Zebra Technologies TFF-1000-00AA Spread Spectrum/Non-Broadcast Tx User Manual users manual

Zebra Technologies Corporation Spread Spectrum/Non-Broadcast Tx users manual

users manual

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Document ID29179
Application IDpQpEWSe7iY/4ya3QdKrklg==
Document Descriptionusers manual
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeUser Manual
Display FormatAdobe Acrobat PDF - pdf
Filesize2.04kB (25534 bits)
Date Submitted1999-03-26 00:00:00
Date Available1999-05-06 00:00:00
Creation Date2001-07-01 10:38:13
Producing SoftwareAcrobat Distiller 4.0 for Windows
Document Lastmod2001-07-01 10:38:13
Document Titleusers manual

WiData Firefly
Real Time Locating System Tag
User’s Guide
TFF-1000-00AA
March 1999
WiData Corporation
2855 Bowers Avenue
Santa Clara, CA 95051
408-845-8500
FCC Requirements
This device must operate in compliance with Federal Communications Commission (FCC) Rules and Regulations Parts
15.
Model: TFF-1000-00AA
This device complies with Part 15 of the FCC Rules and RSS-210 of Industry Canada.
Operation is subject to the following two conditions: (1) This device may not cause harmful
interference, and (2) this device must accept any interference received, including interference
which may cause undesired operation.
FCC ID:
CANADIAN ID:
NSQTFF-1000-00AA
RF Notice
Any changes or modifications to WiData Corporation equipment not expressly approved by WiData Corporation could
void the user’s authority to operate the equipment.
Introduction
WiData Firefly System
The Firefly RF Location System is designed to permit users to determine the position of tagged assets in both indoor and
outdoor facilities such as factories and freight yards. The system locates tagged assets by a process involving redundant
triangulation. Each tag autonomously emits a 2.4 GHz direct sequence spread spectrum (DSSS) radio signal at
predetermined blink rate. Each tag’s blink rate is randomized around its predetermined value to minimize the number of
collisions between transmissions made by different tags. The signal emitted by the tag is received by a minimum of four
DSSS receivers each of which are capable of decoding that tag’s transmission. A typical transmission contains a preamble
which is used to synchronize the receiver, the tag’s serial number which identifies the tag, a status word which monitors
various tag functions, data stored in the tag’s memory and finally a CRC used to assure that the tag’s message is correct as
received.
Tag configuration parameters such as blink rate and user data to be stored in memory are loaded into the tag using a
device called a Hand Held Communicator (HHC). The HHC consists of a Type II PCMCIA card inserted into a laptop or
handheld PC. The PCMCIA card contains a short range (2 to 10 feet) radio transmitter and receiver which communicates
with a very low power transmitter and receiver contained in each tag. This short range communication link operates at 2.4
GHz. The modulation scheme used by the PCMCIA card was chosen to minimize power consumption by the battery
operated tag receiver. The DSSS transmitter allows the system to locate users of the HHC anywhere in the service area
covered by the system.
The principal components of the system are shown in the following figure.
WiData Firefly Real Time Location System Tag User’s Guide
Firefly System
GUI
Client
Block Diagram
Indigenous
Network(s)
FireFly
DBMS
GUI
Client
Front End
Processor
Reader
RF
Client
and
Reader
1-way spread
spectrum RF
(Blink S/N & telem)
Tag with
memory
2-way OOK
modulated RF
(Who?, Where?, Memory)
WiData
Server
Indigenous
MIS
DBMS
1-way spread
spectrum RF for
sending tag ID
association with
bar code read
Laser bar code scanner
Comunctr
Bar
Code
Scanner
PCMCIA
Reader
Reader
Figure 1
WiData Firefly Real Time Locating System Tag User’s Guide
HPC
Dimensions:
* reader - reader = 200 ft
* tag - reader = 200 ft
* tag - interrogator = 1-20 ft
* WLAN - WLAN = 200 - 500 ft
Instructions
WiData Model TFF-1000-00AA Tag
The WiData Model TFF-1000-00AA Tag is a compact battery operated radio frequency device which is a component of the WiData
Firefly Real Time Location System. The Firefly System is designed to track and locate items tagged with Model TFF-1000-00AA
tags. Each tag emits short, low power bursts of widely spread spectrum radio energy. These bursts are received by the Firefly System
Infrastructure. The time difference of arrival of bursts at each Infrastructure receiver are noted and the position of tagged items are
computed by multiple triangulation. Each burst contains the tag’s unique identification code and a status data word that provides
information on the tag’s configuration, battery state and other data. These data are entered into tags using the WiData Model HPC2000-00AA Hand Held Communicator. The tag’s identification number, status data word and it’s location are provided to the user by
the Infrastructure. Multiple tags may be present in typical installations allowing a large number of items to be tracked and located in
real time. The tags are packaged in sealed cases designed to operate in both indoor and outdoor environments. The tags have self
contained antennas and have no user replaceable parts or adjustments.
Battery life under typical conditions is in excess of 5 years.
Tag Installation and Activation
Tags are shipped with all radio emitters deactivated. Prior to installing a tag on an item to be tracked the tag must be activated. This is
done using The WiData Model HPC-2000-00AA Hand Held Communicator. The Communicator is used to configure and activate the
tag, and to confirm that the tag is properly configured and operational. The detailed procedure for tag activation is covered in the
HPC-2000-00AA Communicator Users Manual.
The tag is attached using appropriate mounting hardware kits.
WiData Firefly Real Time Locating System Tag User’s Guide
Operation
Operation
Configuration and Setup
The WiData Firefly Real Time Locating System Tag does not require any special configuration or setup to operate with
the Firefly System.
Operation
The WiData Firefly Real Time Locating System Tag is controlled and activated using the Hand Held Communicator.
Most applications allow the user perform one or more of the following functions:
•
•
•
•
•
•
•
Read data from tag memory
Write data to tag memory
Turn tag DSSS blink on and set the blink rate
Turn tag DSSS blink off
List Ids of tags within the OOK/FSK range of the Hand Held Communicator
Locate a specific tag by report the signal tag’s OOK/FSK signal strength
Upload data to the Firefly Data Base using DSSS transmit mode.
All Hand Held Communicator application software is pre-configured to individual system requirements before system
installation. All available functions are menu selectable through easy on screen instructions.
WiData Firefly Real Time Location System Tag User’s Guide
Specifications
Specifications
Tag
Dimensions
Weight
Operation Temperature
Storage Temperature
Humidity
Drop
2.3 x 2.5 x 1.1 inches
58 x 64 x 25 mm
2 oz
-25 to +60 °C
-20 to +70 °C
100% condensing
4 feet to concrete
DSSS RF Performance
Frequency
Spreading (PN Code)
Chip Rate
Power
Range (to DSSS reader)
2441.750 MHz
511 chips/bit
30.521875 MHz
<5mW
greater than 200 feet
OOK/FSK RF Performance
Frequency
OOK/FSK Rates
Power
Range (to communicator)
2446.520 MHz
375 kHz (Logic 0)
535 kHz (Logic 1)
<1mW
0 to 6 feet
WiData Firefly Real Time Location System Tag User’s Guide

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Create Date                     : 2001:07:01 10:38:13
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Modify Date                     : 2001:07:01 10:38:13+01:00
Page Count                      : 7
EXIF Metadata provided by EXIF.tools
FCC ID Filing: NSQTFF-1000-00AA

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