ominbus Broadband Initiative.” In 2010 the FCC released a plan to increase the availability of spectrum for broadband deployment in the United States. Some of the initiatives have had an immediate impact. Others have languished or have been overtaken by events. What has happened since is that the Commission has made hundreds of MHz of spectrum available for all kinds of mobile, IoT and M2M uses. This has caused some difficulties for incumbent users and created opportunities for innovators.
This article will provide an update of how the plan is being implemented.