Attachment Exhibit 2

This document pretains to SES-MOD-20110609-00693 for Modification on a Satellite Earth Station filing.

IBFS_SESMOD2011060900693_893109

EXHIBIT 2


                             KVH Industries, Inc.
                      Application for License Modification
                                    Exhibit 2


1. Off-Axis EIRP Analysis
    The data rates transmitted from the terminal will vary from 32 kbits/s to 512 kbits/s.

Additionally, the ESVs will transmit using CRMA spreading1 over either an 18 MHz, a

27 MHz, or a 36 MHz channel bandwidth. KVH acknowledges that the small diameter

Ku-100 antenna does not meet the FCC 25.209 antenna pattern, by a very small margin.

However, KVH certifies that the aggregate EIRP levels do not exceed the limits specified

for Ku-band ESVs in Section 25.222 of the Commission’s rules.

       The co-pol off-axis EIRP spectral density levels of the KVH ESV terminal are

shown in Figures 1 through 6, below. Note that a calculated aggregate EIRP considers

N=7 users for the 18 MHz channel, N=10 for the 27 MHz channel and, N=14 users for

the 36 MHz channel. This represents a worst case operational scenario for this terminal

type. Figure 7 below shows the Ku-100 worst case cross-pol off-axis EIRP density plots

versus the FCC §25.222 mask.




1
  CRMA, or Code Reuse Multiple Access, is a ViaSat proprietary spread spectrum
technique, similar to CDMA, used in the ArcLight satellite system.


                                             1


     Figure 1 – Off-Axis EIRP Spectral Density 18 MHz Channel (+/- 10 deg.)




Figure 2 - Off-Axis EIRP Spectral Density 27 MHz Channel +/- 10 degrees




                                       2


Figure 3 - Off-Axis EIRP Spectral Density 36 MHz Channel +/- 10 degrees




        Figure 4 – 18 MHz Off-Axis EIRP Spectral Density +/- 180 degrees



                                       3


Figure 5 – 27 MHz Channel Off-Axis EIRP Spectral Density +/- 180 degrees




Figure 6 – 36 MHz Channel Off-Axis EIRP Spectral Density +/- 180 degrees




                                   4


       Figure 7 – 18 MHz Channel Cross-Pol Off-Axis EIRP Spectral Density


       Per Section 25.222(b)(1)(i) of the Commission’s rules, Table 1 below provides

the co-pol the E and H plane antenna patterns for the Ku-100 antenna, as well as the E

and H plane worst case EIRP charts, and the FCC GSO and Elevation masks, as shown in

Figures 1 to 4 above. Table 2 below provides the cross-polarization E and H plane

antenna gain and EIRP charts versus the FCC mask, shown in Figure 7. The antenna gain

patterns are included in Section 4 below.




                                            5


           Table 1 – Ku-100 ESV Co-Pol Antenna Gain and EIRP Values

                                                           ESV
                                                           EIRP
Table   Antenna Gain (dBi)                               (dBW/4
 1                                                         kHz)
                                                FCC        FCC
                                               §25.222   §25.222
                                                EIRP       EIRP
Off-                         Off-               GSO      Elevation
Axis     14.25   14.25GHz    Axis     FCC      Mask, N   Mask, N     14.25GHz   14.25GHz   Meets
Angle   GHz E         H      Angle   §25.209     =7         =7           E          H      Mask
-180    -12.53     -16.68    -180      0.0      -22.5      -22.5       -41.8      -46.0     Y
-175    -9.806     -18.32    -175      0.0      -22.5      -22.5       -39.1      -47.6     Y
-170    -15.44     -11.41    -170      0.0      -22.5      -22.5       -44.7      -40.7     Y
-165    -18.94     -16.13    -165      0.0      -22.5      -22.5       -48.2      -45.4     Y
-160    -25.02     -28.78    -160      0.0      -22.5      -22.5       -54.3      -58.1     Y
-155    -25.01     -32.31    -155      0.0      -22.5      -22.5       -54.3      -61.6     Y
-150    -22.19     -27.64    -150      0.0      -22.5      -22.5       -51.5      -56.9     Y
-145    -25.23     -30.13    -145      0.0      -22.5      -22.5       -54.5      -59.4     Y
-140    -24.14     -25.79    -140      0.0      -22.5      -22.5       -53.4      -55.1     Y
-135    -25.91      -36.1    -135      0.0      -22.5      -22.5       -55.2      -65.4     Y
-130    -24.05     -30.62    -130      0.0      -22.5      -22.5       -53.3      -59.9     Y
-125    -21.98     -24.56    -125      0.0      -22.5      -22.5       -51.3      -53.9     Y
-120    -17.99     -30.53    -120      0.0      -22.5      -22.5       -47.3      -59.8     Y
-115    -20.19     -30.56    -115      0.0      -22.5      -22.5       -49.5      -59.9     Y
-110    -16.52     -23.11    -110      0.0      -22.5      -22.5       -45.8      -52.4     Y
-105    -11.13     -14.93    -105      0.0      -22.5      -22.5       -40.4      -44.2     Y
-100    -8.106     -14.58    -100      0.0      -22.5      -22.5       -37.4      -43.9     Y
 -95    -12.66      -12.3     -95      0.0      -22.5      -22.5       -42.0      -41.6     Y
 -90     -10.4     -12.89     -90       0.0     -22.5      -22.5       -39.7      -42.2     Y
 -85    -14.74     -33.04     -85     -10.0     -32.5      -32.5       -44.0      -62.3     Y
 -80    -12.76      -17.2     -80     -10.0     -32.5      -32.5       -42.1      -46.5     Y
 -75    -12.79     -14.88     -75     -10.0     -32.5      -32.5       -42.1      -44.2     Y
 -70     -13.7     -11.71     -70     -10.0     -32.5      -32.5       -43.0      -41.0     Y
 -65    -15.19     -16.59     -65     -10.0     -32.5      -32.5       -44.5      -45.9     Y
 -60    -8.786     -11.14     -60     -10.0     -32.5      -32.5       -38.1      -40.4     Y
 -55    -9.006     -12.79     -55     -10.0     -32.5      -32.5       -38.3      -42.1     Y
 -50    -17.79     -10.37     -50     -10.0     -32.5      -32.5       -47.1      -39.7     Y
 -48    -15.61     -10.72     -48     -10.0     -32.5      -32.5       -44.9      -40.0     Y
 -45    -8.526     -7.686     -45      -9.3     -31.8      -31.8       -37.8      -37.0     Y
 -40    -8.406     -6.696     -40      -8.1     -30.5      -30.5       -37.7      -36.0     Y
 -35    -17.67      -17.5     -35      -6.6     -29.1      -29.1       -47.0      -46.8     Y
 -30    -10.87     -10.89     -30      -4.9     -27.4      -27.4       -40.2      -40.2     Y
 -25    -6.766     -2.896     -25      -2.9     -25.4      -25.4       -36.1      -32.2     Y
 -20    -2.866     -2.026     -20      -0.5     -23.0      -23.0       -32.2      -31.3     Y
 -15    -12.23     -4.396     -15       2.6     -19.9      -19.9       -41.5      -33.7     Y
 -10    -5.596     -2.386     -10       7.0     -15.5      -15.5       -34.9      -31.7     Y
 -9.9   -8.406     -3.046     -9.9      7.1     -15.3      -15.3       -37.7      -32.3     Y
 -9.8   -13.01     -3.846     -9.8      7.2     -15.2      -15.2       -42.3      -33.1     Y


                                               6


-9.7   -13.96   -4.846   -9.7    7.3       -15.1   -15.1   -43.3   -34.1   Y
-9.6   -10.18   -5.776   -9.6    7.4       -15.0   -15.0   -39.5   -35.1   Y
-9.5   -6.426   -7.156   -9.5    7.6       -14.9   -14.9   -35.7   -36.5   Y
-9.4   -4.006   -8.496   -9.4    7.7       -14.8   -14.8   -33.3   -37.8   Y
-9.3   -2.006   -9.656   -9.3    7.8       -14.7   -14.7   -31.3   -39.0   Y
-9.2   -0.736   -11.36   -9.2    8.0       -14.5   -14.5   -30.0   -40.7   Y
-9.1    0.474   -13.18   -9.1    8.0       -14.5   -14.4   -28.8   -42.5   Y
 -9     1.234   -16.87    -9     8.0       -14.5   -14.3   -28.1   -46.2   Y
-8.9    1.724   -20.22   -8.9    8.0       -14.5   -14.2   -27.6   -49.5   Y
-8.8    1.894   -20.93   -8.8    8.0       -14.5   -14.1   -27.4   -50.2   Y
-8.7    1.834   -18.08   -8.7    8.0       -14.5   -13.9   -27.5   -47.4   Y
-8.6    1.524   -14.55   -8.6    8.0       -14.5   -13.8   -27.8   -43.8   Y
-8.5    1.044   -12.47   -8.5    8.0       -14.5   -13.7   -28.3   -41.8   Y
-8.4    0.414    -10.9   -8.4    8.0       -14.5   -13.6   -28.9   -40.2   Y
-8.3   -0.316   -9.696   -8.3    8.0       -14.5   -13.4   -29.6   -39.0   Y
-8.2   -1.106   -8.676   -8.2    8.0       -14.5   -13.3   -30.4   -38.0   Y
-8.1   -1.796   -7.786   -8.1    8.0       -14.5   -13.2   -31.1   -37.1   Y
 -8    -2.376   -6.916    -8     8.0       -14.5   -13.0   -31.7   -36.2   Y
-7.9   -3.016   -5.876   -7.9    8.0       -14.5   -12.9   -32.3   -35.2   Y
-7.8   -3.406   -4.916   -7.8    8.0       -14.5   -12.8   -32.7   -34.2   Y
-7.7   -3.566   -3.636   -7.7    8.0       -14.5   -12.6   -32.9   -32.9   Y
-7.6   -3.616   -2.846   -7.6    8.0       -14.5   -12.5   -32.9   -32.1   Y
-7.5   -3.376   -2.016   -7.5    8.0       -14.5   -12.3   -32.7   -31.3   Y
-7.4   -2.576   -1.496   -7.4    8.0       -14.5   -12.2   -31.9   -30.8   Y
-7.3   -1.756   -1.026   -7.3    8.0       -14.5   -12.0   -31.1   -30.3   Y
-7.2   -0.566   -0.866   -7.2    8.0       -14.5   -11.9   -29.9   -30.2   Y
-7.1    0.344   -0.846   -7.1    8.0       -14.5   -11.7   -29.0   -30.1   Y
 -7     1.284   -1.076    -7     7.9       -14.6   -11.6   -28.0   -30.4   Y
-6.9    1.984   -1.666   -6.9    8.0       -14.4   -11.4   -27.3   -31.0   Y
-6.8    2.524   -2.366   -6.8    8.2       -14.3   -11.3   -26.8   -31.7   Y
-6.7    2.844   -3.246   -6.7    8.3       -14.1   -11.1   -26.5   -32.5   Y
-6.6    2.914   -4.456   -6.6    8.5       -13.9   -10.9   -26.4   -33.8   Y
-6.5    2.734   -5.246   -6.5    8.7       -13.8   -10.8   -26.6   -34.5   Y
-6.4    2.194   -5.166   -6.4    8.8       -13.6   -10.6   -27.1   -34.5   Y
-6.3    1.404   -4.666   -6.3    9.0       -13.4   -10.4   -27.9   -34.0   Y
-6.2    0.244   -3.566   -6.2    9.2       -13.3   -10.3   -29.1   -32.9   Y
-6.1   -1.666   -2.436   -6.1    9.4       -13.1   -10.1   -31.0   -31.7   Y
 -6    -3.806   -1.606    -6     9.5       -12.9    -9.9   -33.1   -30.9   Y
-5.9   -7.116   -1.176   -5.9    9.7       -12.7    -9.7   -36.4   -30.5   Y
-5.8   -10.73   -1.246   -5.8    9.9       -12.5    -9.5   -40.0   -30.5   Y
-5.7   -10.74   -1.896   -5.7   10.1       -12.3    -9.3   -40.0   -31.2   Y
-5.6   -4.596   -3.506   -5.6   10.3       -12.2    -9.2   -33.9   -32.8   Y
-5.5   -1.466   -5.886   -5.5   10.5       -12.0    -9.0   -30.8   -35.2   Y
-5.4    0.804   -10.15   -5.4   10.7       -11.8    -8.8   -28.5   -39.4   Y
-5.3    2.854   -8.166   -5.3   10.9       -11.6    -8.6   -26.4   -37.5   Y
-5.2    4.804   -3.426   -5.2   11.1       -11.4    -8.4   -24.5   -32.7   Y
-5.1    6.634    0.424   -5.1   11.3       -11.1    -8.1   -22.7   -28.9   Y
 -5     8.214    3.504    -5    11.5       -10.9    -7.9   -21.1   -25.8   Y



                                       7


-4.9    9.654    5.664   -4.9   11.7       -10.7   -7.7   -19.6   -23.6   Y
-4.8   10.994    7.594   -4.8   12.0       -10.5   -7.5   -18.3   -21.7   Y
-4.7   12.234    9.094   -4.7   12.2       -10.3   -7.3   -17.1   -20.2   Y
-4.6   13.194   10.314   -4.6   12.4       -10.0   -7.0   -16.1   -19.0   Y
-4.5   13.984   11.314   -4.5   12.7        -9.8   -6.8   -15.3   -18.0   Y
-4.4   14.604   12.204   -4.4   12.9        -9.5   -6.5   -14.7   -17.1   Y
-4.3   15.074   12.894   -4.3   13.2        -9.3   -6.3   -14.2   -16.4   Y
-4.2   15.384   13.484   -4.2   13.4        -9.0   -6.0   -13.9   -15.8   Y
-4.1   15.554   14.014   -4.1   13.7        -8.8   -5.8   -13.7   -15.3   Y
 -4    15.624   14.484    -4    13.9        -8.5   -5.5   -13.7   -14.8   Y
-3.9   15.494   14.914   -3.9   14.2        -8.2   -5.2   -13.8   -14.4   Y
-3.8   15.334   15.324   -3.8   14.5        -7.9   -4.9   -14.0   -14.0   Y
-3.7   15.074   15.774   -3.7   14.8        -7.7   -4.7   -14.2   -13.5   Y
-3.6   14.824   16.204   -3.6   15.1        -7.4   -4.4   -14.5   -13.1   Y
-3.5   14.614   16.684   -3.5   15.4        -7.1   -4.1   -14.7   -12.6   Y
-3.4   14.514   17.194   -3.4   15.7        -6.7   -3.7   -14.8   -12.1   Y
-3.3   14.524   17.754   -3.3   16.0        -6.4   -3.4   -14.8   -11.5   Y
-3.2   14.684   18.324   -3.2   16.4        -6.1   -3.1   -14.6   -11.0   Y
-3.1   15.064   18.904   -3.1   16.7        -5.7   -2.7   -14.2   -10.4   Y
 -3    15.544   19.484    -3    17.1        -5.4   -2.4   -13.8    -9.8   Y
-2.9   16.114   19.974   -2.9   17.4        -5.0          -13.2    -9.3   Y
-2.8   16.744   20.424   -2.8   17.8        -4.6          -12.6    -8.9   Y
-2.7   17.364   20.784   -2.7   18.2        -4.2          -11.9    -8.5   Y
-2.6   17.914   21.004   -2.6   18.6        -3.8          -11.4    -8.3   Y
-2.5   18.274   21.014   -2.5   19.1        -3.4          -11.0    -8.3   Y
-2.4   18.444   20.794   -2.4   19.5        -3.0          -10.9    -8.5   Y
-2.3   18.324   20.214   -2.3   20.0        -2.5          -11.0    -9.1   Y
-2.2   17.684   19.234   -2.2   20.4        -2.0          -11.6   -10.1   Y
-2.1   16.594   17.464   -2.1   20.9        -1.5          -12.7   -11.8   Y
 -2    14.534   14.434    -2    21.5        -1.0          -14.8   -14.9   Y
-1.9   12.404    8.394   -1.9   22.0        -0.4          -16.9   -20.9   Y
-1.8   12.454    4.564   -1.8   22.6         0.2          -16.8   -24.7   Y
-1.7   17.114   16.154   -1.7   23.2         0.8          -12.2   -13.1   Y
-1.6   20.864   21.644   -1.6   23.9         1.4           -8.4    -7.7   Y
-1.5   24.514   25.264   -1.5   24.6         2.1           -4.8    -4.0   Y
-1.4   27.324   28.104   -1.4                              -2.0    -1.2   Y
-1.3   29.624   30.354   -1.3                              0.3      1.1   Y
-1.2   31.404   32.204   -1.2                              2.1      2.9   Y
-1.1   33.174   33.854   -1.1                              3.9      4.6   Y
 -1    34.574   35.194    -1                                5.3     5.9   Y
-0.9   35.894   36.364   -0.9                              6.6      7.1   Y
-0.8   37.014   37.384   -0.8                              7.7      8.1   Y
-0.7   37.934   38.274   -0.7                              8.6      9.0   Y
-0.6   38.774   39.014   -0.6                              9.5      9.7   Y
-0.5   39.404   39.604   -0.5                             10.1    10.3    Y
-0.4   39.974   40.094   -0.4                             10.7    10.8    Y
-0.3   40.364   40.464   -0.3                             11.1    11.2    Y
-0.2   40.664   40.724   -0.2                             11.4    11.4    Y



                                       8


-0.1   40.864   40.884   -0.1                             11.6    11.6    Y
  0    40.944   40.944    0                               11.6    11.6    Y
 0.1   40.924   40.884   0.1                              11.6    11.6    Y
 0.2   40.754   40.724   0.2                              11.5    11.4    Y
 0.3   40.504   40.444   0.3                              11.2    11.1    Y
 0.4   40.144   40.074   0.4                              10.8    10.8    Y
 0.5   39.624   39.594   0.5                              10.3    10.3    Y
 0.6   39.014   38.974   0.6                                9.7     9.7   Y
 0.7   38.224   38.244   0.7                                8.9     8.9   Y
 0.8   37.334   37.364   0.8                                8.0     8.1   Y
 0.9   36.304   36.324   0.9                                7.0     7.0   Y
  1    35.034   35.144    1                                 5.7     5.8   Y
 1.1   33.824   33.824   1.1                                4.5     4.5   Y
 1.2   32.214   32.244   1.2                                2.9     2.9   Y
 1.3   30.324   30.384   1.3                                1.0     1.1   Y
 1.4   28.254   28.214   1.4                               -1.0    -1.1   Y
 1.5   25.974   25.644   1.5    24.6         2.1           -3.3    -3.7   Y
 1.6   23.154   22.324   1.6    23.9         1.4           -6.1    -7.0   Y
 1.7   20.344   17.914   1.7    23.2         0.8           -9.0   -11.4   Y
 1.8   17.624   11.034   1.8    22.6         0.2          -11.7   -18.3   Y
 1.9   16.074    4.684   1.9    22.0        -0.4          -13.2   -24.6   Y
  2    16.364   12.284    2     21.5        -1.0          -12.9   -17.0   Y
 2.1   17.224   16.004   2.1    20.9        -1.5          -12.1   -13.3   Y
 2.2   18.074   18.084   2.2    20.4        -2.0          -11.2   -11.2   Y
 2.3   18.624   19.324   2.3    20.0        -2.5          -10.7   -10.0   Y
 2.4   18.824   20.004   2.4    19.5        -3.0          -10.5    -9.3   Y
 2.5   18.744   20.324   2.5    19.1        -3.4          -10.6    -9.0   Y
 2.6   18.534   20.424   2.6    18.6        -3.8          -10.8    -8.9   Y
 2.7   18.124   20.304   2.7    18.2        -4.2          -11.2    -9.0   Y
 2.8   17.594   20.064   2.8    17.8        -4.6          -11.7    -9.2   Y
 2.9   17.144   19.754   2.9    17.4        -5.0          -12.2    -9.5   Y
  3    16.634   19.384    3     17.1        -5.4   -2.4   -12.7    -9.9   Y
 3.1   16.244   19.034   3.1    16.7        -5.7   -2.7   -13.1   -10.3   Y
 3.2   15.894   18.664   3.2    16.4        -6.1   -3.1   -13.4   -10.6   Y
 3.3   15.684   18.284   3.3    16.0        -6.4   -3.4   -13.6   -11.0   Y
 3.4   15.554   17.974   3.4    15.7        -6.7   -3.7   -13.7   -11.3   Y
 3.5   15.544   17.694   3.5    15.4        -7.1   -4.1   -13.8   -11.6   Y
 3.6   15.594   17.424   3.6    15.1        -7.4   -4.4   -13.7   -11.9   Y
 3.7   15.674   17.184   3.7    14.8        -7.7   -4.7   -13.6   -12.1   Y
 3.8   15.764   16.994   3.8    14.5        -7.9   -4.9   -13.5   -12.3   Y
 3.9   15.804   16.744   3.9    14.2        -8.2   -5.2   -13.5   -12.6   Y
  4    15.744   16.534    4     13.9        -8.5   -5.5   -13.6   -12.8   Y
 4.1   15.574   16.274   4.1    13.7        -8.8   -5.8   -13.7   -13.0   Y
 4.2   15.334   15.954   4.2    13.4        -9.0   -6.0   -14.0   -13.3   Y
 4.3   14.994   15.554   4.3    13.2        -9.3   -6.3   -14.3   -13.7   Y
 4.4   14.514   15.074   4.4    12.9        -9.5   -6.5   -14.8   -14.2   Y
 4.5   13.924   14.524   4.5    12.7        -9.8   -6.8   -15.4   -14.8   Y
 4.6   13.194   13.864   4.6    12.4       -10.0   -7.0   -16.1   -15.4   Y



                                       9


4.7   12.434   13.064   4.7   12.2        -10.3    -7.3   -16.9   -16.2   Y
4.8   11.454   12.174   4.8   12.0        -10.5    -7.5   -17.8   -17.1   Y
4.9   10.434   11.074   4.9   11.7        -10.7    -7.7   -18.9   -18.2   Y
 5     9.324    9.804    5    11.5        -10.9    -7.9   -20.0   -19.5   Y
5.1   8.194     8.444   5.1   11.3        -11.1    -8.1   -21.1   -20.9   Y
5.2   7.054     6.764   5.2   11.1        -11.4    -8.4   -22.2   -22.5   Y
5.3   6.054     4.934   5.3   10.9        -11.6    -8.6   -23.2   -24.4   Y
5.4   5.244     2.994   5.4   10.7        -11.8    -8.8   -24.1   -26.3   Y
5.5   4.804     0.914   5.5   10.5        -12.0    -9.0   -24.5   -28.4   Y
5.6    4.754   -1.296   5.6   10.3        -12.2    -9.2   -24.5   -30.6   Y
5.7    5.194   -3.186   5.7   10.1        -12.3    -9.3   -24.1   -32.5   Y
5.8    5.974   -4.846   5.8    9.9        -12.5    -9.5   -23.3   -34.1   Y
5.9    6.914   -5.876   5.9    9.7        -12.7    -9.7   -22.4   -35.2   Y
 6     7.714   -6.126    6     9.5        -12.9    -9.9   -21.6   -35.4   Y
6.1    8.384   -6.036   6.1    9.4        -13.1   -10.1   -20.9   -35.3   Y
6.2    8.894   -5.876   6.2    9.2        -13.3   -10.3   -20.4   -35.2   Y
6.3    9.264   -5.456   6.3    9.0        -13.4   -10.4   -20.0   -34.8   Y
6.4    9.314   -5.056   6.4    8.8        -13.6   -10.6   -20.0   -34.4   Y
6.5    9.144   -5.036   6.5    8.7        -13.8   -10.8   -20.2   -34.3   Y
6.6    8.724   -5.156   6.6    8.5        -13.9   -10.9   -20.6   -34.5   Y
6.7    8.084   -5.486   6.7    8.3        -14.1   -11.1   -21.2   -34.8   Y
6.8    7.074   -6.176   6.8    8.2        -14.3   -11.3   -22.2   -35.5   Y
6.9    5.744   -7.346   6.9    8.0        -14.4   -11.4   -23.6   -36.6   Y
 7     3.964   -9.106    7     7.9        -14.6   -11.6   -25.3   -38.4   Y
7.1    1.854   -11.52   7.1    8.0        -14.5   -11.7   -27.4   -40.8   Y
7.2   -1.286   -14.47   7.2    8.0        -14.5   -11.9   -30.6   -43.8   Y
7.3   -4.726   -15.28   7.3    8.0        -14.5   -12.0   -34.0   -44.6   Y
7.4   -7.736   -12.69   7.4    8.0        -14.5   -12.2   -37.0   -42.0   Y
7.5   -11.82   -9.226   7.5    8.0        -14.5   -12.3   -41.1   -38.5   Y
7.6   -9.526   -6.536   7.6    8.0        -14.5   -12.5   -38.8   -35.8   Y
7.7   -8.036   -4.786   7.7    8.0        -14.5   -12.6   -37.3   -34.1   Y
7.8   -7.236   -3.416   7.8    8.0        -14.5   -12.8   -36.5   -32.7   Y
7.9   -7.206   -2.476   7.9    8.0        -14.5   -12.9   -36.5   -31.8   Y
 8    -7.726   -2.046    8     8.0        -14.5   -13.0   -37.0   -31.3   Y
8.1   -8.686   -1.916   8.1    8.0        -14.5   -13.2   -38.0   -31.2   Y
8.2   -10.04   -1.856   8.2    8.0        -14.5   -13.3   -39.3   -31.2   Y
8.3   -11.78   -2.316   8.3    8.0        -14.5   -13.4   -41.1   -31.6   Y
8.4   -13.11   -3.076   8.4    8.0        -14.5   -13.6   -42.4   -32.4   Y
8.5   -13.32   -4.156   8.5    8.0        -14.5   -13.7   -42.6   -33.5   Y
8.6   -12.17   -5.826   8.6    8.0        -14.5   -13.8   -41.5   -35.1   Y
8.7   -11.38   -8.076   8.7    8.0        -14.5   -13.9   -40.7   -37.4   Y
8.8   -10.95   -10.92   8.8    8.0        -14.5   -14.1   -40.2   -40.2   Y
8.9   -11.21   -14.59   8.9    8.0        -14.5   -14.2   -40.5   -43.9   Y
 9     -12.2   -17.36    9     8.0        -14.5   -14.3   -41.5   -46.7   Y
9.1   -14.13   -14.14   9.1    8.0        -14.5   -14.4   -43.4   -43.4   Y
9.2   -18.45   -11.25   9.2    8.0        -14.5   -14.5   -47.7   -40.5   Y
9.3   -24.41   -8.636   9.3    7.8        -14.7   -14.7   -53.7   -37.9   Y
9.4   -17.41   -6.556   9.4    7.7        -14.8   -14.8   -46.7   -35.9   Y



                                     10


9.5   -12.66   -4.966   9.5     7.6        -14.9   -14.9   -42.0   -34.3   Y
9.6   -8.926   -3.836   9.6     7.4        -15.0   -15.0   -38.2   -33.1   Y
9.7   -6.576   -3.016   9.7     7.3        -15.1   -15.1   -35.9   -32.3   Y
9.8   -4.866   -2.246   9.8     7.2        -15.2   -15.2   -34.2   -31.5   Y
9.9   -3.466   -1.906   9.9     7.1        -15.3   -15.3   -32.8   -31.2   Y
 10   -2.596   -1.716    10     7.0        -15.5   -15.5   -31.9   -31.0   Y
 15   -3.106   -0.556    15     2.6        -19.9   -19.9   -32.4   -29.9   Y
 20   -3.516   -3.506   20     -0.5        -23.0   -23.0   -32.8   -32.8   Y
 25   -5.346   -3.386   25     -2.9        -25.4   -25.4   -34.6   -32.7   Y
 30   -5.986   -7.366   30     -4.9        -27.4   -27.4   -35.3   -36.7   Y
 35   -22.75   -14.48   35     -6.6        -29.1   -29.1   -52.0   -43.8   Y
 40   -8.656   -6.766   40     -8.1        -30.5   -30.5   -38.0   -36.1   Y
 45   -8.676   -9.316   45     -9.3        -31.8   -31.8   -38.0   -38.6   Y
 48   -11.69   -10.93    48   -10.0        -32.5   -32.5   -41.0   -40.2   Y
 50   -15.29   -9.046    50   -10.0        -32.5   -32.5   -44.6   -38.3   Y
 55   -9.466   -11.32    55   -10.0        -32.5   -32.5   -38.8   -40.6   Y
 60   -9.506   -12.64    60   -10.0        -32.5   -32.5   -38.8   -41.9   Y
 65   -14.81   -20.19    65   -10.0        -32.5   -32.5   -44.1   -49.5   Y
 70   -10.97   -11.79    70   -10.0        -32.5   -32.5   -40.3   -41.1   Y
 75   -11.41   -12.99    75   -10.0        -32.5   -32.5   -40.7   -42.3   Y
 80   -10.71   -17.37    80   -10.0        -32.5   -32.5   -40.0   -46.7   Y
 85   -15.87   -25.85    85   -10.0        -32.5   -32.5   -45.2   -55.1   Y
 90   -12.47   -16.84    90     0.0        -22.5   -22.5   -41.8   -46.1   Y
 95   -9.926    -11.2    95     0.0        -22.5   -22.5   -39.2   -40.5   Y
100   -7.906   -13.84   100     0.0        -22.5   -22.5   -37.2   -43.1   Y
105   -9.716   -15.03   105     0.0        -22.5   -22.5   -39.0   -44.3   Y
110   -14.83   -18.67   110     0.0        -22.5   -22.5   -44.1   -48.0   Y
115   -19.03   -25.82   115     0.0        -22.5   -22.5   -48.3   -55.1   Y
120   -14.18   -25.58   120     0.0        -22.5   -22.5   -43.5   -54.9   Y
125   -39.35   -23.25   125     0.0        -22.5   -22.5   -68.6   -52.5   Y
130   -26.44    -24.4   130     0.0        -22.5   -22.5   -55.7   -53.7   Y
135   -27.72   -29.83   135     0.0        -22.5   -22.5   -57.0   -59.1   Y
140   -17.93   -35.05   140     0.0        -22.5   -22.5   -47.2   -64.3   Y
145   -27.57   -26.16   145     0.0        -22.5   -22.5   -56.9   -55.5   Y
150   -22.85   -23.81   150     0.0        -22.5   -22.5   -52.1   -53.1   Y
155   -25.25   -23.42   155     0.0        -22.5   -22.5   -54.5   -52.7   Y
160   -27.86   -18.24   160     0.0        -22.5   -22.5   -57.2   -47.5   Y
165   -20.28    -17.5   165     0.0        -22.5   -22.5   -49.6   -46.8   Y
170   -21.46   -11.54   170     0.0        -22.5   -22.5   -50.8   -40.8   Y
175   -9.356   -16.53   175     0.0        -22.5   -22.5   -38.7   -45.8   Y
180   -12.41   -17.28   180     0.0        -22.5   -22.5   -41.7   -46.6   Y




                                      11


    Table 2 – Ku-100 ESV Antenna Cross-Polarization Gain and EIRP Values

Table 2        Gain                                                EIRP/4kHz
                                                         FCC
  Off                        Off                       §25.222                    Worst case
  Axis     14.25   14.25     Axis                      EIRP X-    14.25   14.25     EIRP
 Angle     GHz     GHz      Angle         FCC         Pol Mask,   GHz     GHz     Exceedance   Meets
(degree)     E       H     (degree)   25.209(b)(1)      N = 10      E       H        (dB)      Mask
  -9.2     -27.3   -24.0     -9.2         -2.0          -26.0     -56.6   -53.3      27.3       Y
  -9.1     -24.8   -26.2     -9.1         -2.0          -26.0     -54.1   -55.5      28.1       Y
  -9.0     -22.7   -28.3     -9.0         -2.0          -26.0     -52.0   -57.6      26.0       Y
  -8.9     -20.6   -26.7     -8.9         -2.0          -26.0     -49.9   -56.0      23.9       Y
  -8.8     -18.9   -31.0     -8.8         -2.0          -26.0     -48.2   -60.3      22.2       Y
  -8.7     -17.7   -36.6     -8.7         -2.0          -26.0     -47.0   -65.9      21.0       Y
  -8.6     -18.2   -36.6     -8.6         -2.0          -26.0     -47.5   -65.9      21.5       Y
  -8.5     -17.9   -31.6     -8.5         -2.0          -26.0     -47.2   -60.9      21.2       Y
  -8.4     -17.5   -30.4     -8.4         -2.0          -26.0     -46.8   -59.7      20.8       Y
  -8.3     -18.7   -25.9     -8.3         -2.0          -26.0     -48.0   -55.2      22.0       Y
  -8.2     -18.8   -24.6     -8.2         -2.0          -26.0     -48.1   -53.9      22.1       Y
  -8.1     -18.7   -22.4     -8.1         -2.0          -26.0     -48.0   -51.7      22.0       Y
  -8.0     -19.4   -20.8     -8.0         -2.0          -26.0     -48.7   -50.1      22.7       Y
  -7.9     -19.9   -20.2     -7.9         -2.0          -26.0     -49.2   -49.5      23.2       Y
  -7.8     -20.7   -19.5     -7.8         -2.0          -26.0     -50.0   -48.8      22.8       Y
  -7.7     -19.9   -18.5     -7.7         -2.0          -26.0     -49.2   -47.8      21.8       Y
  -7.6     -19.3   -18.0     -7.6         -2.0          -26.0     -48.6   -47.3      21.3       Y
  -7.5     -20.0   -18.5     -7.5         -2.0          -26.0     -49.3   -47.8      21.8       Y
  -7.4     -19.0   -17.5     -7.4         -2.0          -26.0     -48.3   -46.8      20.8       Y
  -7.3     -19.6   -18.5     -7.3         -2.0          -26.0     -48.9   -47.8      21.8       Y
  -7.2     -20.4   -18.7     -7.2         -2.0          -26.0     -49.7   -48.0      22.0       Y
  -7.1     -19.6   -19.6     -7.1         -2.0          -26.0     -48.9   -48.9      22.9       Y
  -7.0     -19.3   -18.8     -7.0         -2.1          -26.1     -48.6   -48.1      22.0       Y
  -6.9     -18.8   -19.4     -6.9         -2.0          -26.0     -48.1   -48.7      22.2       Y
  -6.8     -17.4   -19.0     -6.8         -1.8          -25.8     -46.7   -48.3      20.9       Y
  -6.7     -18.1   -19.0     -6.7         -1.7          -25.7     -47.4   -48.3      21.7       Y
  -6.6     -18.1   -18.3     -6.6         -1.5          -25.5     -47.4   -47.6      21.9       Y
  -6.5     -18.0   -18.0     -6.5         -1.3          -25.3     -47.3   -47.3      22.0       Y
  -6.4     -18.2   -17.1     -6.4         -1.2          -25.2     -47.5   -46.4      21.2       Y
  -6.3     -18.8   -17.4     -6.3         -1.0          -25.0     -48.1   -46.7      21.7       Y
  -6.2     -19.6   -16.9     -6.2         -0.8          -24.8     -48.9   -46.2      21.4       Y
  -6.1     -20.7   -17.2     -6.1         -0.6          -24.6     -50.0   -46.5      21.8       Y
  -6.0     -20.5   -16.8     -6.0         -0.5          -24.5     -49.8   -46.1      21.7       Y
  -5.9     -21.7   -16.9     -5.9         -0.3          -24.3     -51.0   -46.2      21.9       Y
  -5.8     -23.1   -16.7     -5.8         -0.1          -24.1     -52.4   -46.0      21.9       Y
  -5.7     -23.9   -18.6     -5.7          0.1          -23.9     -53.2   -47.9      24.0       Y
  -5.6     -27.2   -18.8     -5.6          0.3          -23.7     -56.5   -48.1      24.3       Y
  -5.5     -27.8   -19.4     -5.5          0.5          -23.5     -57.1   -48.7      25.2       Y
  -5.4     -29.8   -21.2     -5.4          0.7          -23.3     -59.1   -50.5      27.1       Y
  -5.3     -32.9   -22.7     -5.3          0.9          -23.1     -62.2   -52.0      28.9       Y
  -5.2     -26.1   -23.9     -5.2          1.1          -22.9     -55.4   -53.2      30.3       Y



                                                 12


-5.1   -22.6   -24.2   -5.1    1.3        -22.7   -51.9   -53.5   29.3   Y
-5.0   -19.2   -30.3   -5.0    1.5        -22.5   -48.5   -59.6   26.0   Y
-4.9   -17.7   -32.5   -4.9    1.7        -22.3   -47.0   -61.8   24.7   Y
-4.8   -14.7   -29.1   -4.8    2.0        -22.0   -44.0   -58.4   21.9   Y
-4.7   -12.9   -23.8   -4.7    2.2        -21.8   -42.2   -53.1   20.4   Y
-4.6   -11.1   -21.1   -4.6    2.4        -21.6   -40.4   -50.4   18.8   Y
-4.5    -9.7   -17.8   -4.5    2.7        -21.3   -39.0   -47.1   17.6   Y
-4.4    -8.6   -15.9   -4.4    2.9        -21.1   -37.9   -45.2   16.8   Y
-4.3    -7.7   -13.4   -4.3    3.2        -20.8   -37.0   -42.7   16.1   Y
-4.2    -6.8   -11.8   -4.2    3.4        -20.6   -36.1   -41.1   15.6   Y
-4.1    -5.8   -10.5   -4.1    3.7        -20.3   -35.1   -39.8   14.7   Y
-4.0    -5.4    -9.1   -4.0    3.9        -20.1   -34.7   -38.4   14.6   Y
-3.9    -5.1    -8.0   -3.9    4.2        -19.8   -34.4   -37.3   14.7   Y
-3.8    -5.1    -7.1   -3.8    4.5        -19.5   -34.4   -36.4   14.9   Y
-3.7    -5.1    -6.3   -3.7    4.8        -19.2   -34.4   -35.6   15.2   Y
-3.6    -5.4    -5.6   -3.6    5.1        -18.9   -34.7   -34.9   15.8   Y
-3.5    -5.7    -5.2   -3.5    5.4        -18.6   -35.0   -34.5   15.9   Y
-3.4    -6.2    -4.6   -3.4    5.7        -18.3   -35.5   -33.9   15.6   Y
-3.3    -6.8    -4.2   -3.3    6.0        -18.0   -36.1   -33.5   15.5   Y
-3.2    -7.8    -3.9   -3.2    6.4        -17.6   -37.1   -33.2   15.5   Y
-3.1    -8.4    -3.6   -3.1    6.7        -17.3   -37.7   -32.9   15.6   Y
-3.0    -8.9    -3.4   -3.0    7.1        -16.9   -38.2   -32.7   15.8   Y
-2.9    -9.3    -3.2   -2.9    7.4        -16.6   -38.6   -32.5   16.0   Y
-2.8    -9.3    -3.0   -2.8    7.8        -16.2   -38.6   -32.3   16.2   Y
-2.7    -8.9    -3.2   -2.7    8.2        -15.8   -38.2   -32.5   16.8   Y
-2.6    -8.5    -3.1   -2.6    8.6        -15.4   -37.8   -32.4   17.1   Y
-2.5    -8.1    -3.4   -2.5    9.1        -14.9   -37.4   -32.7   17.7   Y
-2.4    -7.6    -3.5   -2.4    9.5        -14.5   -36.9   -32.8   18.3   Y
-2.3    -7.2    -4.0   -2.3   10.0        -14.0   -36.5   -33.3   19.2   Y
-2.2    -6.9    -4.4   -2.2   10.4        -13.6   -36.2   -33.7   20.1   Y
-2.1    -6.3    -5.2   -2.1   10.9        -13.1   -35.6   -34.5   21.5   Y
-2.0    -5.9    -6.0   -2.0   11.5        -12.5   -35.2   -35.3   22.7   Y
-1.9    -5.3    -7.1   -1.9   12.0        -12.0   -34.6   -36.4   22.6   Y
-1.8    -4.4    -8.4   -1.8   12.6        -11.4   -33.7   -37.7   22.4   Y
-1.7    -3.3   -10.1   -1.7                       -32.6   -39.4          Y
-1.6    -2.6   -12.1   -1.6                       -31.9   -41.4          Y
-1.5    -1.7   -13.8   -1.5                       -31.0   -43.1          Y
-1.4    -0.7   -15.5   -1.4                       -30.0   -44.8          Y
-1.3    -0.1   -15.3   -1.3                       -29.4   -44.6          Y
-1.2     0.5   -14.0   -1.2                       -28.8   -43.3          Y
-1.1     0.9   -11.8   -1.1                       -28.4   -41.1          Y
-1.0     1.2    -9.9   -1.0                       -28.1   -39.2          Y
-0.9     0.9    -9.2   -0.9                       -28.4   -38.5          Y
-0.8     0.7    -8.4   -0.8                       -28.6   -37.7          Y
-0.7     0.2    -7.6   -0.7                       -29.1   -36.9          Y
-0.6    -0.8    -7.7   -0.6                       -30.1   -37.0          Y
-0.5    -2.1    -7.5   -0.5                       -31.4   -36.8          Y
-0.4    -3.9    -7.7   -0.4                       -33.2   -37.0          Y



                                     13


-0.3    -6.5    -8.2   -0.3                       -35.8   -37.5          Y
-0.2    -9.5    -8.4   -0.2                       -38.8   -37.7          Y
-0.1   -10.6    -8.6   -0.1                       -39.9   -37.9          Y
0.0     -7.5    -8.4    0.0                       -36.8   -37.7          Y
0.1     -4.5    -8.4    0.1                       -33.8   -37.7          Y
0.2     -2.0    -7.7    0.2                       -31.3   -37.0          Y
0.3     0.0     -7.1    0.3                       -29.3   -36.4          Y
0.4     1.3     -6.9    0.4                       -28.0   -36.2          Y
0.5     2.1     -6.6    0.5                       -27.2   -35.9          Y
0.6     2.8     -6.5    0.6                       -26.5   -35.8          Y
0.7     3.1     -6.3    0.7                       -26.2   -35.6          Y
0.8     3.2     -7.0    0.8                       -26.1   -36.3          Y
0.9     3.2     -7.8    0.9                       -26.1   -37.1          Y
1.0     2.9     -8.6    1.0                       -26.4   -37.9          Y
1.1     2.4    -10.2    1.1                       -26.9   -39.5          Y
1.2     1.8    -12.3    1.2                       -27.5   -41.6          Y
1.3     0.9    -15.3    1.3                       -28.4   -44.6          Y
1.4     0.0    -20.7    1.4                       -29.3   -50.0          Y
1.5     -0.9   -30.8    1.5                       -30.2   -60.1          Y
1.6     -1.9   -20.5    1.6                       -31.2   -49.8          Y
1.7     -2.8   -15.9    1.7                       -32.1   -45.2          Y
1.8     -3.5   -12.5    1.8   12.6        -11.4   -32.8   -41.8   21.4   Y
1.9     -4.0   -10.5    1.9   12.0        -12.0   -33.3   -39.8   21.3   Y
2.0     -4.3    -8.8    2.0   11.5        -12.5   -33.6   -38.1   21.1   Y
2.1     -4.4    -8.3    2.1   10.9        -13.1   -33.7   -37.6   20.6   Y
2.2     -4.5    -7.4    2.2   10.4        -13.6   -33.8   -36.7   20.3   Y
2.3     -4.8    -6.9    2.3   10.0        -14.0   -34.1   -36.2   20.0   Y
2.4     -5.1    -6.9    2.4    9.5        -14.5   -34.4   -36.2   19.9   Y
2.5     -5.6    -6.6    2.5    9.1        -14.9   -34.9   -35.9   19.9   Y
2.6     -6.5    -6.9    2.6    8.6        -15.4   -35.8   -36.2   20.4   Y
2.7     -7.2    -7.0    2.7    8.2        -15.8   -36.5   -36.3   20.5   Y
2.8     -8.5    -7.0    2.8    7.8        -16.2   -37.8   -36.3   20.2   Y
2.9    -10.0    -7.2    2.9   7.4         -16.6   -39.3   -36.5   20.0   Y
3.0    -11.3    -7.3    3.0   7.1         -16.9   -40.6   -36.6   19.6   Y
3.1    -12.1    -7.5    3.1   6.7         -17.3   -41.4   -36.8   19.5   Y
3.2    -12.5    -7.3    3.2   6.4         -17.6   -41.8   -36.6   19.0   Y
3.3    -12.0    -7.6    3.3   6.0         -18.0   -41.3   -36.9   18.9   Y
3.4    -11.2    -7.7    3.4   5.7         -18.3   -40.5   -37.0   18.7   Y
3.5    -10.5    -7.8    3.5   5.4         -18.6   -39.8   -37.1   18.5   Y
3.6     -9.9    -8.0    3.6    5.1        -18.9   -39.2   -37.3   18.4   Y
3.7     -9.5    -8.5    3.7    4.8        -19.2   -38.8   -37.8   18.6   Y
3.8    -10.0    -9.0    3.8   4.5         -19.5   -39.3   -38.3   18.8   Y
3.9     -9.9    -9.6    3.9    4.2        -19.8   -39.2   -38.9   19.1   Y
4.0    -10.9   -10.1    4.0   3.9         -20.1   -40.2   -39.4   19.4   Y
4.1    -11.5   -11.3    4.1   3.7         -20.3   -40.8   -40.6   20.3   Y
4.2    -13.6   -12.2    4.2   3.4         -20.6   -42.9   -41.5   21.0   Y
4.3    -15.0   -13.4    4.3   3.2         -20.8   -44.3   -42.7   21.9   Y
4.4    -16.3   -14.7    4.4   2.9         -21.1   -45.6   -44.0   22.9   Y



                                     14


4.5   -18.9   -16.4   4.5   2.7         -21.3   -48.2   -45.7   24.4   Y
4.6   -22.8   -18.8   4.6   2.4         -21.6   -52.1   -48.1   26.5   Y
4.7   -28.5   -20.2   4.7   2.2         -21.8   -57.8   -49.5   27.7   Y
4.8   -37.1   -23.4   4.8   2.0         -22.0   -66.4   -52.7   30.7   Y
4.9   -37.2   -23.3   4.9   1.7         -22.3   -66.5   -52.6   30.3   Y
5.0   -26.2   -24.3   5.0   1.5         -22.5   -55.5   -53.6   31.1   Y
5.1   -25.0   -23.6   5.1   1.3         -22.7   -54.3   -52.9   30.2   Y
5.2   -23.4   -22.5   5.2   1.1         -22.9   -52.7   -51.8   28.9   Y
5.3   -21.9   -20.3   5.3   0.9         -23.1   -51.2   -49.6   26.5   Y
5.4   -21.4   -20.0   5.4   0.7         -23.3   -50.7   -49.3   26.0   Y
5.5   -21.0   -18.9   5.5   0.5         -23.5   -50.3   -48.2   24.7   Y
5.6   -20.3   -19.3   5.6   0.3         -23.7   -49.6   -48.6   24.8   Y
5.7   -20.6   -19.4   5.7   0.1         -23.9   -49.9   -48.7   24.8   Y
5.8   -19.9   -19.2   5.8   -0.1        -24.1   -49.2   -48.5   24.4   Y
5.9   -19.5   -19.8   5.9   -0.3        -24.3   -48.8   -49.1   24.6   Y
6.0   -19.1   -20.5   6.0   -0.5        -24.5   -48.4   -49.8   23.9   Y
6.1   -18.9   -21.6   6.1   -0.6        -24.6   -48.2   -50.9   23.6   Y
6.2   -19.1   -22.7   6.2   -0.8        -24.8   -48.4   -52.0   23.5   Y
6.3   -18.1   -22.4   6.3   -1.0        -25.0   -47.4   -51.7   22.5   Y
6.4   -18.0   -24.0   6.4   -1.2        -25.2   -47.3   -53.3   22.1   Y
6.5   -18.4   -24.0   6.5   -1.3        -25.3   -47.7   -53.3   22.3   Y
6.6   -17.7   -24.1   6.6   -1.5        -25.5   -47.0   -53.4   21.5   Y
6.7   -18.3   -24.2   6.7   -1.7        -25.7   -47.6   -53.5   21.9   Y
6.8   -19.4   -22.1   6.8   -1.8        -25.8   -48.7   -51.4   22.9   Y
6.9   -18.9   -23.0   6.9   -2.0        -26.0   -48.2   -52.3   22.2   Y
7.0   -20.8   -21.8   7.0   -2.1        -26.1   -50.1   -51.1   24.0   Y
7.1   -22.6   -21.7   7.1   -2.0        -26.0   -51.9   -51.0   25.0   Y
7.2   -24.0   -21.3   7.2   -2.0        -26.0   -53.3   -50.6   24.6   Y
7.3   -24.5   -21.8   7.3   -2.0        -26.0   -53.8   -51.1   25.1   Y
7.4   -23.7   -22.9   7.4   -2.0        -26.0   -53.0   -52.2   26.2   Y
7.5   -20.6   -24.8   7.5   -2.0        -26.0   -49.9   -54.1   23.9   Y
7.6   -19.0   -28.4   7.6   -2.0        -26.0   -48.3   -57.7   22.3   Y
7.7   -17.9   -32.6   7.7   -2.0        -26.0   -47.2   -61.9   21.2   Y
7.8   -16.5   -30.5   7.8   -2.0        -26.0   -45.8   -59.8   19.8   Y
7.9   -15.2   -27.7   7.9   -2.0        -26.0   -44.5   -57.0   18.5   Y
8.0   -15.2   -24.1   8.0   -2.0        -26.0   -44.5   -53.4   18.5   Y
8.1   -15.0   -21.9   8.1   -2.0        -26.0   -44.3   -51.2   18.3   Y
8.2   -14.5   -20.1   8.2   -2.0        -26.0   -43.8   -49.4   17.8   Y
8.3   -15.3   -20.2   8.3   -2.0        -26.0   -44.6   -49.5   18.6   Y
8.4   -15.1   -19.7   8.4   -2.0        -26.0   -44.4   -49.0   18.4   Y
8.5   -16.0   -19.8   8.5   -2.0        -26.0   -45.3   -49.1   19.3   Y
8.6   -16.6   -18.7   8.6   -2.0        -26.0   -45.9   -48.0   19.9   Y
8.7   -17.2   -20.6   8.7   -2.0        -26.0   -46.5   -49.9   20.5   Y
8.8   -18.9   -21.9   8.8   -2.0        -26.0   -48.2   -51.2   22.2   Y
8.9   -20.7   -22.1   8.9   -2.0        -26.0   -50.0   -51.4   24.0   Y
9.0   -21.3   -24.2   9.0   -2.0        -26.0   -50.6   -53.5   24.6   Y
9.1   -21.5   -25.3   9.1   -2.0        -26.0   -50.8   -54.6   24.8   Y
9.2   -23.3   -25.4   9.2   -2.0        -26.0   -52.6   -54.7   26.6   Y



                                   15


2. Pointing Accuracy
       The pointing accuracy for the Ku-100 will comply with the ESV specifications

contained in Section 25.222(b)(1)(iii) of the Commission’s rules for Ku-band terminals.

The accuracy will be maintained to 0.2° or less. When the tracking accuracy exceeds this

threshold, the transmission will be stopped within 100 ms. Transmission will resume

within 200 ms after accuracy returns to 0.2° or less.


3. Summary of Technical Parameters
       The return link channel will support data rates for of 32 kbit/s, 64 kbit/s, 128

kbit/s, 256 kbit/s, and 512 kbit/s. The forward channel will be operated with data rates of

3-10 Mbits/s aggregate with individual end user rates between 512- 2Mbit/s. A summary

of the Ku-100 operating parameters is shown in the tables below:



    Antenna diameter                     100 cm
    Type of Antenna                      Parabolic rear-fed
    Peak Power (SSPA)                    8 watts
    Transmit Bandwidth                   18, 27, 36 MHz
    Transmit Gain                        41.8 dBi at 14.25 GHz
    EIRP                                 49 dBW (does not include 0.7 dB radome
                                         loss)
    Transmit Data Rate                   32 kbps to 512 Mbps
    Transmit Polarization                Horizontal or Vertical
    Transmit Azimuth, Elevation          1.35 degrees
    Beamwidth
    Receive G/T                          19.5 dB/K minimum
    Receive Bandwidth                    500 MHz
    Receive Polarization                 Dual Vertical and Horizontal


                     Table 3 – Ku-100 ESV Terminal Parameters



                                            16


Azimuth                       continuous coverage over full 360º
Elevation                     10 to 90º antenna elevation
Position accuracy              Static pointing error 0.2º RMS (AZ)
Dynamic Tracking capability  Meets: Roll: +/-25° at 8 second period
                             Pitch: +/-15° at 5 second period
                             Yaw: +/-8° at 50 second period
                             Azimuth Turn rate: 12°/s and 15°/s2 acceleration
               Table 4 – Ku-100 Antenna Control Parameters


18 MHz Channel Calculations
Power a feed Flange                                 5.29       W
Channel; Bandwidth                                   18        MHz
RF Power Density at Flange                         -29.3       dBW/4kHz
Maximum Horizon EIRP Density (10° Elevation
Angle)                                              1.68       dBW/MHz*
Maximum Horizon EIRP                               14.23       dBW*
Maximum Number Simultaneous Users N                   7
    Table 5 – Ku-100 Uplink Transmission Parameters - 36 MHz Channel


27 MHz Channel Calculations
Power a feed Flange                                   5.29     W
Channel; Bandwidth                                     27      MHz
RF Power Density at Flange                           -31.1     dBW/4kHz
Maximum Horizon EIRP Density (10° Elevation
Angle)                                               -0.08     dBW/MHz*
Maximum Horizon EIRP                                14.23      dBW*
Maximum Number Simultaneous Users N                    10
    Table 6 – Ku-100 Uplink Transmission Parameters - 27 MHz Channel


36 MHz Channel Calculations
Power a feed Flange                                      5.29        W
Channel; Bandwidth                                        36         MHz
RF Power Density at Flange                              -32.3        dBW/4,kHz
Maximum Horizon EIRP Density (10° Elevation
Angle)                                                  -1.33        dBW/MHz*
Maximum Horizon EIRP                                    14.23        dBW*
Maximum Number Simultaneous Users N                      14

    Table 7 – Ku-100 Uplink Transmission Parameters - 18 MHz Channel



                                     17


       Resolution 902. KVH will comply with the ESV emission limitations specified

for the Ku-band in Annex 2 to Resolution 902. For each ESV terminal the maximum

EIRP density toward the horizon will not exceed 1.68 dBW/MHz and the maximum

EIRP toward the horizon will be 14.23 dBW.2


4. Antenna Gain Data




                   Figure 8 – Ku-100 Co-Pol Gain +/- 10 dgrees




2
 Resolution 902 Annex 2 specifies a maximum of 12.5 dBW/MHz Horizon EIRP density
and 16.3 dBW Horizon EIRP for ESVs operating in the 14.0-14.5 GHz band.


                                        18


     Figure 9 – Ku-100 Co-Pol Gain +/- 180 dgrees




Figure 10 – Ku-100 Cross-pol Gain Pattern +/- 9 degrees




                          19


5. FCC §25.222 Compliance Matrix for the Ku-100 Terminal

                        FCC Part 25 Earth Station on Vessels (ESV) Rules for Ku-Band
                                                                                                                   Complies        Comments
                       § 25.222 Blanket Licensing provisions for Earth Stations on
                       Vessels (ESVs) receiving in the 10.95–11.2 GHz (space-to- Earth),
                       11.45–11.7 GHz (space-to-Earth), 11.7–12.2 GHz (space-to-Earth)
                       frequency bands and transmitting in the 14.0–14.5 GHz (Earth-
                       to-space) frequency band, operating with Geostationary Orbit
§ 25.222               (GSO) Satellites in the Fixed-Satellite Service.
                       (a) The following ongoing requirements govern all ESV licensees and
                       operations in the 10.95–11.2 GHz (space-to-Earth), 11.45–11.7 GHz
                       (space-to-Earth), 11.7–12.2 GHz (space-to- Earth) frequency bands
                       and 14.0–14.5 GHz (Earth-to-space) bands transmitting to GSO
                       satellites in the fixed-satellite service. ESV licensees must comply
                       with the requirements in either paragraph (a)(1) or (a)(2) of this
                       section and all of the requirements set forth in paragraphs (a)(3)
                       through (a)(7) of this section. Paragraph (b) of this section identifies                               Complies with (a)(1)
                       items that must be included in the application for ESV operations to                                   and remaining
§ 25.222(a)            demonstrate that these ongoing requirements will be met.                                    Complies   provisions
                       (1) The following requirements shall apply to an ESV that uses
                       transmitters with off axis effective isotropically radiated power
                       (EIRP) spectral-densities lower than or equal to the levels in
                       paragraph (a)(1)(i)(A) of this section. An ESV, or ESV system,
                       operating under this section shall provide a detailed demonstration as
                       described in paragraph (b)(1) of this section. The ESV transmitter also
                       must comply with the antenna pointing and cessation of emission
§ 25.222(a)(1)         requirements in paragraphs (a)(1)(ii) and (a)(1)(iii) of this section.
                       (i) An ESV system shall not exceed the off axis EIRP spectral-density
                       limits and conditions defined in paragraphs (a)(1)(i)(A) through
§ 25.222(a)(1)(i)      (a)(1)(i)(D) of this section.
                       (A) The off-axis EIRP spectral-density emitted from the ESV, in the                                    Narrative, Section
                       plane of the GSO as it appears at the particular earth station location,                               I.D.1. and Exhibit 2,
§ 25.222(a)(1)(i)(A)   shall not exceed the following values:                                                      Complies   Section 1
                       15-10log(N)-25logq ..................... dBW/4 kHz ............... for ...........
                       1.5° ≤ q ≤ 7°
                       -6 -10log(N) ............................... dBW/4 kHz ............... for ........... 7°
                       < q ≤ 9.2°
                       18 -10log(N)-25logq .................... dBW/4 kHz ............... for ...........
                       9.2° < q ≤ 48°
                       -24 -10log(N) .............................. dBW/4 kHz ............... for ...........
                       48° < q ≤ 85°
                       -14 -10log(N) .............................. dBW/4 kHz ............... for ...........
                       85° < q ≤ 180°
                       Where theta (q) is the angle in degrees from the line connecting the
                       focal point of the antenna to the orbital location of the target satellite,
                       the plane of the GSO is determined by the focal point of the antenna
                       and the line tangent to the arc of the GSO at the orbital location of the
                       target satellite. For ESV networks using frequency division multiple
                       access (FDMA) or time division multiple access (TDMA) techniques,
                       N is equal to one. For ESV networks using multiple co-frequency
                       transmitters that have the same EIRP, N is the maximum expected
                       number of co-frequency simultaneously transmitting ESV earth
                       stations in the same satellite receiving beam. For the purpose of this
                       section, the peak EIRP of an individual sidelobe may not exceed the
                       envelope defined above for q between 1.5° and 7.0°. For q greater

                                                                          20


                         than 7.0°, the envelope may be exceeded by no more than 10% of the
                         sidelobes, provided no individual sidelobe exceeds the envelope given
                         above by more than 3 dB.



                         (B) In all directions other than along the GSO, the off-axis EIRP                                   Narrative, Section
                         spectral-density for co-polarized signals emitted from the ESV shall                                I.D.1. and Exhibit 2,
§ 25.222(a)(1)(i)(B)     not exceed the following values:                                                         Complies   Section 1
                         18-10log(N)-25logq ..................... dBW/4 kHz ............... for ...........
                         3.0° ≤ q ≤ 48°
                         -24-10log(N) ............................... dBW/4 kHz ............... for ...........
                         48° < q ≤ 85°
                         -14-10log(N) ............................... dBW/4 kHz ............... for ...........
                         85° < q ≤ 180°
                         Where q and N are defined in paragraph (a)(1)(i)(A) of this section.
                         This off-axis EIRP spectral-density applies in any plane that includes
                         the line connecting the focal point of the antenna to the orbital
                         location of the target satellite with the exception of the plane of the
                         GSO as defined in paragraph (a)(1)(i)(A) of this section. For the
                         purpose of this section, the envelope may be exceeded by no more
                         than 10% of the sidelobes provided no individual sidelobe exceeds the
                         gain envelope given above by more than 6 dB. The region of the main                                 Narrative, Section
                         reflector spillover energy is to be interpreted as a single lobe and shall                          I.D.1. and Exhibit 2,
                         not exceed the envelope by more than 6 dB.                                               Complies   Section 1
                         (C) In all directions, the off-axis EIRP spectral-density for cross-                                Narrative, Section
                         polarized signals emitted from the ESV shall not exceed the following                               I.D.1. and Exhibit 2,
§ 25.222(a)(1)(i)(C)     values:                                                                                  Complies   Section 1
                         5-10log(N)-25logq ....................... dBW/4 kHz ............... for ...........
                         1.8° ≤ q ≤ 7.0°
                         -16-10log(N) ............................... dBW/4 kHz ............... for ...........
                         7.0° < q ≤ 9.2°
                         Where q and N are defined as set forth in paragraph (a)(1)(i)(A) of
                         this section. This EIRP spectral-density applies in any plane that
                         includes the line connecting the focal point of the antenna to the target
                         satellite.
                         (D) For non-circular ESV antennas, the major axis of the antenna will
                         be aligned with the tangent to the arc of the GSO at the orbital
                         location of the target satellite, to the extent required to meet the
§ 25.222(a)(1)(i)(D)     specified off-axis EIRP spectral-density criteria.                                       N/A
                         (ii) Each ESV transmitter must meet one of the following antenna
§ 25.222(a)(1)(ii)       pointing requirements:
                         (A) Each ESV transmitter shall maintain a pointing error of less than                               Narrative, Section
                         or equal to 0.2° between the orbital location of the target satellite and                           I.D.2., Exhibit 2,
§ 25.222(a)(1)(ii)(A)    the axis of the main lobe of the ESV antenna, or                                         Complies   Section 2
                         (B) Each ESV transmitter shall declare a maximum antenna pointing
                         error that may be greater than 0.2° provided that the ESV does not
                         exceed the off-axis EIRP spectral density limits in paragraph (a)(1)(i)
§ 25.222(a)(1)(ii)(B)    of this section, taking into account the antenna pointing error.
                         (iii) Each ESV transmitter must meet one of the following cessation of
§ 25.222(a)(1)(iii)      emission requirements:
                         (A) For ESVs operating under paragraph (a)(1)(ii)(A) of this section,
                         all emissions from the ESV shall automatically cease within 100
                         milliseconds if the angle between the orbital location of the target
                         satellite and the axis of the main lobe of the ESV antenna exceeds                                  Narrative, Section
                         0.5°, and transmission will not resume until such angle is less than or                             I.D.2., Exhibit 2,
§ 25.222(a)(1)(iii)(A)   equal to 0.2°, or                                                                        Complies   Section 2




                                                                          21


                         (B) For ESV transmitters operating under paragraph (a)(1)(ii)(B) of
                         this section, all emissions from the ESV shall automatically cease
                         within 100 milliseconds if the angle between the orbital location of
                         the target satellite and the axis of the main lobe of the ESV antenna
                         exceeds the declared maximum antenna pointing error and shall not
                         resume transmissions until such angle is less than or equal to the
§ 25.222(a)(1)(iii)(B)   declared maximum antenna pointing error.
                         (2) The following requirements shall apply to an ESV that uses off-
                         axis EIRP spectral densities in excess of the levels in paragraph
                         (a)(1)(i) of this section. An ESV, or ESV system, operating under this
                         section shall file certifications and provide a detailed demonstration as
§ 25.222(a)(2)           described in paragraph (b)(2) of this section.                              N/A
                         (i) The ESV shall transmit only to the target satellite system(s)
                         referred to in the certifications required by paragraph (b)(2) of this
§ 25.222(a)(2)(i)        section.
                         (ii) If a good faith agreement cannot be reached between the target
                         satellite operator and the operator of a future satellite that is located
                         within 6 degrees longitude of the target satellite, the ESV operator
                         shall accept the power-density levels that would accommodate that
§ 25.222(a)(2)(ii)       adjacent satellite.
                         (iii) The ESV shall operate in accordance with the off-axis EIRP
                         spectral-densities that the ESV supplied to the target satellite operator
                         in order to obtain the certifications listed in paragraph (b)(2) of this
                         section. The ESV shall automatically cease emissions within 100
                         milliseconds if the ESV transmitter exceeds the off-axis EIRP spectral
§ 25.222(a)(2)(iii)      densities supplied to the target satellite operator.
                         (3) There shall be a point of contact in the United States, with phone
                         number and address, available 24 hours a day, seven days a week,
                         with authority and ability to cease all emissions from the ESVs, either
                         directly or through the facilities of a U.S. Hub or a Hub located in
                         another country with which the United States has a bilateral                           Narrative, Section
§ 25.222(a)(3)           agreement that enables such cessation of emissions.                         Complies   I.D.3.
                         (4) For each ESV transmitter, a record of the ship location (i.e.,
                         latitude/longitude), transmit frequency, channel bandwidth and
                         satellite used shall be time annotated and maintained for a period of
                         not less than 1 year. Records will be recorded at time intervals no
                         greater than every 20 minutes while the ESV is transmitting. The ESV
                         operator will make this data available upon request to a coordinator,
                         fixed system operator, fixed-satellite system operator, NTIA, or the                   Narrative, Section
§ 25.222(a)(4)           Commission within 24 hours of the request.                                  Complies   I.D.3.
                         (5) ESV operators communicating with vessels of foreign registry
                         must maintain detailed information on each vessel’s country of
                         registry and a point of contact for the relevant administration                        Narrative, Section
§ 25.222(a)(5)           responsible for licensing ESVs.                                             Complies   I.D.3.
                         (6) ESV operators shall control all ESVs by a Hub earth station
                         located in the United States, except that an ESV on U.S.-registered
                         vessels may operate under control of a Hub earth station location
                         outside the United States provided the ESV operator maintains a point
                         of contact within the United States that will have the capability and
                         authority to cause an ESV on a U.S.-registered vessel to cease                         Narrative, Section
§ 25.222(a)(6)           transmitting if necessary.                                                  Complies   I.B.
                         (7) In the 10.95–11.2 GHz (space-to-Earth) and 11.45–11.7 GHz
                         (space-to-Earth) frequency bands ESVs shall not claim protection
                         from interference from any authorized terrestrial stations to which
                         frequencies are either already assigned, or may be assigned in the                     Narrative, Section
§ 25.222(a)(7)           future.                                                                     Complies   I.B.
                         (b) Applications for ESV operation in the 14.0–14.5 GHz (Earth-to-
                         space) band to GSO satellites in the fixed-satellite service must
                         include, in addition to the particulars of operation identified on Form
§ 25.222(b)              312, and associated Schedule B, the applicable technical
                                                                  22


                       demonstrations in paragraphs (b)(1) or (b)(2) of this section and the
                       documentation identified in paragraphs (b)(3) through (b)(5) of this
                       section.

                       (1) An ESV applicant proposing to implement a transmitter under
                       paragraph (a)(1) of this section must demonstrate that the transmitter
                       meets the off-axis EIRP spectral- density limits contained in
                       paragraph (a)(1)(i) of this section. To provide this demonstration, the
                       application shall include the tables described in paragraph (b)(1)(i) of
                       this section or the certification described in paragraph (b)(1)(ii) of this
                       section. The ESV applicant also must provide the value N described
                       in paragraph (a)(1)(i)(A) of this section. An ESV applicant proposing
                       to implement a transmitter under paragraph (a)(1)(ii)(A) of this
                       section must provide the certifications identified in paragraph
                       (b)(1)(iii) of this section. An ESV applicant proposing to implement a                   Narrative, Section
                       transmitter under paragraph (a)(1)(ii)(B) of this section must provide                   I.D.1. and Exhibit 2,
§ 25.222(b)(1)         the demonstrations identified in paragraph (b)(1)(iv) of this section.        Complies   Section 1
                       (i) Any ESV applicant filing an application pursuant to paragraph
                       (a)(1) of this section must file three tables showing the off-axis EIRP
                       level of the proposed earth station antenna in the direction of the plane
                       of the GSO; the co-polarized EIRP in the elevation plane, that is, the
                       plane perpendicular to the plane of the GSO; and cross polarized
                       EIRP. In each table, the EIRP level must be provided at increments of                    Narrative, Section
                       0.1° for angles between 0° and 10° off-axis, and at increments of 5°                     I.D.1. and Exhibit 2,
§ 25.222(b)(1)(i)      for angles between 10° and 180° off-axis.                                     Complies   Section 1
                       (A) For purposes of the off-axis EIRP table in the plane of the GSO,
                       the off-axis angle is the angle in degrees from the line connecting the
                       focal point of the antenna to the orbital location of the target satellite,
                       and the plane of the GSO is determined by the focal point of the
                       antenna and the line tangent to the arc of the GSO at the orbital
§ 25.222(b)(1)(i)(A)   position of the target satellite.
                       (B) For purposes of the off-axis co-polarized EIRP table in the
                       elevation plane, the off-axis angle is the angle in degrees from the line
                       connecting the focal point of the antenna to the orbital location of the
                       target satellite, and the elevation plane is defined as the plane
                       perpendicular to the plane of the GSO defined in paragraph
§ 25.222(b)(1)(i)(B)   (b)(1)(i)(A) of this section.
                       (C) For purposes of the cross-polarized EIRP table, the off-axis angle
                       is the angle in degrees from the line connecting the focal point of the
                       antenna to the orbital location of the target satellite and the plane of
                       the GSO as defined in paragraph (b)(1)(i)(A) of this section will be
§ 25.222(b)(1)(i)(C)   used.
                       (ii) A certification, in Schedule B, that the ESV antenna conforms to
                       the gain pattern criteria of § 25.209(a) and (b), that, combined with
                       the maximum input power density calculated from the EIRP density
                       less the antenna gain, which is entered in Schedule B, demonstrates
                       that the off-axis EIRP spectral density envelope set forth in                            Demonstration
                       paragraphs (a)(1)(i)(A) through (a)(1)(i)(C) of this section will be met                 provided under §
§ 25.222(b)(1)(ii)     under the assumption that the antenna is pointed at the target satellite.     N/A        25.222(b)(1)(i)
                       (iii) An ESV applicant proposing to implement a transmitter under
                       paragraph (a)(1)(ii)(A) of this section, must provide a certification
                       from the equipment manufacturer stating that the antenna tracking
                       system will maintain a pointing error of less than or equal to 0.2
                       between the orbital location of the target satellite and the axis of the
                       main lobe of the ESV antenna and that the antenna tracking system is
                       capable of ceasing emissions within 100 milliseconds if the angle                        Narrative, Section
                       between the orbital location of the target satellite and the axis of the                 I.D.2., Exhibit 2,
§ 25.222(b)(1)(iii)    main lobe of the ESV antenna exceeds 0.5°.                                    Complies   Section 2
                       (iv) An ESV applicant proposing to implement a transmitter under
§ 25.222(b)(1)(iv)     paragraph (a)(1)(ii)(B) of this section must:

                                                                  23


                        (A) Declare, in their application, a maximum antenna pointing error
                        and demonstrate that the maximum antenna pointing error can be
                        achieved without exceeding the off-axis EIRP spectral-density limits
§ 25.222(b)(1)(iv)(A)   in paragraph (a)(1)(A) of this section; and
                        (B) Demonstrate that the ESV transmitter can detect if the transmitter
                        exceeds the declared maximum antenna pointing error and can cease
                        transmission within 100 milliseconds if the angle between the orbital
                        location of the target satellite and the axis of the main lobe of the ESV
                        antenna exceeds the declared maximum antenna pointing error, and
                        will not resume transmissions until the angle between the orbital
                        location of the target satellite and the axis of the main lobe of the ESV
                        antenna is less than or equal to the declared maximum antenna
§ 25.222(b)(1)(iv)(B)   pointing error.
                        (2) An ESV applicant proposing to implement a transmitter under
                        paragraph (a)(2) of this section and using off-axis EIRP spectral
                        densities in excess of the levels in paragraph (a)(1)(i) of this section
                        shall provide the following certifications and demonstration as
§ 25.222(b)(2)          exhibits to its earth station application:                                     N/A
                        (i) A statement from the target satellite operator certifying that the
                        proposed operation of the ESV has the potential to create harmful
                        interference to satellite networks adjacent to the target satellite(s) that
§ 25.222(b)(2)(i)       may be unacceptable.
                        (ii) A statement from the target satellite operator certifying that the
                        power-density levels that the ESV applicant provided to the target
                        satellite operator are consistent with the existing coordination
                        agreements between its satellite(s) and the adjacent satellite systems
§ 25.222(b)(2)(ii)      within 6° of orbital separation from its satellite(s).
                        (iii) A statement from the target satellite operator certifying that it will
                        include the power-density levels of the ESV applicant in all future
§ 25.222(b)(2)(iii)     coordination agreements.
                        (iv) A demonstration from the ESV operator that the ESV system is
                        capable of detecting and automatically ceasing emissions within 100
                        milliseconds when the transmitter exceeds the off-axis EIRP spectral-
§ 25.222(b)(2)(iv)      densities supplied to the target satellite operator.
                        (3) There shall be an exhibit included with the application describing                    Narrative, Section
§ 25.222(b)(3)          the geographic area(s) in which the ESVs will operate.                         Complies   I.D.3.
                        (4) The point of contact referred to in paragraph (a)(3) of this section
                        and, if applicable paragraph (a)(6) of this section, must be included in                  Narrative, Section
§ 25.222(b)(4)          the application.                                                               Complies   I.D.3.
                        (5) ESVs that exceed the radiation guidelines of § 1.1310 of this
                        chapter, Radiofrequency radiation exposure limits, must provide, with
                        their environmental assessment, a plan for mitigation of radiation                        Exhibit 3, Radiation
§ 25.222(b)(5)          exposure to the extent required to meet those guidelines.                      Complies   Hazard Study
                        (c) Operations of ESVs in the 14.0–14.2 GHz (Earth-to-space)
                        frequency band within 125 km of the NASA TDRSS facilities on
                        Guam (located at latitude: 13°36′55″ N, longitude 144°51′22″ E) or
                        White Sands, New Mexico (latitude: 32°20′59″ N, longitude
                        106°36′31″ W and latitude: 32°32′40″ N, longitude 106°36′48″ W)
                        are subject to coordination through the National Telecommunications
                        and Information Administration (NTIA) Interdepartment Radio
                        Advisory Committee (IRAC). When NTIA seeks to provide similar
                        protection to future TDRSS sites that have been coordinated through
                        the IRAC Frequency Assignment Subcommittee process, NTIA will
                        notify the Commission that the site is nearing operational status. Upon
                        public notice from the Commission, all Ku-band ESV operators must
                        cease operations in the 14.0–14.2 GHz band within 125 km of the new
                        TDRSS site until after NTIA/IRAC coordination for the new TDRSS
                        facility is complete. ESV operations will then again be permitted to
                        operate in the 14.0–14.2 GHz band within 125 km of the new TDRSS                          Narrative, Section
§ 25.222(c)             site, subject to any operational constraints developed in the                  Complies   I.D.4.

                                                                   24


              coordination process.




              (d) Operations of ESVs in the 14.47–14.5 GHz (Earth-to-space)
              frequency band within (a) 45 km of the radio observatory on St.
              Croix, Virgin Islands (latitude 17°46′ N, longitude 64°35′ W); (b) 125
              km of the radio observatory on Mauna Kea, Hawaii (at latitude 19°48′
              N, longitude 155°28′ W); and (c) 90 km of the Arecibo Observatory
              on Puerto Rico (latitude 18°20′46″ W, longitude 66°45′11″ N) are
              subject to coordination through the National Telecommunications and
              Information Administration (NTIA) Interdepartment Radio Advisory                    Narrative, Section
§ 25.222(d)   Committee (IRAC).                                                        Complies   I.D.4.




                                                      25


6. Link Analysis
                                  KVH KM-100
                                                             6/ 8/2011        KENR
    FROM: MIAMI                                 TO: MIAMI
             REQUIREMENTS                                  SATELLITE
*Availability          (%):   99.500       *Satellite                     AMC-21
*Required Eb/No       (dB):    2.25         Satellite West Long       : 125.0
*Bit Error Rate           :     E-3        *Transponder                    LTWTA
*Modulation Type          :    QPSK        !Usable Trnspndr BW (MHz):     36.00
*Info. Rate         (Kbps): 256.00         !SFD @ 0 dB/K    (dBW/M^2): -93.00
*FEC Rate                 :    0.33        *Transponder Atten    (dB):     3.0
*Spread Spectrum Factor :     32.00
*Modem Step Size     (kHz):    1.00
             TRANSMIT E/S                                 RECEIVE E/S
 North Lat: 26.0    West Long: 80.2         North Lat: 26.0 West Long: 80.2
 Frequency           (GHz):   14.25         Frequency           (GHz):    11.95
*Satellite G/T      (dB/K):    4.00        *Satellite EIRP      (dBW):    49.50
*Antenna Diameter      (m):    0.6         *Antenna Diameter      (m):     7.6
*Antenna Gain        (dBi):   41.80        *Antenna Gain        (dBi):    58.00
 Antenna Elevation (Deg):     32.35         Antenna Elevation (Deg):      32.35
 Carrier EIRP        (dBW):   42.01         LNA Noise Temp        (K): 111.35
*Power Control        (dB):    1.00        *Loss betw.LNA & Ant.(dB):      0.30
*Output Circuit Loss (dB):     1.50         System Noise Temp.    (K): 185.05
 Path Loss            (dB): 207.24         *Station G/T        (dB/K):    35.33
*Other Losses         (dB):    1.40         Path Loss            (dB): 205.71
(other loss = atm,pol,RADOME, point)       *Other Losses         (dB):     0.60
                                  INTERFERENCE
*C/Io Adj Sat U    (dB-Hz):   79.10        *C/Io Intermod     (dB-Hz):    72.27
*C/Io Adj Sat D    (dB-Hz):   94.57         C/No Thermal Up (dB-Hz):      64.97
*C/Io Crosspol     (dB-Hz):   74.20         C/No Thermal Dn (dB-Hz):      80.99
*C/Io PCMA    (dB-Hz):   84.85         C/Io Total        (dB-Hz):    61.62
*C/Io CRMA         (dB-Hz):   62.40         C/No Therm Total (dB-Hz):     64.86
 C/Io Microwave    (dB-Hz):    N/A          C/No Total        (dB-Hz):    59.93

                                 RAIN ATTENUATION
 Overall Link Margin   (dB):    3.60        *Rain Model              : CRANE
 Uplink Availability    (%):   99.512
        Rain Margin    (dB):    4.60        *Uplink Rain Zone        : E
 Dnlink Availability    (%):   99.973
        Rain Margin    (dB):   18.14        *Dnlink Rain Zone        : E
 G/T Degradation       (dB):    4.05

            TRANSPONDER                                   H.P.A
 *Number of Carriers      : MULTIPLE       *Number of Carriers      :    1.0
*Total OPBO          (dB):    3.00        *Total HPA OPBO          :    0.00
 Total IPBO          (dB):    5.97         HPA Power/Carrier (dBm):    31.71
 Carrier OPBO        (dB):   26.13         Required HPA Size (dBW):     1.71
 Carrier IPBO        (dB):   29.10         Required HPA Size    (W):    1.48
   FCC Req: 1) Uplink Flange Density     (dBW/4kHz): -34.71    File: KVHKMLB1
  (@50.5) 2) Downlink EIRP Density     (dBW/4kHz): -10.54
 Transponder BW Used Per Carrier (x1.43)      (%):   49.31   # = deltas used
 Transponder Power Used Per Carrier           (%):    0.49   ! = modif. default
 Transponder Bandwidth Allocation           (MHz):   17.750 * = user's input
 Number of transponder users: 14 in two stacks of 7 each



                                           26



Document Created: 2011-06-09 17:08:05
Document Modified: 2011-06-09 17:08:05

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