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FCC 1.928
Revised as of March 31, 2020
Goto Year:2019 | 2021
  § 1.928   Frequency coordination, Canada.

   (a) As a result of mutual agreements, the Commission has, since May
   1950 had an arrangement with the Canadian Department of Communications
   for the exchange of frequency assignment information and engineering
   comments on proposed assignments along the Canada-United States borders
   in certain bands above 30 MHz. Except as provided in paragraph (b) of
   this section, this arrangement involves assignments in the following
   frequency bands.

MHz

   30.56-32.00    75.40-76.00
   33.00-34.00    150.80-174.00
   35.00-36.00    450-470
   37.00-38.00    806.00-960.00
   39.00-40.00    1850.0-2200.0
   42.00-46.00    2450.0-2690.0
   47.00-49.60    3700.0-4200.0
   72.00-73.00    5925.0-7125.0

GHz

   10.55-10.68    10.70-13.25

   (b) The following frequencies are not involved in this arrangement
   because of the nature of the services:

MHz

   156.3     156.95
   156.35    157.0 and 161.6
   156.4     157.05
   156.45    157.1
   156.5     157.15
   156.55    157.20
   156.6     157.25
   156.65    157.30
   156.7     157.35
   156.8     157.40.
   156.9

   (c) Assignments proposed in accordance with the railroad industry radio
   frequency allotment plan along the United States-Canada borders
   utilized by the Federal Communications Commission and the Department of
   Transport, respectively, may be excepted from this arrangement at the
   discretion of the referring agency.

   (d) Assignments proposed in any radio service in frequency bands below
   470 MHz appropriate to this arrangement, other than those for stations
   in the Domestic Public (land mobile or fixed) category, may be excepted
   from this arrangement at the discretion of the referring agency if a
   base station assignment has been made previously under the terms of
   this arrangement or prior to its adoption in the same radio service and
   on the same frequency and in the local area, and provided the basic
   characteristics of the additional station are sufficiently similar
   technically to the original assignment to preclude harmful interference
   to existing stations across the border.

   (e) For bands below 470 MHz, the areas which are involved lie between
   Lines A and B and between Lines C and D, which are described as
   follows:

   Line A—Begins at Aberdeen, Wash., running by great circle arc to the
   intersection of 48 deg. N., 120 deg. W., thence along parallel 48 deg.
   N., to the intersection of 95 deg. W., thence by great circle arc
   through the southernmost point of Duluth, Minn., thence by great circle
   arc to 45 deg. N., 85 deg. W., thence southward along meridian 85 deg.
   W., to its intersection with parallel 41 deg. N., thence along parallel
   41 deg. N., to its intersection with meridian 82 deg. W., thence by
   great circle arc through the southernmost point of Bangor, Maine,
   thence by great circle arc through the southern-most point of
   Searsport, Maine, at which point it terminates; and

   Line B—Begins at Tofino, B.C., running by great circle arc to the
   intersection of 50 deg. N., 125 deg. W., thence along parallel 50 deg.
   N., to the intersection of 90 deg. W., thence by great circle arc to
   the intersection of 45 deg. N., 79 deg. 30′ W., thence by great circle
   arc through the northernmost point of Drummondville, Quebec (lat: 45
   deg. 52′ N., long: 72 deg. 30′ W.), thence by great circle arc to 48
   deg. 30′ N., 70 deg. W., thence by great circle arc through the
   northernmost point of Campbellton, N.B., thence by great circle arc
   through the northernmost point of Liverpool, N.S., at which point it
   terminates.

   Line C—Begins at the intersection of 70 deg. N., 144 deg. W., thence by
   great circle arc to the intersection of 60 deg. N., 143 deg. W., thence
   by great circle arc so as to include all of the Alaskan Panhandle; and

   Line D—Begins at the intersection of 70 deg. N., 138 deg. W., thence by
   great circle arc to the intersection of 61 deg. 20′ N., 139 deg. W.,
   (Burwash Landing), thence by great circle arc to the intersection of 60
   deg. 45′ N., 135 deg. W., thence by great circle arc to the
   intersection of 56 deg. N., 128 deg. W., thence south along 128 deg.
   meridian to Lat. 55 deg. N., thence by great circle arc to the
   intersection of 54 deg. N., 130 deg. W., thence by great circle arc to
   Port Clements, thence to the Pacific Ocean where it ends.

   (f) For all stations using bands between 470 MHz and 1000 MHz; and for
   any station of a terrestrial service using a band above 1000 MHz, the
   areas which are involved are as follows:

   (1) For a station the antenna of which looks within the 200 deg. sector
   toward the Canada-United States borders, that area in each country
   within 35 miles of the borders;

   (2) For a station the antenna of which looks within the 160 deg. sector
   away from the Canada-United States borders, that area in each country
   within 5 miles of the borders; and

   (3) The area in either country within coordination distance as
   described in Recommendation 1A of the Final Acts of the EARC, Geneva,
   1963 of a receiving earth station in the other country which uses the
   same band.

   (g) Proposed assignments in the space radiocommunication services and
   proposed assignments to stations in frequency bands allocated coequally
   to space and terrestrial services above 1 GHz are not treated by these
   arrangements. Such proposed assignments are subject to the regulatory
   provisions of the International Radio Regulations.

   (h) Assignments proposed in the frequency band 806-890 MHz shall be in
   accordance with the Canada-United States agreement, dated April 7,
   1982.

   [ 64 FR 53238 , Oct. 1, 1999]

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