We've got Bluetooth, we will soon have Wireless USB and it now
looks as though we may have another wireless standard vying to connect our
wireless peripherals in the form of "Wibree."
Wibree is Nokia's short-range wireless connection that is seen as a cheaper,
more efficient alternative to Bluetooth in some situations.
Wibree would provide a connection link with speeds up to 1
Mbps at a distance of up to 30 feet. According to Nokia, Wibree can be
implemented as a standalone solution or as a Bluetooth-Wibree module. Nokia see
Wibree as a perfect fit for mobile phones, watches, wireless keyboards, sports
and medical equipment as well as children’s toys.
"Wibree technology is an important development that
opens up new market opportunities and a whole new range of possibilities for
mobile users. Our aim is to establish an industry standard faster than ever
before by offering an interoperable solution that can be commercialized and
incorporated into products quickly," said Dr. Bob Iannucci, head of the
Nokia Research Center.
Nokia is working together to produce the first commercial
interoperability specification by the second quarter of 2007 with the help of
Broadcom Corporation, CSR, Epson and Nordic Semiconductor.
Update: 10/3/2006: We got this response from the Bluetooth SIG regarding Wibree:
It’s important to note that this isn’t an alternative for the
majority of Bluetooth use cases that include the voice, printing, transfer and
music scenarios. As the Nokia release points out, they are focused on
sensor applications like the watch. However, like most technologies there
is some overlap such as the mention of HID devices in the announcement.
There are talks between the Bluetooth SIG and Nokia regarding the future of
Wibree but at this point there is nothing concrete to say publicly.
Ultra low power Bluetooth technology is definitely part of
our roadmap and the Bluetooth SIG is evaluating Wibree for possible inclusion
into the SIG. Just like we are working with the WiMedia Alliance to
combine Bluetooth and Ultra Wideband technologies and create a high speed
Bluetooth channel, we will work to do the same at the ultra low power level.