Справочник Пользователя для AeroScout TAGP1000
P-1000 PENDANT TAG
User Guide
4
Tag Descriptions
The following describes the parts of the P-1000 Tag:
Figure 2: P-1000 Tag Descriptions
P-1000 Tag Features
Beaconing and Bi-directional Communication
The P-1000 Pendant Tag utilizes lightweight beaconing
communication (for standard messages) and bi-directional Wi-Fi
communication with full network association and authentication
(for advanced applications). This unique combination provides
a flexible and scalable solution for advanced applications.
The Tag can operate with up to four different network SSIDs in
a secure or non-secure mode and is able to store up to two
network IPs. The Tag also supports both static IP
configuration and DHCP.
communication (for standard messages) and bi-directional Wi-Fi
communication with full network association and authentication
(for advanced applications). This unique combination provides
a flexible and scalable solution for advanced applications.
The Tag can operate with up to four different network SSIDs in
a secure or non-secure mode and is able to store up to two
network IPs. The Tag also supports both static IP
configuration and DHCP.
RF Transmitter operation
In normal (regular) mode the Tag sends Wi-Fi beacon –
short message includes Tag unique ID. The RF transmission
duration is about 60 usec. Beaconing interval varies from
up to 5 minutes and depends of following events
processing- Motion, Call button pressing or LF receiver
activation. The AeroScout Location Engine receives
information from Wi-Fi-based Active RFID Tags and
standard Wi-Fi networking devices, and applies multiple
complex algorithms to produce highly accurate and
reliable location and status data in both indoor and
outdoor environments.
short message includes Tag unique ID. The RF transmission
duration is about 60 usec. Beaconing interval varies from
up to 5 minutes and depends of following events
processing- Motion, Call button pressing or LF receiver
activation. The AeroScout Location Engine receives
information from Wi-Fi-based Active RFID Tags and
standard Wi-Fi networking devices, and applies multiple
complex algorithms to produce highly accurate and
reliable location and status data in both indoor and
outdoor environments.
Front View
Back View
LED Indicator
Buzzer
Call Button
Rear panel
with label