SAN FRANCISCO & CAMBRIDGE, England- Bluetooth SIG Medical Working Group meeting:

 
 CSR (LSE:CSR) today gave the world’s first public demonstration of Bluetooth low energy technology provided by CSR’s BlueCore7 in a mobile phone handset. The demonstration took place at the San Francisco meeting of the Bluetooth SIG Medical Working Group, and consisted of a set of weighing scales and a temperature sensor connected via Bluetooth low energy to a cell-phone. This is a major step towards establishing a standard low power wireless technology and reinforces CSR’s commitment to driving the development of Bluetooth low energy products, particularly for applications in the medical sector. The Bluetooth SIG expects final adoption of Bluetooth low energy technology in Q1, 2009.
 
 The demonstration showed the two Bluetooth low energy devices transferring data to the handset using a Bluetooth low energy advertising packet without any prior configuration or pairing. When a button is pressed on the weighing scales the embedded Bluetooth low energy radio wakes up and sends a short burst of data to the handset. The temperature sensor transmits data continuously. The name and value of both sensors are then simultaneously displayed on the phone. The application automatically updates the display with the new value each time a new advertising packet is received.
 
 The mobile phone handset was modified for the purpose of the demonstration to incorporate CSR’s BlueCore7 dual mode silicon (Bluetooth low energy and Bluetooth v2.1), and a Java API and MIDlet application to provide a simple user interface for displaying the information received.
 
 “This is a key demonstration for the roll out of Bluetooth low energy,” said Robin Heydon, CSR’s Standards Architect. “CSR’s connectivity centre incorporates multiple technologies along with standard Bluetooth and we believe this is set to be the future of mobile handset architecture. We have now demonstrated Bluetooth low energy working in a handset in a real life application. Bluetooth low energy opens up many new markets and will bring wireless connectivity to countless devices that previously discounted it due to power concerns.”
 
 Bluetooth low energy (previously known as Ultra Low Power Bluetooth or Wibree) is a robust complementary Bluetooth technology designed to be used to transfer simple data sets between compact devices. The technology uses fewer frequencies (3 rather than 32) to make connections compared with standard Bluetooth, resulting in lower power consumption when connectable. Compact devices featuring Bluetooth low energy, such as sports equipment, can have battery life standby times measured in years, not just days or weeks.
 
 Bluetooth is the most successful short-range wireless technology in use today, embedded in over 50 percent of cellular handsets. Bluetooth low energy is the natural evolution of this successful technology. Because of its low power requirements and because Bluetooth is already deployed across a wide range of handsets, the technology is set to open up a whole new range applications for Bluetooth across sectors including medical, sports equipment and well-being when the low energy specification is finalised.
 
 CSR first demonstrated its Bluetooth low energy technology in April at the Continua Health Alliance medical conference in Luxembourg, where it proved that its low power silicon consumes 10 times less power and transmits data packets 50 times quicker than standard Bluetooth. This enables very low power and low latency applications such as remote controls. CSR’s BlueCore7 silicon is the world’s first product to integrate Bluetooth low energy technology which it has integrated as part of its connectivity centre and will be in volume production from Q4 2008.

 
 About CSR
 
 CSR is the leading global provider of personal wireless technology and its product portfolio covers Bluetooth, GPS, FM and Wi-Fi (IEEE802.11). CSR offers developed hardware/software solutions, based around its silicon platforms, that incorporate fully integrated radio, baseband and microcontroller elements.
 
 CSR’s customers include industry leaders such as Apple, Dell, LG, Motorola, NEC, Nokia, Panasonic, RIM, Samsung, Sharp, Sony, TomTom and Toshiba.
 
 CSR has its headquarters and offices in Cambridge, UK, and offices in Japan, Korea, Taiwan, China, India, France, Denmark, Sweden and both Dallas and Detroit in the USA.
 
 More information can be found at www.csr.com