wireless, communications, antenna solutions, radio
Laird Technologies to Attend 2011 Shenzhen International Internet of Things Technologies and Applications Exhibition Company to Showcase RFID Antennas for High-Performance Reader Applications
News Release from:
31 August 2011
Laird Technologies has announced it will be attending the 2011 Shenzhen International Internet of Things Technologies and Applications Exhibition (2011 IOTE). The exhibition will take place at the Shenzhen Convention & Exhibition Center in Shenzhen, China, September 15-17, 2011. Laird Technologies can be found at booth #B39-B40.
Laird Technologies will showcase its current RFID antenna portfolio, including its DCE RFID HD RooTenna™, S9028PCL Circular Polarity RFID Panel Antenna, and PA9-12 Directional Flat Panel Antenna. The company is the leading provider of RFID antennas for high-performance reader applications throughout the world. With end-to-end system knowledge, Laird Technologies adds value to their customers in every RFID antenna application by employing advanced and proprietary design tools, including Artificial Intelligence Optimization (AIO), bringing novel designs to market with unmatched performance.
“As one of the leading RFID antenna suppliers, Laird Technologies is very excited to be attending 2011 IOTE,” said Tony Zhao, Laird Technologies Regional Sales Director, IAS APAC. “Not only does this trade show provide Laird Technologies the opportunity to showcase new antenna products, but it also lets the company demonstrate how its wide-ranging product portfolio addresses the needs of current and potential customers.”
2011 IOTE is the largest exhibition of its kind not only in China, but also in Asia. It is an important showcasing and trading platform that lets RFID/ IOT technology vendors, end users, information service providers and integrators communicate face-to-face. As the most important event in RFID/IOT industry, it concentrates a great deal of the latest technologies, R&D results and products in the world of RFID industry.