RES553 – 350 – 11 If the information is found to be incomplete, the Bureau shall immediately seek from the administration concerned any clarification required and information not provided. 12 The provisions in this Resolution are in addition to the provisions of Articles 9 and 11 of the Radio Regulations. ANNEX 1 TO ATTACHMENT TO RESOLUTION 553 (REV.WRC-15) Technical parameters to be used for submissions for Regions 1 and 3 BSS networks under the special procedure of this Resolution a) The receiving earth station antenna diameter should be in the range 45-120 cm. The radiation pattern of the receiving terminal antenna should comply with Recommendation ITU-R BO.1900. b) The noise temperature of the receiving earth station should be in the range 145-200 K. c) The transmitting e.i.r.p. of the space station shall be in the range from 43.2 dBW/MHz to 58.2 dBW/MHz8. d) The service area shall be limited by the national borders of the country and the minimum coverage ellipse generated by the Bureau. e) In the case of an administration with a large territory or dispersed territories, requiring more than one orbit location to cover the territory of their country, the polygons drawn between the points submitted under § 4 above for each submitted orbital location shall not overlap each other and shall not overlap with service areas of networks of this administration successfully examined under No. 9.34 and published under No. 9.38. f) The minimum coverage ellipse, generated from not more than 20 points with associated geographical coordinates9. g) The reference pattern of the transmitting space station shall be in compliance with Figure 1 below. h) The maximum pointing error of the transmitting space station antenna shall be 0.1° in any direction. i) The maximum rotational error of the transmitting space station antenna shall be ± 1°. _______________ 8 The maximum pfd produced at high elevation angles at the Earth’s surface under free-space conditions shall not exceed −105 dB(W/(m2 ∙ MHz)). 9 In some cases use of composite beams may be necessary to provide required coverage while reducing undesired coverage of adjacent geographical areas.