User's Manual

Waspmote product information
- Condential
Document -
Large Data Storage: Each mote can store up to GB's of data due to the SD
flash memory it takes. The information is stored as files, as it would be done
in a common computer.
Ready for Emergency Events:
Waspmote has an accelerometer which can wake the mote up when an event
happens. Some of this events are: a fall, a crash, a linear movement. (We can
detect also is someone is stealing the device).
Sensors Integration: The mote is ready to connect 7 analog and 10 digital
sensors.
Actuator: Waspmote can also behave as an actuator due to its 10 different
output signals.
Geolocation: the GPS module let to know where the mote is located.
Time Synchronization: Each mote has its own clock timer which is powered
by an independent battery. This lets the mote to be always synchronized
despite being slept. This time can be adjusted with the GPS time.
Programming API: Waspmote comes with a complete library which lets easily
program and manage each of the modules.
Battery Powered: A rechargeable lithium battery is used to power the mote.
Socket for Solar Power Module: the mote comes with an special connection to
let a solar panel power the mote and recharge the lithium battery.
USB: The device lets communicate with a computer using the USB port. This
connector lets the mote to be powered and the battery recharged.
Among its features it counts with two basic communication modes:XBee and GSM/GPRS
that allows the board to communicate under any circunstances. The design has been
carefully crafted to be adapted to many different situations without compromising size or
power consumption.
It can be powered from any standard 3V3 to 3V7 source, as well as through its mini-USB
connector. It contains an intelligent battery charger and monitors its own charge through a
resistor bridge. Data coming from analog or digital sensors can be stored into the on-board
flash memory chip or a FAT-16 formatted micro SD card. These storage capabilities allow
for (optional) wireless reconfiguration of the mote’s firmware in a two steps process: load of
the new firmware in memory and update of the software into the chip through the execution
María de Luna 11, nave 5 instalaciones CEEI. 50018 Zaragoza. Tel 976547492. http://www.libelium.com
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