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Fixed and MobileServices/Unlicensed Devices  X4 $  12.We propose to allocate the 51.452.6 GHz)ZF yOK' x& ԍThe proposed deletion of the earth explorationsatellite and space research service allocations from the 51.4 !k 52.6 GHz band means that the fixed and mobile services would not have to share the band with any other service,  {O'except possibly the radio astronomy service. See  2021, infra. Ē and 58.259.0 GHz bandsD*XF yOm' x ԍThe 58.259.0 GHz band is currently allocated to the earth explorationsatellite (passive), space research  !k (passive), and radio astronomy services. Our proposal maintains these allocations and adds the fixed and mobile services to the band. D to  ! Government and nonGovernment fixed and mobile services on a primary basis. We also propose  X4 !to make the 6466 GHz band available to the Government and nonGovernment fixed and mobile  !(except aeronautical mobile) services on a primary basis by allocating the 6465 GHz segment  !for these purposes and by upgrading the status of the secondary fixed and mobile services in the  X_4 !6566 GHz segment.+|_ F yO' x ԍThe 6465 GHz segment is currently allocated to the earth explorationsatellite (passive), space research  ! (passive), and radio astronomy services on a coprimary basis. The 6566 GHz segment is currently allocated to the  !! earth explorationsatellite and space research services on a coprimary basis and to the fixed and mobile services on  {Or' ! a secondary basis. In  20, infra, we propose to delete the earth explorationsatellite (passive) and space research  {O<' ! (passive) service allocations from the 6465 GHz band. In  21, infra, we propose to delete the radio astronomy  !^ service allocation from the 6465 GHz segment and to permit radio astronomy observations in this segment under a national arrangement.  In order to protect ongoing passive sensor reception in the 50.250.4 GHz  !and 54.2555.78 GHz bands from future disruption, we propose to delete the unused Government  X14 !cand nonGovernment fixed and mobile service allocations from these bands.@,1N F yO0' x ԍSince the fixed and mobile service allocations in 50.250.4 GHz band are unused in the United States, we  {O' !o do not propose to adopt footnote S5.555A, which provides for a short transition period, i.e., internationally, the fixed  !D and mobile services remain allocated on a primary basis until July 1, 2000. Instead, in the United States, the fixed  !* and mobile service allocations will be deleted as of the effective date of the Report and Order in this proceeding.  !3 We also note that, in Japan, the 54.2555.78 GHz band will continue to be allocated to the mobile service on a  {O'primary basis for lowdensity use. See Appendix A, footnote S5.556B.@ We also propose  X 4 !to delete the requirement that aeronautical mobile station transmissions not cause harmful  !interference to ISS operations in the 54.2555.78 band and to add this requirement in the 6671  X 4 !GHz band.- F {Og' x ԍCurrently, the 54.2558.20 GHz band is allocated, inter alia, to the Government and nonGovernment ISS  !x and mobile services. The mobile service is limited by footnote 909, which states that aeronautical mobile stations  ! may be operated in the 54.2558.20 GHz band only if they do not cause harmful interference to the ISS. Our  !c proposal would delete the mobile service from the 54.2555.78 GHz segment, which moots the need for the  ! aeronautical restriction in this segment, and maintains the restriction in the 55.7858.20 GHz segment. Specifically,  ! footnote 909 reads as follows: "In the bands 54.2558.2 GHz, 5964 GHz, 116134 GHz, 170182 GHz and 185190  ! GHz, stations in the aeronautical mobile service may be operated subject to not causing harmful interference to the  yO$' ! intersatellite service (see No. 435)." WRC97 renumbered Footnote 909 as footnote S5.558 and revised its text  !p by changing "54.2558.2 GHz" to "55.7858.2 GHz," and by adding "6671 GHz." The nonGovernment ISS  {Oq&' !Q allocation at 6571 GHz is proposed in this instant rulemaking. See  9, supra. (Footnote S5.558 does include the 6566 GHz segment because it is proposed to be allocated to the mobile except aeronautical mobile service.)  Finally, we observe that any future land mobile services in the 6671 GHz band will" .-,N(N(ZZ "  !be required to protect the new nonGovernment ISS service as well as the existing space  X4radiocommunication services from harmful interference..F {Ob'ԍSee 47 C.F.R.  2.106, footnote 902 (renumbered as footnote S5.553).  See Appendix A.  X4 $  13.These fixed and mobile service proposals have been enabled by: (1) NTIA's finding  !that the 51.452.6 GHz and 6465 GHz bands are no longer required for Government passive  X4 !&sensor operations,Q/ZF {O'ԍSee note 24, supra. Q and (2) ITUR studies0F {O* ' x ԍSee ITUR Draft New Recommendation SA[7/23] "Feasibility of Sharing between Spaceborne Passive  !p Sensors and the Fixed Service from 50 to 60 GHz." We also note that the European Radiocommunications  ! Committee ("ERO") within the European Conference of Postal and Telecommunications Administrations ("CEPT")  ! has concluded that in frequencies above 55.78 GHz "the Fixed Service can operate without any risk of causing  {OL ' !Q interference to passive sensors." See ERC Report 45, entitled "Sharing Between the Fixed and Earth ExplorationSatellite (Passive) Services in the Band 50.266 GHz," Sesimbra, January 1997. that have shown that passive sensors can share with  !fixed and mobile services at frequencies above 55.78 GHz due to the high atmospheric  !attenuation that exists. These studies found that, at lower frequencies, undesirable constraints  !would be required on the fixed and mobile services and the meteorological community would still  X14 !3receive interference that could effect weather forecasts and give false results to measurements of  !warming of the Earth. Thus, our related proposal to delete the fixed and mobile service  !callocations from the 50.250.4 GHz and 54.2555.78 GHz bands will provide exclusive spectrum  !for the measurement of atmospheric temperature using passive spaceborne sensors in bands where  !sharing with other services is not feasible. In sum, these proposals, if adopted, would result in  !ca net gain of 2.27 gigahertz of primary spectrum for fixed and mobile services, while eliminating  !3the need for constraints on the parameters of fixed and mobile systems since these services would  !not share allocations with the passive services below 55.78 GHz. We request comment on all of the above proposals.  XK4 $  14.We also observe that WRC97 adopted new footnote S5.547,1, Kh F yOd' x ԍThe text of footnote S5.547 reads as follows: "The bands 31.833.4 GHz, 51.452.6 GHz, 55.7859 GHz  ! and 6466 GHz are available for highdensity applications in the fixed service (see Resolution 726 (WRC97))."  {O' !* See also WRC97 Final Acts at Resolution 726 (WRC97), entitled "Frequency bands above 30 GHz available for  {O' ! highdensity applications in the fixed service," pp. 646647. Resolution 726, inter alia, states that there is a  ! dramatically increasing demand for HDFS resulting from the deployment of new mobile networks and from the rapid  ! worldwide deregulation in the provision of local broadband services, that there are incompatible services in certain  !y bands, and that there is a need for global harmonization of services. Therefore, WRC97 resolved that  !} administrations should take into account that the 51.452.6 GHz, 55.7859.00 GHz, and 6466 GHz bands are  ! available for highdensity fixed applications. Resolution 726 goes on to state that there is a need for global  !7 harmonization of new and existing allocations of radio frequency bands in order to facilitate coordination among  !@ administrations and to encourage development of competitive products, through economies of scale and the  !^ worldwide introduction of new telecommunication services, including the provision of reliable global information infrastructure access at an affordable cost.  which makes the 51.4 X44 !I52.6 GHz, 55.7859.00 GHz and 6466 GHz bands "available for highdensity applications in the"4 \1,N(N(ZZ"  X4 !fixed service" ("HDFS").?2 F yOy' x ԍHigh density systems and usages in the fixed service are generally characterized by applications requiring  ! the ability to: (1) operate on a pointtopoint or pointtomultipoint basis, or a combination of both; (2) flexibly  ! achieve, over short periods of time, a concentration of links on the same channel(s) within an area; (3) increase  ! frequency reuse; and (4) decrease terminal size and cost of equipment. The term "high density fixed service" does  ! not refer to a particular application or band in the fixed service, but does describe the phenomena of maximized  ! deployment densities, spectrum reuse and spectral efficiencies realized by concentrated deployments. Often these  ! deployment density, spectrum reuse and spectral efficiency factors become more pronounced in the higher bands.  ! Use of the term "high density" can be applied in the same fashion to any radio service that may be widely utilized  !o for commercial or other purposes. Some fixed service high density systems and usages are deployed in license areas  ! where the operator enjoys an exclusive license which allows flexible deployment within a defined geographic area.  ! Known current high density systems and usages in the fixed service include narrowband wireless access, fixed  ! wireless access, and wideband applications ranging in bands up to 66 GHz. It is likely that HDFS applications will  {O ' ! also become operational above 66 GHz.  See Proposed Expanded Element of the CPM99 Report, Addendum 1 to ITUR Document 9B/66E, Document 7D9D/32E, dated October 5, 1998.? We request comment on whether footnote S5.547 should be adopted  !cdomestically, what the ramifications of such an action would be, and whether, in order to assure  X4spectrum availability for HDFS, the bands should not be allocated to the mobile service.3 F yO' xZ ԍITUR Recommendation SA.1259 describes the sharing situation and lists the threshold levels of interference  !. considered detrimental to EESS. One of the conclusions reached in ITUR Recommendation SA.1259 is that sharing  !' is feasible with no restrictions on the fixed service for the 55.7858.20 GHz band. However, ITUR  ! Recommendation SA.1259 did not consider the implementation of HDFS systems and the resulting potential for  !* increased harmful interference to passive sensors operating in the same band. In particular, while sharing is still  !; considered feasible with spaceborne passive sensors across the band, the possibility of interference is higher in the  ! 55.7856.26 GHz segment. Therefore, in order to maintain the same sharing feasibility within the 55.7856.26 GHz  ! segment, a limit may need to be placed on the radiated power of HDFS stations toward zenith. There are no  ! restrictions for sharing within the remaining portion of the band (56.2659.00 GHz). There is currently no known  ! usage for the space research service allocation with the 55.7859.00 GHz band and no studies on potential sharing  {O'have been done to date. See ITUR Document 7D9D/30E, dated August 11, 1998.   X4  X4 $ 15.Unlicensed Devices. In 1996, we made the 5964 GHz band available for unlicensed  X4 !"devices under Part 15 of Commission's Rules.4F {O&' xg ԍSee Amendment of Parts 2, 15, and 97 of the Commission's Rules to Permit Use of Radio Frequencies Above  {O' !; 40 GHz for New Radio Applications, ET Docket No. 94124, RM8308, First Report and Second Notice of Proposed  {O' !^ Rule Making, 11 FCC Rcd 4481 (1996), at  2836. In that proceeding, the Commission made the 5964 GHz band  ! available for unlicensed use under the existing fixed and mobile service allocations and stated that it would not adopt  {OL'service rules for licensed services in the 5964 GHz band at that time. See also 47 C.F.R.  15.255.  We observe that the 55.7859 GHz and 6466  Xz4 !pGHz bands are adjacent to this unlicensed band, that both of these bands would, if our proposals  Xc4 ! are adopted, be allocated to the fixed and mobile services on a primary basis,{5ZcF yO"' x ԍWith regard to the 6466 GHz band, the proposed mobile service allocation would be more specifically a  {Ox#' !H "mobile except aeronautical mobile service" allocation, i.e., the band would be allocated for land mobile and maritime mobile services, but not for aeronautical mobile services.{ and that, furthermore, both of these bands could be made available for use by HDFS. "55,N(N(ZZa"Ԍ X4 $ 16.We also observe that the European Radiocommunications Committee ("ERO") has  !adopted a Recommendation entitled "Radio Frequency Channel Arrangement for Fixed Services  X4 !Operating in the Band 57.059.0 GHz Which Do Not Require Frequency Planning,"6ZF {OK' x ԍSee CEPT/ERC Recommendation 1209 (The Hague 1998). The Recommendation channelizes the 57-59  !* GHz band into twenty 100 MHz unpaired channels or forty 50 MHz unpaired channels, with the first and last 100 megahertz of the band (57.057.1 GHz and 58.959.0 GHz) not used at this time, and limits e.i.r.p. to 15 dBW.  but that this  X4 !cRecommendation has not yet been implemented. This Recommendation states, inter alia, "that  !<the high frequency reuse achievable in the oxygen absorption band reduces the requirement for  !frequency planning techniques and offers the possibility of deregulated telecommunications  !Aenvironment within CEPT [the European Conference of Postal and Telecommunications  !Administrations] for various low power, low cost and short range radiorelays." In addition, it  !is our understanding that there are ongoing discussions in Europe concerning unlicensed  !broadband HDFS use of the 5759 GHz band. We anticipate a similar need in the United States.  ![Specifically, we believe that PCS, cellular, and other mobile service licensees will require  !unlicensed spectrum in the 5759 GHz frequency range to connect nearby base stations to one  X 4another, especially in highdensity urban areas, i.e., "hot spots."  X 4 $ 17.We tentatively find that the 5759 GHz and 6466 GHz bands are well suited for use  !by unlicensed devices, and accordingly, we propose to make these bands available for use by  !unlicensed devices under Part 15 of Commission's Rules. We base this proposal on the  X}4 !ppropagation characteristics of the bands,7 }F {O' x} ԍSee FCC's Millimeter Wave Propagation: Spectrum Management Implications, OET Bulletin Number 70,  {O' ! July 1997; http://fcc.gov/oet/info/documents/bulletins/#70. See also SPP 5/98: Fixed Services in the Band 57.258.2  {O' ! GHz, October 1998, in which the Australian Communications Authority states that the 57.258.2 GHz band lies very  yOv[ !^ close to the peak of the 60 GHz Oxygen (O2) absorption curve, resulting in loweratmosphere losses exceeding 12  yO>' ! dB per kilometer. (ITUR Rec P.6762, pp 4445.) This high atmospheric attenuation allows for cochannel fixed  !Z links to be established at intervals of about 5 kilometers and at much closer intervals with additional isolation  !" provided by high antenna discrimination. Conversely, the band is not suitable for reliable pointtopoint  ! communications over path lengths exceeding about 12 kilometers, as the high propagation loss resulting from the  yO^[ ! O2 absorption characteristic is accentuated by strong signal fade in even light rain. The band therefore is most  ! suitable for high reuse, short range communications with a correspondingly low probability of cochannel  ! interference. The gain of an antenna is proportional to its effective aperture, or size with respect to wavelength.  ! As the wavelength at 58 GHz is in the order of 5 millimeters, an antenna of relatively small physical size is large  ! compared to wavelength and will have correspondingly good gain, narrow beamwidth and be highly directional. In fixed pointtopoint systems this means the likelihood of cochannel interference is even further reduced.  and on the technical material previously presented by  !the Millimeter Wave Communications Working Group ("MWCWG") in the Above 40 GHz  XO4 !pproceeding.y8OF {O"' xg ԍSee Amendment of Parts 2, 15, and 97 of the Commission's Rules to Permit Use of Radio Frequencies Above  {Or#' ! 40 GHz for New Radio Applications, ET Docket No. 94124, RM8308, Memorandum Opinion and Order and  {O<$' ! Fourth Notice of Proposed Rule Making, FCC 97267, released August 14, 1997, at  2326. See also Report and  ! Recommendations of the Millimeter Wave Communications Working Group to the Federal Communications  {O%'Commission, December 13, 1996. y We tentatively find that licensing is not necessary because of the limited potential  !<for interference due to oxygen absorption and the narrow beamwidth of pointtopoint antennas"8`8,N(N(ZZ"  X4 !"likely to be operating in this range. We also tentatively find that low-power9ZF yOy' x ԍFor products other than field disturbance sensors, Part 15 use of the 5964 GHz band is limited to an  !D average power density of 9 microwatts per square centimeter and a peak spectral power density of 18 microwatts  {O 'per square centimeter, both as determined at a distance of 3 meters. See 47 C.F.R.  15.255(b)(1).  unlicensed use of  !5759 GHz and 6466 GHz bands is an ideal use of this Government/nonGovernment shared  !3spectrum because this proposed use further reduces the chance of harmful interference to in-band  !sensors. We request comment on these proposals. We also request comment on whether the  !55.7857.00 GHz segment should be made available for use by unlicensed devices or whether this  X4segment should be made available for licensed fixed and mobile services.  X_4 $ 18.We are not proposing technical rules for unlicensed use of the 5759 GHz and 6466  !4GHz bands in this proceeding, except that operation in the 5759 GHz band would not be  X14 !permitted on aircraft or satellites.z:Z1F yO ' x ԍThis proposal parallels 47 C.F.R.  15.255(a)(1) and is in response to the requirement in footnote S5.558,  {O' ! which states, inter alia, that aeronautical mobile stations may be operated in the 55.7858.2 GHz and 5964 GHz bands subject to not causing harmful interference to ISS.z Instead, we intend to initiate a separate rulemaking to address  !appropriate technical rules. Nonetheless, we invite comment looking toward this further  X 4 !rulemaking on the technical rules needed for the spectrally efficient operation of unlicensed  !devices in these band. For example, should we simply employ the existing technical rules and  X 4 !_etiquette from the 5964 GHz band*; F {O' x ԍSee 47 C.F.R.  15.255 Operation within the band 59.064.0 GHz. Please note that 47 C.F.R.  15.31,  {O\'15.215(a), and 15.255(a),(b) were amended by a recent Commission action; see note 52, supra.* throughout an extended 5766 GHz unlicensed band, or  !_should we develop different technical rules for the 5759 GHz and 6466 GHz bands? If we  X 4 !adopt different technical rules, should either of the bands be channelized,P< h F {O'ԍSee note 54, supra.P and should the use  X4of listenbeforetransmit etiquette be required on all or some of these channels?=" F yO;' xE ԍWe note that the Australian Communications Authority has proposed that the 57.258.2 GHz band be  !^ channelized into ten 100 MHz channels and that systems that do not employ a listenbeforetransmit etiquette be  !x restricted to only two of these ten channels. This plan may allow up to 20 hops per square kilometer per channel,  {O'which for ten channels, equates to 200 hops per square kilometer. See note 55, supra.  Xb4 $ =19.We request comment on all of the above proposals. Table 3, below, summarizes the  !spectrum that would be available for fixed and mobile services and unlicensed devices if these proposals are adopted. O Addx1 R addx m O  z c " P4v #Xm2PG; XP#Table 3: Fixed and Mobile Services/Unlicensed Devices Overview z  cy  Bandy Comments"(=,N(N(ZZ$"   yy  51.452.6 GHzy Allocated to the fixed and mobile services C  y  55.7857.00 GHz_ Allocated to the fixed and mobile services, with the aeronautical mobile service prohibited from causing harmful interference to ISSC Z  <  5759 GHz and 6466 GHz.< Available for unlicensed fixed, land mobile, and maritime mobile devicesZ \  <  6671 GHz Allocated to the mobile service, with the aeronautical mobile service prohibited from causing harmful interference to ISS, and the land mobile service prohibited from causing harmful interference to all inband space radiocommunication services \ .  Xs 4# Xj\  P6G;ynXP#  X\ 4C. PassiveSensors  X.4 $ 20.Satelliteborne passive microwave sensors are used to obtain atmospheric temperature  !profiles that are of utmost importance to weather forecasting and to climate studies, and these  !}sensor measurements can only be obtained in the vicinity of unique molecular oxygen resonance  X4 !frequencies located between 50 GHz and 70 GHz.> 8 yOb' xN ԍAtmospheric temperature profiles are among the essential parameters which are routinely used by  !H meteorological services for operational weather forecasting, and by the scientific community involved in climate and  ! environmental monitoring studies. Atmospheric temperature profiles are currently obtained from spaceborne sounding  ! instruments working in the infrared spectrum and in the microwave spectrum, including oxygen absorption around  !. 60 GHz. As compared to infrared techniques, the allweather capability (the ability for a spaceborne sensor to "see"  ! through most clouds) is probably the most important feature that is offered by microwave techniques. This is  !. fundamental for operation weather forecasting and atmospheric science applications, because more than 60% of the  ! Earth's surface, on average, is totally obscured by clouds, and only 5% of any 20x20 kilometer spot (corresponding  ! to the typical spatial resolution of the infrared sounders) is completely cloudfree. This situation severely hampers  !Q operation of infrared sounders, which have very little or no access to large, meteorologically active regions. The  yO2[ !x next O2 absorption spectrum around 118 GHz has a lower potential due to its particular structure (monochromatic,  ! as compared to the rich multiline structure around 60 GHz) and is more heavily affected by the attenuation caused  ! by atmospheric humidity. It appears that the 5070 GHz region offers a unique possibility to perform allweather  {O'measurements of the vertical atmospheric temperature profiles from a satellite's orbit. See note 48, supra.Č WRC97 allocated the 59.059.3 GHz band  !gto the earth explorationsatellite (passive) and space research (passive) services on a primary basis  !<and deleted unneeded earth explorationsatellite (passive) and space research (passive) service  X4 !allocations from the 51.452.6 GHz and 6465 GHz bands. WRC97 also modified the text of  !footnote 907 (renumbered as footnote S5.340) in order to delete the prohibition on emissions  !from the 51.4054.25 GHz, 58.259.0 GHz, and 6465 GHz bands and to add the prohibition on  X_4 !Jemissions to the 50.250.4 GHz and 52.6054.25 GHz bands.%?X_ 8 yO%' x ԍAt WRC95, footnote 907 and several other footnotes were combined and renumbered as footnote S5.340.  ! However, we have not previously considered this international decision and thus our Rules contain footnote 907.  ! The text of footnote 907 reads as follows: "In the bands 51.454.25 GHz, 58.259 GHz, 6465 GHz, 8692 GHz,""'>,N(N(2'" 105116 GHz and 217231 GHz, all emissions are prohibited." 47 C.F.R. 2.106. % In order to implement"_X?,N(N(ZZK"  !domestically the WRC97 revision of footnote S5.340, NTIA requests that the text of footnote  !US246 be modified to reflect these international rule changes. Similarly, NTIA requests that the  X4 !/text of footnote US263 be modified to specify that passive sensor operations in the 56.2658.20  !GHz band (rather than the 50.250.4 GHz and 54.2558.20 GHz bands) will not receive protection  !from fixed and mobile services operating in accordance with the Table of Frequency  X4 !Allocations.@, X8 yO' x ԍIn its May 1998 letter, NTIA originally requested that the text of footnote US263 be modified to specify  !@ that passive sensors in the 55.7858.20 GHz band rather than the 56.2658.20 GHz band would not receive  ! protection from the fixed and mobile services operating in accordance with the Table of Frequency Allocations.  ! Subsequently, NTIA requested that the text of footnote US263 be modified so that only passive sensors operating  ! in the 56.2658.20 GHz segment would not receive such protection. NTIA made this request because there have been  !o studies within ITU Working Party 7C regarding compatibility between HDFS and passive satellite operations. These  ! studies have identified potential sharing problems in the 55.7856.26 GHz segment that may necessitate limiting the  !U power and antenna pattern of HDFS systems in order to adequately protect critical passive sensor operations in this  {O' ! band. NTIA stated that further study within the ITUR may be required. See Letter to Chief, Office of Engineering  !b and Technology from Acting Associate Administrator, Office of Spectrum Management, NTIA, dated April 30, 1999.  {Oh' ! See also Appendix A, footnote US263 and 47 C.F.R. 2.106. As discussed in  1214, supra, we are proposing  ! to delete the fixed and mobile service allocations in the 50.250.4 GHz and 54.2555.78 GHz bands and to allocate the 51.452.6 GHz and 58.259.0 GHz bands to the fixed and mobile services on a primary basis.  We agree that these WRC97 amendments and the consequential changes to United  !States footnotes adequately provide for passive sensor operations and therefore propose to  !8implement these changes domestically. We request comment on all of the above proposals.  !<Table 4, below, summarizes the net effect of our proposals in this instant proceeding on passive sensor operations."1L @,N(N(ZZ" J addx m ddx J \ z. c " P4Z  #Xm2PG; XP#Table 4: Passive Sensor Overview z  cy  Band y Comments L z y  50.250.4 GHz and 52.6054.25 GHzV Bands allocated exclusively for passive sensor use, except that radio astronomy observations may also be made in the 52.6054.25 GHz band under national arrangements; no stations will be authorized to transmit in these bands L      54.2559.30 GHz _ Shared spectrum, including unlicensed devices in the 5759 GHz segment; passive sensor reception in the 55.7858.20 GHz segment will not be protected from fixed and mobile services operating in accordance with the U.S. Table of Allocations  W   6566 GHz  Shared spectrum, including unlicensed devices l  X 4# Xj\  P6G;ynXP#  X4D. OtherMatters  X4 $ i21.Internationally, radio astronomy observations may be carried out under national  !arrangements in the 51.4054.25 GHz, 58.259.0 GHz, and 6465 GHz bands per footnote 906  X4 !(revised and renumbered as footnote S5.556).nA|F {O' x ԍSee 47 C.F.R.  2.106, footnote 906, which reads as follows: "In the bands 51.454.25 GHz, 58.259 GHz,  ! 6465 GHz, and 72.7772.91 GHz, radio astronomy observations may be carried out under national arrangements.  ! Administrations are urged to take all practicable steps to protect radio astronomy observations in these bands from  ! harmful interference." Footnote 906 has been renumbered as S5.556 and revised by adding the 93.0793.27 GHz  !Z band and by deleting the second sentence. We note that emissions would be permitted in much of this radio  ! astronomy spectrum (51.452.6 GHz, 58.259.0 GHz, and 6466 GHz), if we adopt footnote S5.340, as proposed in  {O' 20, supra.  n In the United States, these bands are allocated  Xl4 !to the Government and nonGovernment radio astronomy ("RA") service on a primary basis.B\l F yO)' x ԍWe have proposed to allocate the 51.452.6 GHz, 58.259.0 GHz, and 6466 GHz bands to the fixed and  {O' ! mobile services on a primary basis. See  1219, supra. In order to permit these services to transmit, we have  {O'proposed to revise footnote US246, as discussed in  20, supra.ħ  XU4Recently, the coordinator for Task 2 of ITUR Joint Rapporteurs Group 7D9D stated that:  FXthere is no known usage of [the 51.452.6 GHz, 55.7859.00 GHz, and 6466 GHz  bands] by the RA community (potentially due to atmospheric absorption) and no  vstudies on potential sharing have been done to date. Even if radio astronomical  use were to develop, there should not be any problems with radio astronomy  X4 Bstations sharing [these] band[s] with HDFS since RA use of these bands must"0 B,N(N(ZZ "  Oalready be coordinated with the fixed service within individual Administrations.  X4Therefore, sharing between HDFS and RA is a domestic issue.mCF {Ob'ԍSee ITUR Document 7D9D/30E, dated August 11, 1998. m   !NTIA requests that the radio astronomy service allocation be deleted from the 51.4054.25 GHz  !and 6465 GHz bands and that international footnote S5.556 be added to these bands. NTIA did  X4 !not propose any change to the radio astronomy service allocation at 58.259.0 GHz.DBZF yO' x ԍDuring consultations with the National Science Foundation, it was confirmed that the RA community does  ! not currently make use of the RA allocation at 58.259.0 GHz. Moreover, due to the propagation characteristics of  !o the band, if this RA allocation is subsequently used, it would necessarily be limited to radio astronomy observations  {O ' !^ aboard spacecraft. See  1519, supra, wherein we propose to make the 5759 GHz band available for unlicensed  ! use. We note that the technical rules for unlicensed devices in the 5964 GHz band preclude operation aboard  ! aircraft and spacecraft and are proposing a similar prohibition in this proceeding for unlicensed devices operating  !^ in the 5759 GHz band. (The 6466 GHz band is proposed to be allocated to the mobile except aeronautical mobile service.)  We  !tentatively find that radio astronomy use of the 51.4054.25 GHz and 6465 GHz bands is a  !domestic issue that is best authorized under a national arrangement. Accordingly, we propose  !to delete radio astronomy service allocation from the 51.4054.25 GHz and 6465 GHz bands and  !pto add international footnote S5.556 to these bands. We solicit comment on these proposals and  !on the specifics of such national arrangements. For example, should RA observatories that may need protection in the future be listed in a US footnote?  X 4 $ 022.Finally, we propose to correct a typographical error in the Allocation Table by adding  !a reference to footnote S5.559 in the 5964 GHz band. This reference has inadvertently been  X 4dropped from the Table.E~ d F yO' x ԍThe Commission had previously added a reference to footnote 910 (renumbered as S5.559) in the 5964  {O' ! GHz band. See Amendment of Parts 2, 15, and 97 of the Commission's Rules to Permit Use of Radio Frequencies  {ON' ! Above 40 GHz for New Radio Applications, ET Docket No. 94124, First Report and Order and Second Notice of  {O' !* Proposed Rule Making, 11 FCC Rcd 4481 (1996). The text of footnote 910 reads as follows: "In the bands 5964  ! GHz and 126134 GHz, airborne radars in the radiolocation service may be operated subject to not causing harmful  ! interference to the intersatellite service (see No. 435)." When footnote 910 was renumbered as S5.559, the cross  yOr'reference in the text was updated to "(see No. S5.43)." ĵ  Xy4  Xb'Z  IV. PROCEDURAL INFORMATION Đc  X44 $ 23.InitialRegulatoryFlexibilityAnalysis. Section 603 of the Regulatory Flexibility Act,  X4 !/as amended,NFF {Ox$'ԍSee 47 U.S.C.  603.N requires that the Commission prepare an Initial Regulatory Flexibility Analysis in  X4 !notice and comment rulemaking proceedings, unless we certify that "the rule will not, if"<F,N(N(ZZ "  X4 !Rpromulgated, have a significant economic impact on a significant number of small entities."JGF {Oy'ԍId. at  605(b).J  X4 ! In this Notice of Proposed Rule Making, we propose, inter alia, to reallocate spectrum that will  !result in net gain of 2.27 gigahertz of primary spectrum for fixed and mobile services, and to also  !ldesignate 4 gigahertz of spectrum at 5759 GHz and 6466 GHz for unlicensed devices. We  !believe that this net increase in fixed and mobile spectrum and the designation of new unlicensed  !bands will provide new opportunities for small entities, without any known harmful effects.  !8Accordingly, we hereby certify that the proposed reallocations will not, if promulgated, have  !"significant economic impact on a significant number of small entities. The Secretary shall send  XJ4 !a copy of this Notice of Proposed Rule Making, including the Initial Regulatory Flexibility  !Analysis, to the Chief Counsel for Advocacy of the Small Business Administration in accordance with Section 603(a) of the Regulatory Flexibility Act, 5 U.S.C.  603(a).  X 4 $ S 24.ExParteRulesPermitButDiscloseProceedings. This is a permitbutdisclose  X 4 ! notice and comment rule making proceeding. Exparte presentations are permitted, except during  !pany Sunshine Agenda period, provided they are disclosed as provided in the Commission's rules.  X 4Seegenerally 47 C.F.R. Sections 1.1202(a), 1.1203, and 1.1206.  X4 $  25.Authority. This action is taken pursuant to Sections 4(i), 7(a), 303(c), 303(f), 303(g),  Xj4 !<and 303(r) of the Communications Act of 1934, as amended, 47 U.S.C. Sections 154(i), 157(a), 303(c), 303(f), 303(g), and 303(r).   X%4 $ 26.Comment. Pursuant to applicable procedures set forth in Sections 1.415 and 1.419  X4 !Iof the Commission's Rules, interested parties may file comments on or before September 7,  X4 !^1999 , and reply comments on or before September 22, 1999 . All relevant and timely comments  X4 !+will be considered by the Commission before final action is taken in this proceeding. To file  !lformally in this proceeding, participants must file an original and four copies of all comments,  !<reply comments, and supporting comments. If participants want each Commissioner to receive  !a personal copy of their comments, an original plus nine comments must be filed. Comments and  !reply comments should be sent to Office of Secretary, Federal Communications Commission, 445  !12th Street, SW, Washington, DC 20554. Comments and reply comments will be available for  !public inspection during regular business in the FCC Reference Center (Room TW-A306), 445 12th Street, SW, Washington, DC 20554."?ZG,N(N(ZZ "  X4 $ e27.AdditionalInformation. For further information concerning this rule making  !proceeding contact Tom Mooring at (202)4182450, internet: tmooring@fcc.gov, Office of Engineering and Technology, Federal Communications Commission, Washington, DC 20554. Xhp x (#%'0*,.8135@8:4FFpd.In the International Footnotes under heading II., remove footnote 911.  X4FFpe.Revise footnotes US246 and US263.  X4FFpf.Add footnote Gxxx.  X4 3'3'Standard'3'3Standard2rJet 5SiN$X    "G,N(N(ZZv "  X' '3'3Standard2rJet 5SiN$'3'3Standard2rJet 5SiN$X     2.106 Table of Frequency Allocations FFp* * * * * X    #IPP# c ddx <<<xf{f. c $   l $ && "? International table"btUnited States table"Q'FCC use designators&   & && "veRegion 1 allocation gGHz." Region 2 allocation ( GHz."LRegion 3 allocation NGHz.".Government." NonGovernment."A&Rule part(s)."+Specialuse +frequencies(   ( && " (1)"2c ,(2)" j (3)"'Allocation GHz E.(4)"F Allocation GHz !(5)"\O( V'(6)"'- ,(7)(   .( && "F F` *"0I*"*"Ig*"!*"Z5(*" -*$   $ &&   dB '50.2 ! 50.4t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwSPACE RESEARCH (passive) ZFFpwS5.340 S5.555A  50.2 ! 50.4 EARTH EXPLORATION SATELLITE (passive) SPACE RESEARCH (passive) S5.340 US246  50.2 ! 50.4 EARTH EXPLORATION SATELLITE (passive) SPACE RESEARCH (passive) S5.340 US246   "'-"  " && "0B*"Ig*"!*"Z5(*" -*"  " &&   dB'51.4 ! 52.6t` ` ` ZFFpwFIXED ZFFpwMOBILE ZFFpwS5.547 S5.556  51.4 ! 52.6 FIXED MOBILE S5.556  51.4 ! 52.6 FIXED MOBILE S5.556   "'-"  " &&   dBV'52.6 ! 54.25t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwSPACE RESEARCH (passive) ZFFpwS5.340 S5.556  52.6 ! 54.25 EARTH EXPLORATION SATELLITE (passive) SPACE RESEARCH (passive) S5.556 US246 52.6 ! 54.25 EARTH EXPLORATION SATELLITE (passive) SPACE RESEARCH (passive) S5.556 US246 "'-"   " &&   dB,'54.25 ! 55.78t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwINTERSATELLITE S5.556A ZFFpwSPACE RESEARCH (passive) ZFFpwS5.556B 54.25 ! 55.78 EARTH EXPLORATION SATELLITE (passive) INTERSATELLITE S5.556A SPACE RESEARCH (passive) 54.25 ! 55.78 EARTH EXPLORATION SATELLITE (passive) INTERSATELLITE S5.556A SPACE RESEARCH (passive) "'-",G \"$  $ && "? International table"btUnited States table"Q'FCC use designators&   & && "veRegion 1 allocation gGHz" Region 2 allocation ( GHz"LRegion 3 allocation NGHz".Government" NonGovernment"A&Rule part(s)"+Specialuse +frequencies(   (" (1)"2c ,(2)" j (3)"'Allocation GHz E.(4)""F Allocation GHz !(5)""\O( V'(6)""'- ,(7)& n & &&   dBn'55.78 ! 56.9t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwFIXED ZFFpwINTERSATELLITE S5.556A ZFFpwMOBILE S5.558 ZFFpwSPACE RESEARCH (passive) ZFFpwS5.547 S5.557  55.78 ! 56.9 EARTH EXPLORATION SATELLITE (passive) FIXED INTERSATELLITE S5.556A MOBILE S5.558 SPACE RESEARCH (passive) US263  55.78 ! 56.9 EARTH EXPLORATION SATELLITE (passive) FIXED INTERSATELLITE S5.556A MOBILE S5.558 SPACE RESEARCH (passive) US263     "n  "" &&   dB '56.9 ! 57t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwFIXED ZFFpwINTERSATELLITE S5.558A ZFFpwMOBILE S5.558 ZFFpwSPACE RESEARCH (passive) ZFFpwS5.547 S5.557X 56.9 ! 57 EARTH EXPLORATION SATELLITE (passive) FIXED INTERSATELLITE Gxxx MOBILE S5.558 SPACE RESEARCH (passive) US263X 56.9 ! 57 EARTH EXPLORATION SATELLITE (passive) FIXED MOBILE S5.558 SPACE RESEARCH (passive) US263X  X " ~  " &&   dB'57 ! 58.2t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwFIXED ZFFpwINTERSATELLITE S5.556A ZFFpwMOBILE S5.558 ZFFpwSPACE RESEARCH (passive) ZFFpwS5.547 S5.557 57 ! 58.2 EARTH EXPLORATION SATELLITE (passive) FIXED INTERSATELLITE S5.556A MOBILE S5.558 SPACE RESEARCH (passive) US263 57 ! 58.2 EARTH EXPLORATION SATELLITE (passive) FIXED INTERSATELLITE S5.556A MOBILE S5.558 SPACE RESEARCH (passive) US263  Radio Frequency Devices (15) "Gx"$~  X$ && "? International table"btUnited States table FCC use designators&   & && "veRegion 1 allocation gGHz" Region 2 allocation ( GHz"LRegion 3 allocation NGHz".Government" NonGovernment"A&Rule part(s)"+Specialuse +frequencies(   (" (1)"2c ,(2)" j (3)"'Allocation GHz E.(4)""F Allocation GHz !(5)""\O( V'(6)""'- ,(7)& | & &&   dBn'58.2 ! 59t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwFIXED ZFFpwMOBILE ZFFpwSPACE RESEARCH (passive) ZFFpwS5.547 S5.556  58.2 ! 59 EARTH EXPLORATION SATELLITE (passive) FIXED MOBILE RADIO ASTRONOMY SPACE RESEARCH (passive)  58.2 ! 59 EARTH EXPLORATION SATELLITE (passive) FIXED MOBILE RADIO ASTRONOMY SPACE RESEARCH (passive)    Radio Frequency Devices (15)  "| n "" &&   dB '59 ! 59.3t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE (passive) ZFFpwFIXED ZFFpwINTERSATELLITE S5.556A ZFFpwMOBILE S5.558 ZFFpwRADIOLOCATION S5.559 ZFFpwSPACE RESEARCH (passive)t 59 ! 59.3 EARTH EXPLORATION SATELLITE (passive) FIXED INTERSATELLITE S5.556A MOBILE S5.558 RADIOLOCATION S5.559 SPACE RESEARCH (passive)  59 ! 59.3 EARTH EXPLORATION SATELLITE (passive) FIXED MOBILE S5.558 RADIOLOCATION S5.559 SPACE RESEARCH (passive)    Radio Frequency Devices (15)    "n 2  " &L&   dBX'59.3 ! 64t` ` ` ZFFpwFIXED ZFFpwINTERSATELLITE ZFFpwMOBILE S5.558 ZFFpwRADIOLOCATION S5.559 ZFFpwS5.138>L 59.3 ! 64 FIXED INTERSATELLITE MOBILE S5.558 RADIOLOCATION S5.559 S5.138>L 59.3 ! 64 FIXED MOBILE S5.558 RADIOLOCATION S5.559 S5.138>L  Radio Frequency Devices (15) >L   dB'61.25 GHz   dB' + 250 MHz: In dustrial, scientific, and medi cal fre quency"Gx^"$2   $ &L& "? International table"btUnited States table"Q'FCC use designators&   & && "veRegion 1 allocation gGHz" Region 2 allocation ( GHz"LRegion 3 allocation NGHz".Government" NonGovernment"A&Rule part(s)"+Specialuse +frequencies(   ( && " (1)"2c ,(2)" j (3)"'Allocation GHz E.(4)""F Allocation GHz !(5)""\O( V'(6)""'- ,(7)&  & &&   dBn'64 ! 65t` ` ` ZFFpwFIXED ZFFpwINTERSATELLITE ZFFpwMOBILE except aeronautical mobile ZFFpw ZFFpwS5.547 S5.556 64 ! 65 FIXED INTERSATELLITE MOBILE except aeronautical mobile S&&Ǝ S5.556 64 ! 65FIXED MOBILE except aeronautical mobile  S5.556  Radio Frequency Devices (15) " | "" &&   dBD '65 ! 66t` ` ` ZFFpwEARTH EXPLORATIONSATELLITE ZFFpwFIXED ZFFpwINTERSATELLITE ZFFpwMOBILE except aeronautical mobile ZFFpwSPACE RESEARCH ZFFpwS5.547t 65 ! 66 EARTH EXPLORATION SATELLITE FIXED MOBILE except aeronautical mobile SPACE RESEARCHt 65 ! 66 EARTH EXPLORATION SATELLITE FIXED INTERSATELLITE MOBILE except aeronautical mobile SPACE RESEARCH t  Radio Frequency Devices (15)t "| " " &?&   dB'66 ! 71t` ` ` ZFFpwINTERSATELLITE ZFFpwMOBILE S5.553 S5.558 ZFFpwMOBILESATELLITE ZFFpwRADIONAVIGATION ZFFpwRADIONAVIGATIONSATELLITE ZFFpw ZFFpwS5.554? 66 ! 71 MOBILE S5.553 S5.558 MOBILESATELLITE RADIONAVIGATION RADIONAVIGATION SATELLITE S5.554? 66 ! 71 INTERSATELLITE MOBILE S5.553 S5.558 MOBILESATELLITE RADIONAVIGATION RADIONAVIGATION SATELLITE S5.554?"\O(?"'-$"   t$ &?& "*"0I*"*"Ig*"!*"Z5(*" -*   dB'    #;PP##IPP#"Gx"  X4 '3'3Standard2rJet 5SiN$3'3'Standard2rJet 5SiN$(  X =S#Xj\  P6G;ynXP#INTERNATIONAL FOOTNOTEScF`   |* * * * * I. New "S" Numbering Scheme.  X4 |* * * * *  XH4  |S5.138The following bands:  X14  <|67656795 kHz <<E(centre frequency 6780 kHz), (#<  X 4 |433.05434.79 MHz <<E(centre frequency 433.92 MHz) in Region 1 except in the  X 4countries mentioned in No. S5.280, (#<  X 4|6161.50 GHz <<E(centre frequency 61.25 GHz), (#<  X 4|122123 GHz <<E(centre frequency 122.5 GHz), and (#<  X 4|244246 GHz <<E(centre frequency 245 GHz) (#<  $ F|are designated for industrial, scientific and medical (ISM) applications. The use of  Xy4 !these frequency bands for ISM applications shall be subject to special authorization by the  !administration concerned, in agreement with other administrations whose radiocommunication  !services might be affected. In applying this provision, administrations shall have due regard to the latest relevant ITUR Recommendations |* * * * *  X4|S5.340All emissions are prohibited in the following bands: ,|14001427 MHz,(#  X4 < ,|26902700 MHz,Kexcept those provided for by Nos. S5.421 and S5.422,(#  X4,|10.6810.7 GHz,Kexcept those provided for by No. S5.483,(#  X|4,|15.3515.4 GHz,Kexcept those provided for by No. S5.511,(# ,|23.624 GHz,(# ,|31.331.5 GHz,(#  X74,|31.531.8 GHz, Kin Region 2,(#  X 4,|48.9449.04 GHz,Kfrom airborne stations,(#  X 4,|50.250.4 GHz,G%X z yO ' !t  r Ѝ S5.340.1 The allocation to the earth explorationsatellite service (passive) and the space research service  ! (passive) in the band 50.250.4 GHz should not impose undue constraints on the use of the adjacent bands by the primary allocated services in those bands.%Kexcept those provided for by No. S5.555A,(# ,|52.654.25 GHz,(# ,|8692 GHz,(# ,|105116 GHz,(#  X!4 :,|140.69140.98 GHz,Kfrom airborne stations and from space stations in the spacetoEarth direction, (# "#,p(p(ZZ!"  X4,|182185 GHz, Kexcept those provided for by No. S5.563,(# ,|217231 GHz.(# |* * * * *  X4 $ |S5.547The bands 31.833.4 GHz, 51.452.6 GHz, 55.7859 GHz and 6466 GHz are available for highdensity applications in the fixed service (see Resolution 726 (WRC97)). |* * * * *  X 4 $ |S5.553In the bands 43.547 GHz, 6671 GHz, 95100 GHz, 134142 GHz, 190200 GHz  !Rand 252265 GHz, stations in the land mobile service may be operated subject to not causing  !&harmful interference to the space radiocommunication services to which these bands are allocated (see No. S5.43).  X 4 $ |S5.554In the bands 43.547 GHz, 6671 GHz, 95100 GHz, 134142 GHz, 190200 GHz  ![and 252265 GHz, satellite links connecting land stations at specified fixed points are also  !authorized when used in conjunction with the mobilesatellite service or the radionavigationsatellite service. |* * * * *  X4 (  ` |S5.555A` ` The band 50.250.4 GHz is also allocated, on a primary basis, to the fixed and mobile services until 1 July 2000.  X4  `  |S5.556In the bands 51.454.25 GHz, 58.259 GHz, 6465 GHz, 72.7772.91 GHz and 93.0793.27 GHz, radio astronomy observations may be carried out under national arrangements.  X|4 ( B ` |S5.556A` ` Use of the bands 54.2556.9 GHz, 5758.2 GHz and 5959.3 GHz by the inter !csatellite service is limited to satellites in the geostationarysatellite orbit. The singleentry power  !fluxdensity at all altitudes from 0 km to 1000 km above the Earth's surface produced by a  !<station in the intersatellite service, for all conditions and for all methods of modulation, shall not  X 4exceed 147 dB(W/m2/100 MHz) for all angles of arrival.  X4 ( |S5.556B` ` Additionalallocation: in Japan, the band 54.2555.78 GHz is also allocated to the mobile service on a primary basis for lowdensity use.  X!4 $ \`  |S5.557Additionalallocation: in Japan, the band 55.7858.2 GHz is also allocated to the radiolocation service on a primary basis. "h$,p(p(ZZ""  X4 $ m|S5.558In the bands 55.7858.2 GHz, 5964 GHz, 6671 GHz, 116134 GHz, 170182 GHz  !Eand 185190 GHz, stations in the aeronautical mobile service may be operated subject to not causing harmful interference to the intersatellite service (see No. S5.43).  X4 (  ` |S5.558A` ` Use of the band 56.957 GHz by intersatellite systems is limited to links between  !/satellites in geostationarysatellite orbit and to transmissions from nongeostationary satellites in  !lhighEarth orbit to those in lowEarth orbit. For links between satellites in the geostationary  !ysatellite orbit, the singleentry power fluxdensity at all altitudes from 0 km to 1000 km above  !the Earth's surface, for all conditions and for all methods of modulation, shall not exceed 147  X14dB(W/m2/100 MHz) for all angles of arrival.  X 4 $ 5`  |S5.559In the bands 5964 GHz and 126134 GHz, airborne radars in the radiolocation  !pservice may be operated subject to not causing harmful interference to the intersatellite service (see No. S5.43). |* * * * * 1UNITED STATES (US) FOOTNOTES |* * * * *  L |US246 No stations will be authorized to transmit in the bands 608614 MHz, 14001427  !yMHz, 1660.51668.4 MHz, 26902700 MHz, 49905000 MHz, 10.6810.70 GHz, 15.3515.40  !GHz, 23.624.0 GHz, 31.331.8 GHz, 50.250.4 GHz, 52.654.25 GHz, 8692 GHz, 100102 GHz, 105116 GHz, 164168 GHz, 182185 GHz and 217231 GHz. |* * * * *  X|4 $ |US263In the frequency bands 21.221.4, 22.2122.5, 3637, 56.2658.2, 116126, 150151,  !174.5176.5, 200202 and 235238 GHz, the space research and the earth explorationsatellite  !cservices shall not receive protection from the fixed and mobile services operating in accordance with the Table of Frequency Allocations. |* * * * * :GOVERNMENT (G) FOOTNOTES |* * * * * |  X#4 $ |GxxxUse of the band 56.957 GHz by intersatellite systems is limited to transmissions  !between satellites in geostationary orbit, to transmissions between satellites in geostationary satellite orbit and those in highEarth orbit, to transmissions from satellites in geostationary "Q%,p(p(ZZ#"  !satellite orbit to those in lowEarth orbit, and to transmissions from nongeostationary satellites  !in highEarth orbit to those in lowEarth orbit. For links between satellites in the geostationary  !lsatellite orbit, the single entry power fluxdensity at all altitudes from 0 km to 1000 km above  !the Earth's surface, for all conditions and for all methods of modulation, shall not exceed 147  X4dB (W/m2/100 MHz) for all angles of arrival. |* * * * *"v,p(p(ZZU"  a4A #|\  P6G; _P# Appendix B: Demand for Commercial ISS Spectrum # Xj\  P6G;ynXP#ѐc  X4 &v 4 1.44On October 9, 1998, at the request of Commission staff, the following Kaband licensees submitted revised requests for specific ISS bands: c <<<xf{f. ddx  c  z c " P?4 #Xm2PG; XP# Table 1: ISS Spectrum Requested by Kaband Licensees  X(4# Xj\  P6G;ynXP# zp  cl   ~J'#Xm2PG; XP# # [2PG; <P# Licensee# [2PG; <P# l  ~J'# Xm2PG; XP# # [2PG; <P#ISS Band(s) Requested# [2PG; <P#p p  Comm, Inc. l 6571 GHzp P   lR  GE AmericomA R 54.2555.00 GHz, 55.2555.50 GHz, 57.0057.25 GHz, and 57.5058.25 GHzP P   Hughes R 54.2558.20 GHz and 6571 GHzP P A  KaStarR 6571 GHz P P   Lockheed Martin1R 54.2554.85 GHz, 55.92556.525 GHz, and 57.658.2 GHz P P  LoralR 6566, 67.568.5, and 7071 GHzP P 1 PanAmSatR 5458 and 6571 GHz P   Ry  TeledesicQy 6571 GHz   y XQ4# Xj\  P6G;ynXP#  X#4 &m2.44#Xj\  P6G;ynXP#We also have pending applications on file for ISS spectrum from four applicants in  !the second Kaband processing round, from one 2 GHz applicant, and from five applicants in the 40 GHz processing round: J ddx  ddx D 4 J  z c   Po4 #Xm2PG; XP#Table 2: ISS Spectrum Requested by Second Round KaBand Applicants pDzp  cl   ~J'# [2PG; <P#Applicantl ISS Band(s) Requestedp p A Directcom Networks, Inc. !l 54.2558.20 GHz or 6571 GHzp P  lR  Lockheed Martin q R 54.2558.20 GHz or 6571 GHzP P ! RR  PanAmSat !R 22.5523.55 GHz, 3233 GHz, 54.2558.20 GHz, and 6571 GHzP H q  RI  Pegasus Development Corporation $I 5070 GHzH !I "a& ,p(p(ZZ%!"Ԓ J ddx D 4 ddx!<< J H z! c   P4  # Xm2PG; XP#Table 3: ISS Spectrum Requested by 2 GHz Applicant ĐpDzp  cl   ~J"'# [2PG; <P#Applicantl ISS Band(s) Requestedp  z l  Globalstar, L.P. 5964 GHz   J ddx!<< !ddx!> : J  z c   P49  # Xm2PG; XP#Table 4: ISS Spectrum Requested by 40 GHz A# Xm2PG; XP#pplicants ĐpDzp  cl   ~J '# [2PG; <P#Applicant l ISS Band(s) Requestedp p \  ll  Lockheed Martin< l 54.2558.20 GHz, 5964 GHz, or 6571 GHz p P   lR  Loral R 54.2558.20 GHz or 5964 GHzP P <  Motorola R 5964 GHz and 6571 GHzP P  RR  Orbital Sciences ,R 6571 GHz P   Ry  PanAmSaty 22.5023.55 GHz, 3233 GHz, 54.2558.20 GHz, and 5964 GHz ,y  X<4 !R# Xj\  P6G;ynXP#The 40 GHz applicants filed the above applications for ISS spectrum prior to WRC97. The  X%4 !International Bureau expects to issue a public notice requesting, interalia, that the 40 GHz  !applicants file conforming amendments to their applications to bring their spectrum requests up to date.  X4