Next-Generation Power Line Communications and Standardization
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1 Next-Generation Power Line Communications and Standardization Hisao Koga IEEE P1901HD-PLCHigh Definition Power Line Communication PLCPower Line Communication PHYPHYsical layer32 PAMPulse Amplitude ModulationLDPCLow Density Parity CheckMACMedia Access Control PHY/MAC Wavelet OFDMOrthogonal Frequency Division MultiplexingPLCFFTFast Fourier TransformOFDM PLCISPInter-System Protocol HD-PLCHD- PLC The next-generation High Definition Power Line Communication (HD-PLC) specification was selected as one of the baseline technologies of the Power Line Communication (PLC) standard in IEEE P1901 committee in December PAM (Pulse Amplitude Modulation) for high speed and Low Density Parity Check (LDPC) code for robust communication are adopted as new Physical Layer (PHY) specification. In addition, sub-frame concatenation function for high-efficiency transmission and dynamic key update function for security enhancement are added as new Media Access Control (MAC) specifications. In addition to new PHY/MAC specifications, the control method called Inter System Protocol (ISP) used for coexistence between Wavelet OFDM (Orthogonal Frequency Division Multiplexing) PLC and FFT (Fast Fourier Transform) OFDM PLC is also added. In this paper, the summary of each specification is described and the communication performance of the next-generation HD-PLC is evaluated with a test model based on it. IEEE P1901 1)-3) IEEE P1901 HD-PLC 4) HomePlug (1) 5) HomePlug AV CEPCA 6) ISP PLC ISP2 LSI2ISP ISP2 1 1HomePlug Powerline Alliance Inc. Basic concept of baseline technology PHY/MACISP PHY/MAC HD-PLCWavelet OFDMHomePlug AV FFT OFDMPHY/MAC ISP HD-PLC
2 HD-PLC HD-PLC HD-PLCPHYHD-PLC 2.1 HD-PLCPHY HD-PLC FEC : Forward Error Correction Wavelet 2 1HD-PLC 32PAMFECLDPC-CC Low Density Parity Check - Convolutional Code 1 HD-PLC 16PAM32PAM 8 bit/hz10 bit/hz PHY1.25 2LDPC-CC FECLDPC-CC CC : Convolutional Code LDPC332PAMFEC 1/24/5RSReed-Solomon+CCLDPC-CC LDPC-CCRS+CC 1.2 db2.6 dbldpc-cc LDPC-CC General block diagram of transmitter side HD-PLC Main specifications of HD-PLC FEC32PAM Bit error rate characteristic of each FEC (with 32PAM) 3PHY 2 MHz28 MHz PHY HD-PLC210 Mbit/s HD-PLC260 Mbit/s1 PHY FEC
3 HD-PLCHD-PLC 2.2 Wavelet OFDM FFT OFDMWavelet OFDM2 1Wavelet OFDM 7) Wavelet OFDMFFT OFDM 4 4 Wavelet 35 db 2 30 db HD-PLC 5 QoS Quality of Service CSMACarrier Sense Multiple AccessDVTPDynamic Virtual Token Passing DVTP1 HD-PLC HD-PLC system HD-PLC HD-PLCWavelet OFDMMAC Wavelet OFDM Wavelet OFDM spectrum 2 8) Wavelet OFDMFFT OFDMGIGuard Interval Wavelet OFDMGI GI 12 Wavelet OFDM 3.1 2PAM 1 1 6
4 HD-PLC HD-PLC31 60 Subframe structure 2 Ethernet (2) 1 HD- PLC HD-PLC ICVIntegrity Check Value 7ICV ICV Ethernet packet concatenation in sub-frame 2Xerox Dynamic key update
5 IEEE P1901PHY/MAC PLCISP ISPWavelet OFDM PLCFFT OFDM PLC In-home PLCAccess PLC In-home PLCPLC Access PLCPLC ISP 1ISP ISPPLCISP 1FFT OFDM Wavelet OFDM FFT OFDM ISP OFDM 0 ISP PLC ISP PLC 2ISP ISPAC ISPISP Window Time Division Multiplexing UnitTDMUTDMU 8TDM SlotTDMSTDMS TDMU 9 ISP Window2ISP fieldplc Access, In-home Wavelet and In-home FFT ISP Window AC50 Hz or 60 Hz 2 PLCISP 3ISP PLCISP PLCISP ISPPLC ISP Example of coexistence method with ISP ISP Main specifications of ISP PLC ISP WindowISP TDMS PLC ISP Access PLCISP field1&2 ISP Inhome PLC HD- PLC FPGAField Programmable Gate Array 10 2 MHz28 MHz ATTMAC UDPUser Datagram Protocol
6 MAC 3 UDPMAC 100BASE-TX Ethernet HD-PLCUDPMAC 160 Mbit/s Mbit/s30 Mbit/s ATT 60 db 10 Mbit/s UDPMAC ATT LDPC-CC 1514 Communication performance with test model and existing model (packet length : 1514 Byte) IEEE P1901 IEEE 1901HD-PLC HD-PLC PLCHD-PLC IEEE http://grouper.ieee.org/groups/1901/ ( ). 2Stefano Galli, et al. : Recent developments in the standardization of Power Line Communications within the IEEE. IEEE Communications Magazine 46, No. 7, pp (2008). 3Stefano Galli, et al. : The Inter-PHY Protocol (IPP):A simple coexistence protocol. IEEE ISPLC, pp (2009). 4http:// ( ). 5http:// ( ). 6http:// ( ). 7 : HD-PLC Matsushita Tech. Journal 51, No.5, pp (2005). 8Hisao Koga, et al. : A study on the performance of Wavelet OFDM in power line. IEEJ Transactions on Electronics, Information and Systems, pp (2008). Core Technology Development Center, Panasonic System Networks Co., Ltd. Communication performance when using different packet lengths
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