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News
ZigBee Positioned to Drive Wireless Networking in
Building Automation, Industrial and Residential Control and Sensors
Markets in 2004 (19/2/2004)
Alliance Membership Momentum, Successful Interoperability
Testing and Positive Market Projections Set Stage for Adoption of
ZigBee(TM) Specification in 2004
The ZigBee Alliance, an association of companies
working together to enable wirelessly networked monitoring and control
products based on an open global standard, reported today that it
has achieved its 2003 objectives and is on course to meet its 2004
objectives. As of today, the ZigBee Alliance has grown to more than
62 member companies spanning semiconductor manufacturers, original
equipment manufacturers (OEMs), embedded software providers and
service providers. The organization also reported significant advancement
of the ZigBee specification with successful interoperability testing
by member companies. This progress will allow ZigBee to deliver
a robust specification in 2004, which will enable developers to
design interoperable, reliable and secure products targeted at the
building automation, industrial control, residential-lite commercial
control, and consumer electronic markets.
The ZigBee Alliance entered 2004 with strong
momentum from last year, highlighted by the more than 350 attendees
at the group's open house in San Jose, California, during the fourth
quarter of 2003. At that event, multiple vendors, including: Chipcon,
CompXs, Ember, Figure 8 Wireless, Helicomm, Motorola, Sensicast
and ZMD, showcased products visibly exceeding the performance estimates
and firmly laying the foundation for ZigBee-enabled applications.
Member companies are already moving to sample ZigBee-ready silicon,
and OEM member companies are developing prototype products based
on that silicon. According to West Technology Research Solutions
(WTRS), by 2008, there could be more than 300 million ZigBee chipsets
shipped annually in the home automation segment alone.
By the end of 2004, the ZigBee Alliance expects
to deliver the networking protocol specification and application
profiles, built on the IEEE 802.15.4 standard, to enable broad-based
deployment of wireless networks. To ensure interoperability within
these wireless networks, ZigBee recently held its first internal
interoperability-testing event. Several member companies participated
in the interoperability testing, which was conducted on two levels:
the first was designed to test the 802.15.4 radio frequency (RF)
functionality, specifically with the Physical Layer (PHY) and Media
Access Control (MAC), and the second was designed to test ZigBee
network functionality. Test participants were extremely pleased
with the level of success realized, especially given this was the
first such testing event. Because the ZigBee Alliance has defined
multi-vendor interoperability as a key objective to achieving reliability
and ease-of-use for installers and consumers, this test event represents
successful completion of a significant milestone toward that end.
"The interoperability testing exceeded our
expectations and sets a solid foundation for ZigBee as we work to
deliver the ratified specification," said Bob Heile, chairman of
the ZigBee Alliance. "The result clearly illustrates that building
automation developers will soon be able to take advantage of the
ZigBee technology to build and deploy scalable wireless monitoring
networks. These low cost, low power ZigBee wireless networks will
help to centralize building management and home control systems.
As a result, developers will benefit from reduced installation and
remodeling costs, and end users will benefit from significantly
reduced power consumption and cost savings."
Already industry analysts are recognizing
the potential for ZigBee, which is the only standards-based technology
to address the unique needs of low-cost, low-power, wireless sensor
networks for remote monitoring, home control, and building automation
network applications in the industrial and consumer markets. In
the recent WTRS ZigBee Market Report and Analysis, Kirsten West
said: "In the not-too-distant future, it will be common to find
as many as 100 ZigBee chips around the house. These will be found
in light switches, fire and smoke detectors, thermostats, appliances
in the kitchen, video and audio remote controls, landscaping and
security systems. The same principles and models apply to networks
in industrial, building automation and medical markets."
The ZigBee Alliance includes over 62 member
companies from a broad spectrum of industries, working to help shape
the wireless market by defining the specification, collaborating
on new standards-based technology for monitoring, automation and
control products, and leveraging their collective world-wide market
presence to bring a new low-cost, low-power wireless communication
solution to the market. "This is an opportune time for leading companies
who want to have input on developing the ZigBee specification and
create ZigBee products to join the ZigBee Alliance at the ground
floor," said Heile. "Member companies are in a unique position to
influence the direction of the technology."
www.zigbee.org
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