Panasonic Approach on Broadband Powerline Communication. Tokikazu Matsumoto

Transcription

1 Key Note Speech Panasonic Approach on Broadband Powerline Communication Tokikazu Matsumoto Senior Managing Officer, CTO, Systems & Communications Company of Panasonic Corporation

2 Contents of the speech Summary of HD-PLC Promotion by Panasonic Joint Promotion and Collaboration with SDOs and Key Organizations Key Features and Advantages of Panasonic HD-PLC Acceleration of China Market Promotion Direction of HD-PLC

3 Summary of HD-PLC Promotion by Panasonic R&D Phase Preparation Phase for Global-Adoption 2000~2005 Core Technology Development Market Penetration Phase 2003~2007 Field Trials (US/EU) 2004~2006 Deregulation/Japan 2005~2011 Global Standards 2008~2011 Certifications / Verification Interoperability 2011~ Wavelet OFDM Technology Advanced QoS Technology 2003 Texas, US California, US Germany 2009, 2011 China (5 major cities) 2006 In-Home Deregulation completed 2011 (2012) Under the discussion Deregulation on outside the home 2009 IGRS-PLC IF Approval 2010 IEEE 1901 Approval ITU-T G.9972 Approval NIST PAP15 Approval 2008 HD-PLC Test House (Japan) 2011 IGRS-PLC certification Lab. (China) Promote the wide adoptions via HD-PLC Licensing

4 Summary of HD-PLC Promotion by Panasonic (2) Core Technology Development Field Trials (US/EU) Deregulation/Japan Global Standards Dec 2006 HD-PLC Adapter Certifications / Interoperability Verifications Promote the wide adoptions via HD-PLC Licensing CES2010 Las Vegas/US Feb 2007 HD-PLC Test House Sep 2008 HD-PLC Alliance Joint Exhibition, 60 products

5 IEEE1901 is targeting variety of applications AV/ PC Entertainment In home SmartGrid: : Energy management Access BPL Out side Home Transportation System EV-HAN Communication IEEE1901 SCOPE Cabin Entertainment System Wide Range Scope Digital Signals in the Train Scope of IEEE ) In-Home Broadband over Powerline PHY&MAC 2) Access Broadband over Powerline PHY&MAC 3) PHY&MAC for Transportation System 4) Coexistence among different PLC systems About 350 experts from over 100 world leading companies and Institutes jointly developed IEEE1901 standard.

6 Summary of IEEE 1901 Standard 1.8MHz~30MHz Expandable up to 50MHz 仕様概要 Wavelet OFDM PHY&MAC (Option 1) ISP Coexistence PHY&MAC (Mandatory) FFT OFDM PHY&MAC (Option 2) Maximum PHY Throughput 420Mbps (in the case of full band 50MHz) ISP enable coexistence between Wavelet OFDM system and FFT OFDM system Common Architecture InHome PLC Access PLC PLC for Transportation System NIST SGIP PAP15 leaded to make ITU-T G.9972 compatible with ISP HD-PLC Certifies the part QoS Capability for Audio, Video, and VoIP data transmission, Interoperable with all HD-PLC (Wavelet OFDM) technologies

7 Joint Promotion and Collaboration with SDO and Key Organizations IEEE Standard Association IEEE Communication Society International Telecommunication Union Telecommunication Standardization Sector IGRS (Intelligent Grouping & Resource Sharing protocol) Alliance National Engineering Laboratory for IGRS (China) National Institute of Standards and Technology Smart Grid Interoperability Panel (USA) Associação de Empresas Proprietárias de Infraestrutura e de Sistemas Privados de Telecomunicações (Brazil) High Speed Power Line Communication Promoters' Alliance of Japan Digital Living Network Alliance

8 HD-PLC Design History 4 Years 2 Years 2 Years PLC MAC/ PHY 1st chip CPU Ether MAC Performance improve PLC MAC/ PHY 2nd chip CPU Ether MAC IEEE 1901 PLC MAC/ PHY 3rd chip CPU Ether MAC AFE AFE FROM FROM SDRAM SDRAM AFE AFE FROM FROM SDRAM SDRAM AFE AFE FROM FROM SDRAM SDRAM 1 st Generation 190Mbps 2 nd Generation 210Mbps 3 rd IEEE Mps 30% UP!(Max Speed) 25% Power Consumption Down! 60% UP!(Max Speed) Low Cost Solution IEEE1901 Full Compliance Guaranteed interoperability

9 Technology Roadmap by HD-PLC Alliance nd Gen HD-PLC LSI High Speed : 210Mbps QoS : 10msec latency Global Standard IEEE 1901 Compliant High Speed: 240Mbps FEC: LDPC 3 nd Gen HD-PLC LSI For Energy Solution IEEE 1901 Higher Speed HD-PLC eco LSI For Home Appliance HD-PLC inside LSI 4 th Gen HD-PLC LSI High Speed : 550Mbps Upband to 55 MHz Extreme Lower Power Consumption 1/3 of 3 rd LSI 1/7 of 2 nd LSI With Interval Mode Extreme Lower Cost Solution for White Goods Target is 1/4 of 3 rd LSI Open Standard & Cooperative Innovation

10 Strategic Collaboration with Key Promoters HD-PLC Alliance started the collaboration with APTEL/Brazil in May And it kicked-off the joint development of standards with IGRS/China in July 2008.

11 IGRS-PLC Panasonic Joint Lab in Shenzhen Shenzhen Joint Lab in July 2010 Establishment for verification and certification test for IGRS-PLC products meeting to Chinese national standard requirements IGRS-PLC application development support in China IGRS-PLC Certification Logo IGRS-PLC Interface Standard

12 IGRS-PLC Certification IGRS-PLC / IF Wavelet OFDM PHY&MAC (Option 1) ISP Coexistence PHY&MAC (Mandatory) FFT OFDM PHY&MAC (Option 2) IGRS standardization work (2009/09) Test Environment IGRS-PLC Certification NIST SGIP PAP15 leaded to make ITU-T G.9972 compatible with ISP HD-PLC Certifies the part

13 IGRS-PLC Promotion in China July 8, 2011 SINOCES in China IGRS-PLC Technology Symposium & Seminar During IGRS General Meeting (Aug 16th-18th,2011) in China

14 Field test result at actual home in China by 2 nd generation HD-PLC(2011) Beijing : 10 rooms Dalian: 30 rooms Average speed UDP:36Mbps TCP:29Mbps Average speed UDP:60Mbps TCP:46Mbps Shanghai : 30rooms 哈尔滨 新疆 吉林 甘肃 内蒙 Beijing Dalian 拉萨 青海省陕西 四川 云南 重庆 湖北 贵阳广西三亚 武汉 江西 江苏 Shanghai Average speed UDP:40Mbps TCP:30Mbps Average speed of 70 rooms(3 cities) UDP : 40Mbps, TCP : 31Mbps

15 Typical Example of Test Result in China Phone Light Stand 2 Electric Piano 5 PC Down PLC: UDP:76.3 TCP:60.4 WiFi: UDP:77.0 TCP:62.9 Up PLC:UDP:78.6 TCP:61.6 WiFi: UDP:74.6 TCP:52.1 Living room TV DVD set entrance Most of the wireless not through Toilet Down PLC: UDP:74.2 TCP:50.1 WiFi: UDP:0.02 TCP: 0.3 Up PLC:UDP:57.2 TCP:48.4 WiFi: UDP: 2.7 TCP: 0.4 Bed room Air conditioner 1 Wireless is unstable Bed room Wireless is unstable, difficult Bath room Circuit breaker Most of the wireless not through Refrigerator 4 Down PLC: UDP:74.1 TCP:57.7 WiFi: UDP:11.6 TCP: 5.7 Up PLC:UDP:74.7 TCP:58.7 WiFi: UDP:14.4 TCP: 4.2 Children s room Down PLC: UDP:76.6 TCP:60.2 WiFi: UDP:39.7 TCP:40.5 Up PLC:UDP:73.6 TCP:58.5 WiFi: UDP:54.4 TCP: Down PLC: UDP:70.8 TCP:56.1 WiFi: UDP: 1.2 TCP: 0.9 Up PLC:UDP:71.0 TCP:57.5 WiFi: UDP: 3.1 TCP: kitchen Range PLC provide more stable performance than Wireless-LAN (UDP: 57 ~78Mbps, TCP: 48 ~ 61Mbps).

16 Green Ubiquitous City is a connectable and enriched Smart City Green Ubiquitous city is: A city enriched and lively with people and devices connected by HD-PLC network connectable= city connect Subject of Enviro community nmen enrichment t Smart Community Street lamp control security system Network Green ubiquitous network platform HD-PLC IEEE1901 Generator site home Smart Home SmartGrid Power Utility Smart Generator Smart meter smart TV Building/Facility Building/business BEMS Smart Building store office lighting HD-PLC eco Airconditioning Interoperable Educational facility Family Solution IGRS-PLC information household HD-PLC appliance inside Home server energy monitor PLCNetwork Home alliance EV Energy saving/energy saving device lighting lighting Station airport Mobile unit Smart Vehicle Charging system EV/PHV car

17 Panasonic aims to become the No.1 Green Innovation Company in the Electronics Industry by 2018 Direction of HD-PLC Innovation and Improvement Lower Cost Lower Power Consumption More Eco Friendly and Smarter

18 同心協力非常感謝 Thank you for your attention!