Sensor Networking Laboratory

Mica 2 motes(900 Mhz): 24 nos – Temperature and Light sensors.

The hardware platform consists of Processor/Radio boards (MPR) commonly referred to as Motes. These battery-powered devices run Crossbow's XMesh self-forming, micro-power, networking stack. In addition to running the XMesh networking stack, each Mote runs the open-source TinyOS operating system which provides low-level event and task management.

Wireless Measurement System, MICA2

3rd Generation, Tiny, Wireless Smart Sensors
TinyOS - Unprecedented Communications and Processing
1yr Battery Life on AA Batteries (Using Sleep Modes)
Wireless Communications with Every Node as Router Capability
433, 868/916, or 310 MHz Multi-Channel Radio Transceiver
Light, Temperature, RH, Barometric Pressure, Acceleration/Seismic, Acoustic, Magnetic, GPS, and other Sensors available

Applications

Wireless Sensor Networks
Security, Surveillance, and Force Protection
Environmental Monitoring
Large Scale Wireless Networks (1000+ points)
Distributed Computing Platform

	Mica 2 motes(900 Mhz): 24 nos – Temperature and Light sensors. The hardware platform consists of Processor/Radio boards (MPR) commonly referred to as Motes. These battery-powered devices run Crossbow's XMesh self-forming, micro-power, networking stack. In addition to running the XMesh networking stack, each Mote runs the open-source TinyOS operating system which provides low-level event and task management. Wireless Measurement System, MICA2 3rd Generation, Tiny, Wireless Smart Sensors TinyOS - Unprecedented Communications and Processing 1yr Battery Life on AA Batteries (Using Sleep Modes) Wireless Communications with Every Node as Router Capability 433, 868/916, or 310 MHz Multi-Channel Radio Transceiver Light, Temperature, RH, Barometric Pressure, Acceleration/Seismic, Acoustic, Magnetic, GPS, and other Sensors available Applications Wireless Sensor Networks Security, Surveillance, and Force Protection Environmental Monitoring Large Scale Wireless Networks (1000+ points) Distributed Computing Platform
	Mica 2 dot motes: 13 no. Wireless Measurement System, MICA2DOT 3rd Generation, Quarter-sized (25mm), Wireless Smart Sensors TinyOS - Unprecedented Communications and Processing Battery Powered - Low Mass Fits Anywhere, Wireless Reprogramming Wireless Communications with Every Node as a Router Capability 433, 868/916, and 310 MHz Multi-Channel Radio Transceiver (compatible with MICA2/MPR4xx Series) Applications Tiny Wireless Sensors Temperature and Environmental Monitoring Data Logging in Hard-to-Reach Places Smart Badges, Wearable Computing Active 2-Way "Smart" Tags
	Crossbow motes: MTS420CA – 8 ENVIRONMENTAL MONITORING SENSOR BOARD MTS400CA Temperature & Humidity Humidity Accuracy < 3.5% Temperature Accuracy < 0.5 Deg. C Barometric Pressure 300mbar to 1100mbar, 3% Accuracy Ambient Light Sensor (400-1000nm) response 2-Axis Accelerometer (ADXL202) Compatible with MICA2 and MICAz MTS420CA Same features as MTS400CA GPS Module, Leadtek 9546 Compatible with MICA2 and MICAz Netgear wireless CF card: 1 Sensor Boards: 3 nos
	MIB500 – Mote programming board: 3 no. Crossbow offers the MIB family of basic Mote programming and interface boards for the MICA, MICA2, MICAz and MICA2DOT. The MIB510 offers RS-232 based serial programming and serial interace to the MICA family of Motes. The MIB520 provides USB connectivity to the MICA2/MICAz Motes for both communication and in-system programming. The MIB600 Ethernet Interface board delivers a LAN data interface and Mote programming
	MIB600CA: 5 no. Crossbow offers the MIB family of basic Mote programming and interface boards for the MICA, MICA2, MICAz and MICA2DOT. The MIB510 offers RS-232 based serial programming and serial interace to the MICA family of Motes. The MIB520 provides USB connectivity to the MICA2/MICAz Motes for both communication and in-system programming. The MIB600 Ethernet Interface board delivers a LAN data interface and Mote programming.
	Stargate processor + daughter card: 3 no. Crossbow offers the Stargate family of products for interfacing its Sensor Networks to the Internet and WWW. The Stargate is a powerful Linux based single board computer with Compact Flash, PCMCIA, Ethernet, USB Host, and additional interface.