Attachment opposition

This document pretains to SAT-LOA-20030609-00113 for Application to Launch and Operate on a Satellite Space Stations filing.

IBFS_SATLOA2003060900113_434686

                                          Before the
                    FEDERAL CoMMUNICATiONs commssion                                    RECEIVED
                                  Washington, D.C. 20564                                MAY 1 6 2005
                                                                             Fadea Commincaton
 In the Matter of                                                                    Ofceatieomgy""*"
EchoStar Satellite LLC.                                File No. SAT—LOA—20030600—00113
Application to Construct, Launch &
Operate a DBS Satelite (‘DBS")                                          Received
Atthe 86.5° W.L. Orbital Location
                                                                       MAY 1 9 2005
                         TELESAT
                         OPPOSITION       OF TELESAT CANADA                    grangh

                                                                     Intornational Bureau
       Telesst Canada (‘Telesat") wishes to provide the Federal Communications
Commission (‘FCC" or "Commission‘) with the fllowing comments on the sbove
referenced EchoStar Satellte LL.C. (‘EchoSter®) application for authority to construct,
Teunch and operate a Direct Broadcast Satellite (‘DBS") in the 12.2—12.7 GHz and 17.3 —
17.8 GHz frequency bands a the 86.5° WL. orbital Jocation. As detailed further below,
EchoStar‘s plenned setellte would cause unseceptable interference to Telesat‘s setelites
as proposed.

        Telesatis a Conadian—licensed satelite operator and is well known to the
Commission, having had a number ofts Fixed—Satelite Service ("FSS") satelites placed
on the FCC‘s Permited Space Station List! and another recent application pending.* The
FCC also recently uthorized a U.S.service provider to re—locate a backup in—orbit DBS
satellte (DIRECTV 3, subsequently renamed Nimig 3) to a Conadian censed position to
provide critical backup and support for Telesat‘s Nimig 1 and 2 setelltes at 91° and 82°
‘ TlesatConada: Requestfor Declratory Ratng or Pettonfor Wabver on EerthStrtons® Use ofAnlk E1
anddnlkE2 Suelze Cepaciy to Provide Reic Tlecomunicaion Service i the UntedSats,Order,
18 FCC Red 3619, 3653 Ou. 1999) CAnikEI and E2 Ordar") Tlest Cunada: Prtionfor
Declaratery RulngFor Inclusion ofdnik FI on thePermitedSpace Staion Lit,Order, 18 FCC Red
24828, 20531l Bar,2002)(‘Anik FI Order‘)Flesat Coneda: PattionorPeclorory Rulngfor
Anchaton efANLKF2 on the Permited Space Stion Lis, Ordr, DA 02—2400 (ii‘ Bar re. Dec.18
2002)(¢Anik F2 Order), n the Ank F2 Orderthe Commiation lso granted Telesuthrly t ffer
bwo—way broadband services at a—band in the US. market.


  W.LThese Nimig satelltes curently provide DBS serviceto the Canadian directto—
  home (‘DTH") service provider Bell ExpressVa and its more than 1.5 millon
  subscribers. The 86.5° W.L. orbial position which Echotar secks permission to use in
  this proceeding falls exactly midway between these two Cansdion positons. With only
  4.5 degrees ofseparation from the 82° and 91° W.L. positions, operation ofa DBS
  satelite at 86.5° W.L. has the potentia to seriously disrupt Telesat‘s and Bell
 ExpressVa‘s existing Nimig operations. Telesat therefore has a specific, directinterest in
 the Commission‘s deliberations on this application.


                                   Would Be Disruptive To Existing Di



        ‘As noted above, Telesat operates Nimig 1 (and the leased Nimig 3 satelite) atthe
 91° W.L. orbital position, and Nimig 2 atthe 82° W.L. orbital position, providing DBS
 service to over 1.3 milion houscholds throughout Canada at a satelite and ground
network infiestructure cost now wellin excess of a billion dollars. Given that the vast
majority of the Canadion population resides within 100 km of the border between Canada
and the U.5., much ofthe Cansdian DTH service is taken by subscribers living in close
proximity to the border, and indeed the densely populated Southem Ontario region lies
peographically south ofmost othe neighboring U.S.states ofNew York and Michigan.
Furthermore, the satelites have been designed to provide coverage of the U.S. and have
been approved by the Commission for the delivery of DTH services within the U.8." The
Nimig networks have also been designed for optimal performance based on the orbital
spacing and other technical criteria sgreed to intemationally as part of the Region 2 BSS
Plan ("the Plan") with respect to the associated Plan entres, known as CAN—BSS2 and
CAN—BSSI for 91° W.L. and 82° W L. respectively.



* Tekest Cenada: Pitionfr DecloratoryRalingfo Iclsion oReplacement Steze Ank FIR on the
[PermitedSpace Sution Lin, SAT—PPL20080508—00054 (fed May 4,2008)
* DIRECTY: Requesfo Specil Terporary Authoriyforthe DIRECTY 3 Savllt, Ordr,e No. SAT—
§T2—20030002—00300, DA 0t—1761 Gane 23, 2000
DigtelBroadbandAjpliations Co, Order, Fle No. SES—11C—20020109—00023, Orde, DA 03—1526
(ey7,2003)


         "The introduction ofa stellte midway between the two Plan entries with
 overlapping continental U.S. coverage footprints is the subject mater ofthe
 Commission‘s Public Notice proceeding regarding reduced orbitalspacing between U.S.
 DBS satellites:" Telesatporticipated in that proceeding and, in it initl comments
 explained that the Region 2 Plan allowed for the deployment ofsatelites in a known
 interference environment such that advanced modulation schemes and minimally sized
 anterinasto meet customer needs could be achieved." These networks are already in
operation providing service t millions of customers. Telesatcoutioned that the
introduction ofnew setelites t reduced orbital spacing could upset this balancebetween
availible satelite resources, advanced modulation schemes and customer requirements in
the context ofa specific adjacent satllite interference environment, and thus serously
disrupt existing networks.

         In its reply comments in that same proceeding Telesat emphasized the need to
1ely on the international coordination process for the proposed introduction of
modifications to the BSS Plon,but again eautioned that existing DBS networks must
remain protected — protection that may be extremely difficult to achieve in a reduced
orbital spacing environment." Telesat further noted thatsimilar expressions ofconcem
were articulated in the comments of several other partesto the same proceeding.


        One of these parties was Bell ExpressVa, Telesats service provider customer at
the 82991° W.L. orbitel posiions, who noted that ts network was built on the basis ofthe
current Region 2 Plen and that the finencial consequences of now permitting another
DBS satelite with only 4.5 degrees separation "would undermine billions of dollers of

satelite—based infiastructure:"" Bell ExpressVu went on to state that such action "would
‘be manifestly unfair to the satellte facilities and service providers who have reled on the

ITU Region 2 Plan."" Telesot unreservedly agrees with this statement.

* ItermationlBureauSecs Conment on Preposals to Perni Reduced Orbial Spacing Beveen US.
‘Direct BrondcasSeteMies,Report No: SPB—196, DA 022908 (De. 16,2000)
* Comment ofTelest Canid on Repont No SPB—196, Secon 1 (ild Jn23, 2008
" Reply Comment ofTelsst Caneda on Report NoSFB—196, econ1 (Fc,13, 2004).
! Comment of Bell ExpresaLP on Report No SPB—196 (ild Jan23, 2004
*ma.


         Telesst notes that EchoStar iselfhas es recently acknowledged that 4.5 degree
 spacing raises technical concems. Specifically, in is etter ofMarch 31, 2008 to the FCC
 outlining topics discussed with Commission staffat a March 25, 2005 meeting, EchoStar
 indicated as follows:

        "EchoStar stated that, upon further study, 4.5° spacing between U.S. DBS
        sutelftes raises certain technical difficultes,especiallyfor ‘multiple feed" carth
        station dishes (Ze., those designed to receive programming feeds from more than
        one setelite at a time,"""

Telesat echoes this concen. Indeed, this is exaetly the stustion with which Telesat and
Bell ExpressVu would be faced — dual feed antennas facing the Nimig 82° W.L. and 91°
W.L. orbital positions, should an EchoStar satelite be located at 86.5° W.L., seporated by
4.5 degrees from each, In this situstion, due to the technology ofthe receive carth station
antennas and the lack of abilty to selectively discriminate an intermediate interferer
suecessful technical coordintion, as required under the ITU Radio Regulations, seems
extremely unlikely.

        Finally Telesatnotes that in the Technical Annex ofts Application and its
Febroary 2004 Supplemental Technical Annex, EchoStar acknowedges that the
MSPACE results indicate thatthe Canadian assignments at 81° and 91° W.L. would be
affected by the operation of ts proposed satelite,and that detailed technical discussions
with Canada (and other Administrations) would be required in order to obtain their
sgreement."" In this regord, EchoStar frther suggests that "through the proper design of
the proposed satelite, including beam shaping and power roll—off, harmful interference to
other nesrby planned BSS systems can be avoided.""" However,as Telesat pointed out at
page 4 of ts Jenuary 23, 2004 comments in the Report No. SPB—196 proceeding,

 !* EchoStar lete o FCC Re: Report No. SPB—196 — Reduced Spocing Between U.S. DBS Satlites (dted
Mar 31,2009)
"see,for exriple,Appliction ofEctoar Sarlit, .LC. o Constrct, Lounch and Operate a DBS
Sellie (DBS")atthe 86.4° WL OrbialLocation, File No. SATLOA20030605—00113, Technical
uen atpage5 and Anne 1 o Supplemental Techaical Amnex at page A22.
* Applcation f EchaStar Satelite, —L.C,to Constct, Lanch and Operatea DBS Satlite (‘DBS") at
the865° WL Orbial Lecation, File No. SAT—LOA20030609—00112,page 5.


 techniques such as beam shoping and power roll—off carnot be used in co—coverage
 coordination situations as is the case here. Indeed, to ensure adequate protection for the
 existing Canadian DBS operations at $2° and 91° WL., very substantialreductions of
 power levels on the proposed EchoSter satelite would sppear to be the only way that the
 MSPACE triggers could be removed.

 Conclusion

        For all othe above ressons, Telesat is of the view that the Commission should
not grant the EchoStar application for use ofthe 86.5° W.L. position at thi ime. The
operation of a DBS satelleatthis location only 4.5 degrees away from Telesat‘s existing
Nimig satelite operations has the potential to seriously disrupt those networks, o the
detriment of Telesat, Bell ExpressV and the millions of Canadian DTH customers now
being served. Moreover, this disruption would be completely unjuctiied as these billion
dollar networks have been planned and deployed based on technical criteria and orbital
spacings agreed to intemationally.


                                              Respectfully submitted,
                                              Teleset Canada


                                            h Ted H. Jgnsey
                                              Vice President, Finznce & Treasurer
                                              1601 Telesat Court
                                              Oftewa, Ontario
                                              Canada, K1B 5P4
May 16, 2008


                                 CERTIFICATE OF SERVICE

1, Nancy Krieger, do hereby certify that a copy of the foregoing Opposition of Telesat Canada
was served by firs—class mail, postage prepaid on this 16" day of May 2005 to the following:
Pantelis Michalopoulos                          David K. Moskowite
Philip L. Malet                                 Senior Vice President and General Counsel
Steptoe & Johnson LLP                           EchoStar Satellite Corporation
1330 Connecticut Avene, NW                      5701 South Santa Fe
Washington, DC 20036—1795                       Littleton, CO 80120

David R. Goodfriend
Director, Legal and Business Affairs
EchoStar Satellite Corporation
1233 20° Street, NW
Suite 701
Washington, DC 20036



Document Created: 2005-05-19 16:35:00
Document Modified: 2005-05-19 16:35:00

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