November, 2010Doc: IEEE Li, NICT Slide 1 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [Rule Changes at 950MHz Band in Japan] Date Submitted: [November, 2010] Source: [Huan-Bang Li] Company [National Institute of Information and Communications Technology (NICT)] Contact: Huan-Bang Li. Voice:[ , Abstract: [Renew the status of Japanese regulatory/standard information] Purpose: [To provide regulatory/standard information of Japan to TG15.6 Notice:This document has been prepared to assist the IEEE P It is offered as a basis for discussion and is not binding on the contributing individual(s) or organization(s). The material in this document is subject to change in form and content after further study. The contributor(s) reserve(s) the right to add, amend or withdraw material contained herein. Release: The contributor acknowledges and accepts that this contribution becomes the property of IEEE and may be made publicly available by P

November, 2010Doc: IEEE Li, NICT Slide 2 Rule Changes at 950MHz Band in Japan Huan-Bang Li NICT, Japan

November, 2010Doc: IEEE Li, NICT Slide 3 Acknowledgement Japanese regulation on 950 MHz band was renewed on May 24, ARIB (Association of Radio Industries and Businesses) updated the related standard accordingly on July 15, 2010 from ARIB STD-T to ARIB STD-T This presentation summarizes the main changed parameters in ARIB STD-T This presentation is not a formal English translation of ARIB STD-T and is not confirmed by ARIB.

November, 2010Doc: IEEE Li, NICT Slide 4 Changes in Frequency and Power Items Specifications Version 1.0 (old)Version 1.1 (new) Frequency band950MHz - 956MHz beyond 950.8MHz and below 957.6MHz Output power 1mW 10mW (only for 954MHz - 955MHz) bellow 1mW bellow 10mW (only for 954MHz MHz)

November, 2010Doc: IEEE Li, NICT Slide 5 Unit Radio Channel and Radio Channel (In case of output power is bellow 1mW) Items Specifications Version 1.0 (old)Version 1.1 (new) Center frequencies of unit radio channels from 951.0MHz to 955.6MHz with 200kHz separation from 951.0MHz to 957.4MHz with 200kHz separation Maximum number of consecutive unit radio channels can be combined as a single radio channel 35

November, 2010Doc: IEEE Li, NICT Slide 6 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) Center frequency of unit radio channels (In case of output power is bellow 1mW) new

November, 2010Doc: IEEE Li, NICT Slide 7 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 1, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Center frequency of radio channels using two unit radio channels (In case of output power is bellow 1mW) new

November, 2010Doc: IEEE Li, NICT Slide 8 Number of radio channels using two unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 15 f_c = x n_c, where n_c = 0,

November, 2010Doc: IEEE Li, NICT Slide 9 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 1,2, ,18, ,3, ,19, ,4, ,20, , , ,6, ,22, ,7, ,23, ,8, ,24, ,9, , ,10, ,26, ,11, ,27, ,12, ,28, ,13, ,29, ,14, ,30, ,15, ,31, ,16, ,32, ,17, Center frequency of radio channels using three unit radio channels (In case of output power is bellow 1mW) new

November, 2010Doc: IEEE Li, NICT Slide 10 Number of radio channels using three unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 10

November, 2010Doc: IEEE Li, NICT Slide 11 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 1,2,3, ,17,18, ,3,4, ,18,19, ,4,5, ,19,20, ,5.6, ,20.21, ,6,7, ,21,22, ,7,8, ,22,23, ,8,9, ,23,24, ,9,10, ,24, ,10,11, ,25,26, ,11,12, ,26,27, ,12,13, ,27,28, ,13,14, ,28,29, ,14,15, ,29,30, ,15,16, ,30,31, ,16,17, ,31,32, Center frequency of radio channels using four unit radio channels (In case of output power is bellow 1mW)

November, 2010Doc: IEEE Li, NICT Slide 12 Number of radio channels using four unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 7 f_c = x n_c, where n_c = 0, 7

November, 2010Doc: IEEE Li, NICT Slide 13 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 1,2,3,4, ,17,18,19, ,3,4,5, ,18,19,20, ,4,5,6, ,19,20,21, ,5.6,7, ,20.21,22, ,6,7,8, ,21,22,23, ,7,8,9, ,22,23,24, ,8,9,10, ,23,24,25, ,9,10,11, ,24,25.26, ,10,11,12, ,25,26,27, ,11,12,13, ,26,27,28, ,12,13,14, ,27,28,29, ,13,14,15, ,28,29,30, ,14,15,16, ,29,30,31, ,15,16,17, ,30,31,32, ,16,17,18, Center frequency of radio channels using five unit radio channels (In case of output power is bellow 1mW)

November, 2010Doc: IEEE Li, NICT Slide 14 Number of radio channels using five unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 5 f_c = x n_c, where n_c = 0, 5 f_c = x n_c, where n_c = 0, 5 f_c = x n_c, where n_c = 0, 5

November, 2010Doc: IEEE Li, NICT Slide 15 Unit Radio Channel and Radio Channel (In case of output power is bellow 10mW) Items Specifications Version 1.0 (old)Version 1.1 (new) Center frequencies of unit radio channels from 954.2MHz to 954.8MHz with 200kHz separation from 954.2MHz to 957.4MHz with 200kHz separation Maximum number of consecutive unit radio channels can be combined as a single radio channel 35

November, 2010Doc: IEEE Li, NICT Slide 16 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) Center frequency of unit radio channels (In case of output power is bellow 10mW)

November, 2010Doc: IEEE Li, NICT Slide 17 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 17, , , , , , , , , , , , , , , , Center frequency of unit radio channels using two unit radio channels (In case of output power is bellow 10mW)

November, 2010Doc: IEEE Li, NICT Slide 18 Number of radio channels using two unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 7 f_c = x n_c, where n_c = 0, 7

November, 2010Doc: IEEE Li, NICT Slide 19 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 17,18, ,26, ,19, ,27, ,20, ,28, ,21, ,29, ,22, ,30, ,23, ,31, ,24, ,32, ,25, Center frequency of unit radio channels using three unit radio channels (In case of output power is bellow 10mW)

November, 2010Doc: IEEE Li, NICT Slide 20 Number of radio channels using three unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 4 f_c = x n_c, where n_c = 0, 4 f_c = x n_c, where n_c = 0, 4

November, 2010Doc: IEEE Li, NICT Slide 21 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 17,18,19, ,25,26, ,19,20, ,26,27, ,20,21, ,27,28, ,21,22, ,28,29, ,22,23, ,29,30, ,23,24, ,30,31, ,24,25, ,31,32, Center frequency of unit radio channels using four unit radio channels (In case of output power is bellow 10mW)

November, 2010Doc: IEEE Li, NICT Slide 22 Number of radio channels using four unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 3 f_c = x n_c, where n_c = 0, 3

November, 2010Doc: IEEE Li, NICT Slide 23 Unit radio channel number Center frequency (MHz) Unit radio channel Number Center frequency (MHz) 17,18,19,20, ,25,26,27, ,19,20,21, ,26,27,28, ,20,21,22, ,27,28,29, ,21,22,23, ,28,29,30, ,22,23,24, ,29,30,31, ,23,24,25, ,30,31,32, ,24,25,26, Center frequency of unit radio channels using five unit radio channels (In case of output power is bellow 10mW)

November, 2010Doc: IEEE Li, NICT Slide 24 Number of radio channels using five unit radio channels (In case of output power is bellow 1mW) f_c = x n_c, where n_c = 0, 2 f_c = x n_c, where n_c = 0, 2 f_c = x n_c, where n_c = 0, 2

November, 2010Doc: IEEE Li, NICT Slide 25 One More Point Devices based on ARIB STD-T and ratified by March 31, 2013 may still apply with the specifications of ARIB STD-T96 1.0

November, 2010Doc: IEEE Li, NICT Slide 26 Thank you!