make it attractive for infrastructure monitoring - Mobility: fixed - Energy efficiency: high network in (M2M) Larger coverage areas due to excellent propagation characteristics, which make it attractive for local networks in M2M - Environment: Indoor/outdoor - Data rate: depends on M2M applications (40Kbps~2Mbps) - PER <1% - Operating range: depends on M2M applications (up to several Km) - Mobility: depends on M2M applications (up to 20~30Km/h) 15-11-0215-02 Digital Signage System Larger coverage areas due to excellent propagation characteristics, which make it attractive for the proposed system - Environment: Indoor/outdoor - Data rate: 2Mbps typical, up to 10Mbps - PER <10% - Operating range: up to several Km - Mobility: fixed - Frame rate: ≥15fps - Power type: mains powered 15-12-0060-00 Space Related Regulations Summary of Regulations Region /Country TVWS Channel Band Device Type Transmitted Power Requirements GDB * Sensing US (FCC) Related document: FCC 10-174 order: almost finalized 6MHz channel allocation FD only: TV channel 2 TV channel 5 to 20 (76-512MHz) FD and PPD: TV channel 21 to 35 (512 to 602MHz) and TV channel 39 to Fixed Device (FD): capable of geolocation and TV bands database access Personal/Portable Device (PPD): Mode I: list of available channels through fixed or Mode II devices; Mode II: capable of geolocation and TV bands database access; Sensing-only PPD: with no geolocation and TV bands database access. FD: 30dBm (1W) delivered to antenna, 4W EIRP; Mode I and II PPD: 20dBm (100mW) EIRP if the adjacent channel separation requirement is met; 16dBm (40mW) EIRP if the adjacent channel separation requirement is not met; Sensing-only PPD: 17dBm (50mW) EIRP Transmit power control required Must be supported in both Fixed and PPD Mode II devices. Optional for Fixed and PPD Mode I and II devices, Mandatory for PPDs only
UK (OFCOM) Related document: 9 Nov 2010 Consultation Final rules pending 8MHz channel allocation Possibly and and FM radio bands and other bands to be identified Master device: direct connect to database; Slave device: no need to contacct database, managed by master device Determined by the database; Transmit power control required Must be supported in Master devices. Not to be used in the UK but included to aid Europe (CEPT (ECC)) Related document: ECC Report 159 Still in progress 8MHz channel allocation 470-790 MHz Not defined as devices with specific roles/features. Determined by the database; Transmit power control required Must be supported. Optional Canada (Industry Related document: Still in progress 6MHz channel allocation 54-72, 76-88, 174-216, Fixed; Mobile: Mode I: slave device- no direct access to database); Mode II: master device- direct access to database Fixed: Max EIRP 6dBW; Mobile: Mode I: Max EIRP; 20dBm; Mode II: Max EIRP; Must be supported in both Fixed and Mode II devices. To be considered in the future when technology is mature. Singapore (IDA) Related document: IDA Space Technology Information Package, 7 April 2010 Still in progress VHF 7MHz and UHF 8MHz channel allocation VHF: between 174 to 230 MHz and UHF: between 494 to 790 MHz Will be developed in future Sensing devices: 100mW per channel; 4dBm with adjacent channeloperated by incumbent; with N+2 channel operated by incumbent; Device with only geolocation: 100mW per channel Required Mandatory for both analogue and digital broadcast services; optional for both analogue and digital wireless GDB - Geolocation Database (Sum’s comment: Up-to-date, there is no regulatory requirement in Singapore. Thus it is recommended that this field to be removed. Soo-Young’s comment: there are no fixed rules except for US so far. I tried to gather information on regulatory directions in various domains to help proposers. One of them is Singapore. So I would recommend the group to keep this row unless its contents are not in accordance with their directions.) 11