Activator:

The activator is the central part of an ActiveTag architecture.  Connected to an antenna specified for the needed application, this activator supplies a low frequency signal which activates tags as they travel along with the signal stream. 

Once activated, the location ID is written to the tag and transmitted again (including the newly created ID) in order to present the tag's exact location at the time activation occurred. 

Adjustments can be made in terms of the expansion or reduction of the activation diameter, depending on specific needs and requirements.   Installation is simple and offers flexibility in coverage. 

In addition, configuration of an activator that utilizes a location ID defined by the user is possible.  This can be realized by either the use of a serial port through a PC or terminal device, or by the use of jumpers, which would be operated manually.
 

Receiver:

The ActiveTag receiver is intended for general purpose, with network capability.  It works in three steps: 

1. The receiver detects a tag signal.
2. It transforms that signal into actual data.
3. This newly-formed data is transmitted to either a controller or host application.

As needed, an unlimited amount of receivers can be combined from multiple areas.  This allows assets, personnel, and other resources to be monitored and tracked.  Whether information is received automatically or when activated by a specific event, the receiver will quickly and efficiently process and filter this information.  Depending on your set-up, information can be received from further than 35 feet away.

If there is already an access control or alarm system in place, the receiver can easily be integrated into this existing set-up by way of an optional Wiegand output.   Interfacing is made simple due to its support of 26-bit Wiegand and RS-232 serial port.  Another option of this receiver includes Ethernet network capability.
 

Antennas:

There are a number of antenna types to choose from, depending on your set-up and needs:

Overhead Plex Antenna:

Links directly to the activator, creating flexibility of coverage for a wide array of applications.  The antenna's construction allows it to be installed as-is or painted in order to blend in with everything around it.  Ideal locations include below ceiling tiles, for use with indoor and outdoor applications. 
 

Switch Plate Antenna:

Due to itssmaller size, this antenna is typically mounted vertically in the middle of a door frame.  Flexibility in coverage areas is achieved by the direct connection of the switch plate.  Like other antennas, it can be painted in order to blend in.  Ideal locations include both indoor and outdoor applications.

Flex Antenna:

Discrete coverage areas are made easy with the use of a flex antenna.  This allows for multiple uses within a wide array of applications.  If a seamless blending within its environment is required in conjunction with a lack of obstruction within activation areas, the flex antenna will provide the needed function and flexibility.  Ideal locations include beneath carpet or a floor mat, behind hanging photos or paintings, and either in or on walls and ceilings. 

Thin Plex Antenna:

This antenna provides simple functionality and flexibility in both its placement and coverage areas for applications.  Like other antennas, painting a thin plex antenna can allow for blending into its environment.  Ideal locations include below ceiling tiles, for use with indoor and outdoor applications.

Wide Plex Antenna:

Similar to the thin plex antenna, only a bit larger.  Like the thin plex, the wide plex antenna can be camouflaged into its environment and is made of sturdy, yet flexible, construction.  Ideal locations include below ceiling tiles. For use with indoor and outdoor applications.