|
For over ten years, the RFID Resolution Team principals have provided industry with wide-ranging custom RFID (Radio Frequency Identification) solutions and associated technology support for a number of companies. They have extensive experience in applications, reader design at all frequencies, antennae and tag design. In July 2005 they came together to form the RFID Resolution Team focusing on the design and manufacture of RFID Appliances "shrink wrapped solutions" including the tools required to deploy and maintain these systems. The initial focus is on portal systems especially for large scale deployments.
Although the company is newly formed, the principles have been in the electronic system design area for over thirty years and specifically in UHF RFID for over ten years, in both large and small company environments. They have been members of several standards committees in EPC Global, ANSI and ISO providing the artifacts used in the acceptance voting of the ISO 18000-6 standards. They have also dealt with FCC and ETSI at several levels from compliance to regulatory reviews. They have also done design work for the DoD and sat on the Vendor Advisory Group and RFID Expert Group providing support for the DoDs RFID deployment plans.
The company is very active in Europe, participating in the Standards and Regulatory groups trying to find practical solutions to large RFID rollouts within the European regulations. The company has supplied equipment for pilots and evaluation and is currently supplying the portal designs being used in large Retail rollouts in Europe. The company also supplies test equipment to the European EPC Compliance Center in Neuss Germany. Additionally the company has a representative based in Shanghai and has started doing business in China and India both as a market and a source for manufacturing product.
Broad experience over a wide range of application, participation in standards and regulations plus their fundamental knowledge of the basic physics and the design of readers, tags and antennae make them ideally suited for determining the most effective method of implementing successful applications.
|
|