433MHz Active RFID Tag
07/20/2010

It operates at dual-frequencies to receive and transmit tag data allowing for fast and reliable communications. The UHF RFID tag automatically wakes up on receiving a command from an RFID reader and then transmits its ID and other information.

Online PR News – 20-July-2010 – – Toronto, Canada - GAO RFID Inc. (www.GAORFID.com) has announced the release of its 433MHz active RFID tag which is an ideal tool for access control and tracking of assets and personnel. The "Jumbo" tag contains an LED and buzzer to conveniently find tagged items or alert tag wearers.
This low power consuming RFID tag, model 127008, comes with several options including operating frequency, a bracket, LED, buzzer, and user memory. It operates at dual-frequencies to receive and transmit tag data allowing for fast and reliable communications. The UHF RFID tag automatically wakes up on receiving a command from an RFID reader and then transmits its ID and other information. Using a unique anti-collision algorithm, the tag ensures all tag data will be received even when many tags are transmitting simultaneously. With an optional bracket, the RFID tag can be mounted to any asset with a flat surface, and it can also be easily attached to items via the slotted hole near one of its ends.
Visit http://www.GAORFID.com for more information.
For any sales inquires please contact:
1-877 585-9555 ext. 601 - Toll Free (USA & Canada)
1-416 292-0038 ext. 601 - All Other Areas
sales@gaorfid.com
About GAO RFID Inc.
GAO RFID Inc. (www.GAORFID.com) is a leading provider of RFID Readers, RFID Tags and RFID software providing cost saving solutions to end users worldwide. GAO offers all RFID technologies: Low Frequency (LF), High Frequency (HF), Ultra High Frequency (UHF, Gen 2) as well as Active and Semi-Passive. GAO RFID's products and services are easily customized for use in asset tracking,healthcare, supply chain & logistics, event management, access control, livestock tracking, inventory control & management, field service maintenance and document authentication.