Lessons for Other Network Deployments

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1 Lessons for Other Network Deployments 3 rd Mobile Communications Seminar Health, Environment and Society November 20, 2006 Brussels John M. Roman Intel Corporation THE MATERIALS ARE PROVIDED "AS IS" WITHOUT ANY EXPRESS OR IMPLIED WARRANTY OF ANY KIND INCLUDING WARRANTIES OF MERCHANTABILITY, NONINFRINGEMENT OF INTELLECTUAL PROPERTY, OR FITNESS FOR ANY PARTICULAR PURPOSE. IN NO EVENT SHALL INTEL OR ITS SUPPLIERS BE LIABLE FOR ANY DAMAGES WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF PROFITS, BUSINESS INTERRUPTION, LOSS OF INFORMATION) ARISING OUT OF THE USE OF OR INABILITY TO USE THE MATERIALS, EVEN IF INTEL HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. BECAUSE SOME JURISDICTIONS PROHIBIT THE EXCLUSION OR LIMITATION OF LIABILITY FOR CONSEQUENTIAL OR INCIDENTAL DAMAGES, THE ABOVE LIMITATION MAY NOT APPLY TO YOU. Intel and its suppliers further do not warrant the accuracy or completeness of the information, text, graphics, links or other items contained within these materials. Intel may make changes to these materials, or to the products described therein, at any time without notice. Intel makes no commitment to update the Materials.

2 Introductions John M. Roman, Manager, spectrum assessment and policy - Intel Corporation Chairman, WiFi Alliance Task Group on Health and Science Member, WiMAX Forum special sub group addressing RF and health 2

3 Overview New Network Deployment Roadmap near term Wireless vision - Services offered Technical parameters Lessons Learned Benefit from mobile telephony experience Monitor scientific research & ensure regulatory compliance Establish responsible communications with the public 3

4 Emerging Wireless Technologies Intel and others are actively involved in bringing new wireless capabilities to consumers through: Ultra Wide Band (UWB) Radio Frequency Identification (RFID) Wireless Fidelity (WLAN) Wireless Access (WiMAX) 4

5 Emerging Technologies - Standards Bandwidth 1Gbps WPAN WLAN WWAN 100Mbps UWB Next Gen n a/g 10Mbps b (4G) 1Mbps Bluetooth, Zigbee Low Speed WPANs <1m 10m 100m 3G 2.5G Desktop Room Building Community Km(s) 5

6 The The Wireless Wireless Vision Vision WiMAX WiMAX WiFi WiFi (outdoor) Connectivity Connectivity Any Any Device Device Anywhere Anywhere Anytime Anytime UWB WiFi WiFi (indoor) UWB UWB 6 * Other names and brands may be claimed as the property of others.

7 Emerging Wireless Technologies Value to work & home Low powered, high speed digital consumer technologies Facilitates rapid information flow & mobility for consumers Provides new opportunities to improve business security, inventory & tracking IP based networks solutions offers triple play capabilities to consumers Unwiring the enterprise to boost productivity of the mobile workforce 7

8 Ultrawideband (UWB) Technology What is UWB? High speed data technology Broad spectrum ( GHz) with tight power restriction Theoretical Data Rates vs Distance USB2.0 Feb, 2002 U.S. approval for commercial use standard in development in EU Why is UWB compelling? Speeds greater than 100 Mbps within 10m radius 480 Mbps at 2 meters Great for large file transfers i.e. video 8 UWB is ideally suited for high-speed Wireless Personal Area Networks (WPAN)

adio Frequency IDentification Designed as replacement for barcodes Small RFID Tag wirelessly sends out bits of data whenever it is triggered by a reader (wirelessly) active and passive tags Power

9 adio Frequency IDentification Designed as replacement for barcodes Small RFID Tag wirelessly sends out bits of data whenever it is triggered by a reader (wirelessly) active and passive tags Power source not required for passive tags a defining benefit Four main frequencies: - but Superior capabilities Non Line of Sight Hi-speed, multiple reads Can read and write to tags Unit specific ID LF HF Frequency 125kHz 13.56MHz Distance Few cm 1m Example Application Auto- Immobilizer Building Access Will be Available Globally UHF µwave ~900MHz 2.4GHz ~7m 10m Supply Chain Traffic Toll 9

10 RFID Frequency Bands Source: Radio Frequency ID Opportunities and Challenges, Dept. of Commerce Washington DC, April

WLAN Applications Outside Outsidethe the Home/Office Home/Office Intra/ExtraNets 10/100/gBE Web Services Personalized Context Office PC VPN Internet PC Applications Devices Productivity Collaboration

11 WLAN Applications Outside Outsidethe the Home/Office Home/Office Intra/ExtraNets 10/100/gBE Web Services Personalized Context Office PC VPN Internet PC Applications Devices Productivity Collaboration Database etc. Wireless PDAs Rolodex* RIM Smart Phones Inside Insidethe thehome Home Extended ExtendedPC PC Outside-In Access XPC Devices b/g/a Media PC Cluster Portables Audio Video Pictures 11 At Atthe theoffice Office PC Applications Music Digital Photography Chat etc. CE Adapters Tablets Imaging Devices Communications Devices etc Media Types Audio Video Still Pictures CE Cluster

12 WLAN Bands Frequency GHz GHz GHz GHz GHz 12

13 Broadband Wireless Usage Models ACCESS Nomadic MOBILITY e e Fixed Outdoor Nomadic Wi-Fi Fixed Indoor Backhaul Fixed Indoor Enterprise Campus Piconet Wi-Fi* Hotspot 13 Mobile

14 WiMAX Frequency Bands Frequency GHz GHz GHz GHz 14

15 Emerging Technologies tech specs UWB RFID Wi-Fi Wi-Fi UMTS WiMAX Standard a TBD a b/ g 3GPP d/e Usage WPAN RFID WLAN WLAN WWAN WMAN/WWAN Modulation OFDM/QP SK/QAM or PPM/PAM ASK/FSK/P SK OFDM/ QPSK/ QAM DSSS OFDM/QP SK/QAM CDMA/QPSK /QAM OFDM/QPSK/Q AM Frequency 3-10 GHz 13.56/800 /900/2400 MHz 5GHz 2.4GHz ~2 GHz Sub 11GHz Power (EIRP) -41 dbm/mhz - nanowatts milliwatts 2 W 100 mw 1W 100 mw Client: 100 mw 2 W base: to ~ 100 W Client: 100 mw 2 W base: to ~100 W Range Up to 30 feet feet Up to 300 feet Up to 300 feet Typical 1-5 km Typical 1-5 km 15

16 RF Safety Standards All new RF based technologies are covered by international RF safety standards Regulatory compliance vary by country but all are subject to meeting standards (ICNIRP, IEEE, etc) reference levels. 16

17 Lessons Learned Benefits from being second Topic defined Research Community awareness Scientific process: WHO recent review of network deployments found; "From all evidence accumulated so far, no adverse short- or long-term health effects have been shown to occur from the RF signals produced by base stations. Since wireless networks produce generally lower RF signals than base stations, no adverse health effects are expected from exposure to them. WHO Fact Sheet No

18 Lessons Learned (cont) Corp. stewardship is the paradigm for the wireless industry Monitoring research Work in standards process Regulatory compliance Outreach to community Active involvement by companies and industry organizations that represent the latest new technologies. WiFi Alliance WiMAX Forum 18

19 Conclusions Many advanced wireless technologies are in place today; more are on the way. They are low-powered, and are designed to operate under the international RF safety limits many operate well under the limits. New technologies, that operate on already well known technical parameters Corp. Stewardship is the paradigm Look to regulators to bring consistent, balanced information to the public 19

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