• VCJ together with Tokyo Radar Corp. and Tokyo Energy & Systems Inc. developed Wireless Power Meter/ Wireless M2M Node for power consumption monitoring.

• Wireless Power Meter/ Wireless M2M Node is based on ZigBee, global standard for power saving short distance wireless communication.

• Wireless Power Meter collects power consumption data and collected data is sent to the designated server via Wireless M2M Node.

<Features>

• All Wireless configuration

• Global Standard based: J2ME, ZigBee, Smart Energy, etc.

• Meets the requirement of Japan Power Industry Standard

• Small, Low cost and High performance

• One stop supply of Power meter and Sensor net components

• Flexible Server Interface

• This Kit consists of multiple wireless power meters and a wireless M2M node.

• The M2M node sends power consumption data collected by power meters to the designated server (PC in this demo kit)

• PC is to be prepared by a user.

• Tap configuration up to 15A

• CT configuration up to 120A

• All wireless configuration

• Global Standard based: J2ME, ZigBee, Smart Energy, etc.

• Meets the requirement of Japan Power Industry Standard

• Small, Low cost and High performance

• One stop supply of Power meter and Sensor net components

• Flexible Server Interface

This Kit is suitable for system integration trial and evaluation

<Features>

• Suitable for embedded system configuration

• Real-time OS

• Java integration

• Sensor net (ZigBee)

• Latest technology product (Java Chip, etc.)

 This product is high performance world’s smallest M2M Java box best suited for wireless M2M system integration.

<Features>

• Latest Java Chip

• World’s smallest Java Box

• Global Standard based: Java ME, Java SE, ZigBee, ZigBee HA, ZigBee SE, OSGi, etc.

• Key component for Wireless M2M system

• Real-time OS

<Target Market>

• Smart energy, smart grid, smart city

• Home automation

• Home security

• Health care/ Medical application

• Remote equipment monitoring and maintenance

• Stock inventory management

• ITS

• Environment monitoring: Forest, park, radioactive contamination

• Etc.

<Hardware Specification>

• Java Chip: Pure Java Chip: Direct execution of Java Bytecode

• Main memory: 32MB SDRAM

• Auxiliary memory: SD memory

• Clock: 160Mhz

• Interface: 10/100 Ethernet, USB2.0 (High speed Type A)

• Wireless IF: ZigBee IEEE 80215, XBee

• Industrial quality: Temperature, Humidity, Storage temperature

• RoHS

• VCCI class B

• Power: 5.0V DC

<Software Specification>

• J2ME De facto Standard

Pure Java ZigBee Application Framework

• 100% Pure Java

• LGPL3.0 License

• Java ME

• ZigBee

• XBee