Attachment 20161026102654.pdf

20161026102654.pdf

REQUEST FOR SUPPLEMENTAL INFORMATION submitted by Marco van Uffelen

Supplement

2016-10-26

This document pretains to SES-STA-20161015-00839 for Special Temporal Authority on a Satellite Earth Station filing.

IBFS_SESSTA2016101500839_1156888

Eleanor Lott From: Towanda Bryant Sent: Tuesday, October 25, 2016 7:07 PM To: Eleanor Lott Ce: Trang Nguyen Subject: FW: please up load this form in Notes and Other filings FW: Your STA for Formula Austin Attachments: 312 B STA Multi—Link_Rev 1.doc Meant to forward this one to you eleanor From: Trang Nguyen Sent: Wednesday, October 19, 2016 8:00 AM To: Towanda Bryant <Towanda.Bryant@fec.gov> Co: Trang Nguyen <Trang.Nguyen@fee.gov> Subject: please up load this form in Notes and Other filings FW: Your STA for Formula Austin Thanks. From: Marco van Uffelen [mailto:mvanuffelen@multi—link.tv) Sent: Tuesday, October 18, 2016 4:45 PM To: Trang Nguyen <Trang.Nguyen@fce.gov> Co: Towanda Bryant <Towanda.Bryant@fce.gov>; Paul Blais <Paul.Blais@fce.gov> Subject: Re: Your STA for Formula Austin Hi Trang, The satellite i like to communicate with is indeed the NSS806, Calisign $2591 I will check on Schedule B. A Prodelin 1385 is compliant with 25.209 It looks that i have made a error in my former calculation!! :( With the power need from the HPA for 1 carrier (18MHz) of 100 Watts output at the HPA flange I get the follow results: EIRP (dBW) = Pt (dBW) + Lt (dB) + Gt (dBi) , where Pt = maximum value of per—carrier power (from the HPA) = 20dBW L t = minimum value of transmitting system losses = — 1.50 dB (4.5m x 0.3 dB/m loss in the waveguide) G t = maximum value of transmit antenna gain = 46.0dBi

EIRP dBW = 20 dBW + (—1.5dBW) + 46 dBi (Gtx prodeling 1385) =64 dBW For a given transmitted signal, the maximum (on—axis) RF pbwer density (at the output of the antenna) is given by: EIRP Density (dBW/4 kHz) = EIRP (dBW) + 36.0 dB—Hz — 10 log B + PF, where EIRP = maximum (on—axis) value of per—carrier output EIRP = 64 dBW 36.0 dB—Hz is a factor to convert power density from a 1 Hz bandwidth to a 4 kHz bandwidth B is the bandwidth occupied by the signal . B= 18 Mhz PF = signal peaking factor (dependent on the signal type) = 0 dBW EIRP density (dBW/4kHz) = 64 dBW +36 dB—Hz— 10 Log 18.000.000 + 0 dBW = 27.45 dBW/A4kHz So i think I am fine!! :—) Sory for the confusion!! Kind regards, Marco van Uffelen Planning & Booking 24/7/365 Full Service D—SNG Broadcast Supplier. Specialized in Mobile and Fly away solutions. Multi—Link Holland B.V. Nijverheidsstraat 8C 3861 RJ Nijkerk The Netherlands Phone: +31 (0)35 60 35 382 Mob: +31 (0)}61 25 88 224 Fax: +31 (0)35 60 35 142 E—mail: planning@multi—link.tv Website: www.multi—link.tv Trang Nguyen schreef op 18—10—2016 18:44: Hi, Please provide the name of the satellite you want to communicate. (Is it NSS806, $2591)

Please the complete schedule B that includes whether or not the antenna meet 25.209. There is a confusion in a parameter listed on the Freq Coordination: you listed Max EIRP Main Beam (dBW/4kHz) value at 33.00, did you mean EIRP — density since the unit is in dBW/4kHz? If it its EIRP Density, please update — this Freq Coordination page to reflect the correct information. The currently approved lists of National http://transition.fee.gov/ib/sd/nresa/# for . C—band shows there is a record that was authorized with 30.16 dBW/4kHz eirp > density level for this antenna. The antenna gain for that antenna model Prodelin 1385 was 45.9 dBi. Therefore, you need to lower your eirp density to meet that 30.16 dBW/4kHz. I need these information so I can work with your STA. Thanks, Trang

SATELLITE EARTH STATION AUTHORIZATIONS FCC Form 312 — Schedule B:(Technical and Operational Description) Location of Earth Station E1. Site Identifier: Circuit of the Americas E5. Call Sign: ?? E2. Contact Name: Marco van Uffelen, Multi—Link Holland E6. Phone Number: +31612588224 E3. Street: Name 9201 Circuit of the Americas Blvd E7. City: Del Valile, Austin, Texas E8. County E4. State Texas E9. Zip Code 78617 E10. Area of Operation: Television Compound E11. Latitude: 30°8" 5.28‘ N (or Googlemaps Decimal 30.1348 ) N E12. Longitude: 97° 38" 28.58‘° W (or Googlemaps Decimal —97.6413 ) W E13. Lat/Lon Coordinates are: | NAD—27 | NAD—83 X | N/A E14. Site Elevation (AMSL): 150 meters E15. If the proposed antenna(s) operate in the Fixed Satellite Service (FSS) with geostationary satellites, do(es) the proposed antenna(s) comply with the antenna gain Yes patterns specified in Section 25.209(a) and(b) as demonstrated by the manufacturer‘s qualification measurement? If NO, provide as a technical analysis showing compliance with two—degree spacingpolicy. E16. If the proposed antenna(s) do not operate in the Fixed Satellite Service (FSS), or if they operate in the Fixed Satellite Service (FSS) with non—geostationary satellites, do(es) the proposed antenna(s) comply with the antenna gain patterns specified in Yes Section 25.209(a2) and (b) as demonstrated by the manufacturer‘s qualification measurements? E17. Is the facility operated by remote control? If YES, provide the location and No telephone number of the control point. E18. Is frequency coordination required? If YES, attach a frequency coordination Yes report as Exhibit D E19. Is coordination with another country required? If YES, attach the name of the No country(ies) and plot of coordination contours as E20. FAA Notification — (See 47 CFR Part 17 and 47 CFR part 25.113(c)) Where No FAA notification is required, have you attached a copy of a completed FCC Form 854 and/or the FAA‘s study regarding the potential hazard of the structure to aviation? FAILURE TO COMPLY WITH 47 CFR PARTS 17 AND 25 WILL RESULT IN THE RETURN OF THIS APPLICATION. POINTS OF COMMUNICATION Satellite Name: NSS806 @ 47.5 W Callsign $2591 E21. Common Name: NSS806 @ 47.5 W E22. ITU Name E23. Orbit Location: 312.5° E.L. (47.5° W.L.) E24. Country: HOL

POINTS OF COMMUNICATION (Destination Points) E25. Site Identifier E26. Common Name: Eurovision, Washington DC E27. Country: USA ANTENNA Site ID E28. E29. E30. E31. Model E 32. E41/42. Antenna Gain Antenna Id Quantity Manufacturer Antenna Transmint and/or Recieve ( Size dBiat GHz) MLOO2USA 1 Prodelin 1385 3.8m Gtx_ 46.3 dBi@ 6.135Ghz MLOO3USA 1 Prodelin 1385 3.8m & Grx 42 dBi @ 3.9125Ghz E28. E33/34. E35. E36. E37. E38. Total E39. E40. Total Antenna Id Diameter Above Above Sea Building Input Maximum EIRP for Minor/Major Ground Level Height Power at Antenna al carriers ({meters) Level {meters) Above antenna Height (dBW) (meters) Ground flange Above Level (Watts) Rooftop (meters) (meters) MLOO2USA 3.8m 2m 152m 2m 100 Om 64 dBW MLOO3ASA 3.8m 2m 152m 2m 100 Om 64 dBW FREQUENCY E28. E43/44. E45. E46. E47. E48. E49. Maximum ERIP Density Antenna Id Frequency T/R Antenna Emission Maximum per Carrier(dBW/AkHz) Bands(MHz) Mode Polarization Designator EIRP per (H,V,L,R) Carrier(dBW) MLOO2USA 5941 Mhz Tx L 18MOD7W 64 dBW 27.45 dBW/4kHz MLOO3USA 5959 Mhz Tx L 18MO0D7W 64 dBW 27.45 dBW/4kHz E50. Modulation and Services: DVB—S2, 8 PSK, MPEG 4, Television Broadcast | FREQUENCY. COORDINATION E28. E51. E52/53. E54/55. Range ESG6. E57. E58. E59. E60. Antenna Id Satellite Frequency of Satellite Arc Earth Antenna Earth Antenna Maximum Orbit Limits Eastern/Western Station Elevation Station Elevation EIRP Type (MHz) Limit Azimuth Angle Azimuth Angle Density Angle Eastem Angle Western toward the Eastern Limit Western Limit Horizon Limit Limit (dBW/AkHz) MLOO2USA GEO C—band Manual Manual Manual Manual Manual —16.8dBW/4kHz MLOD3USA GEO C—band Manual Manual Manual Manual Manual —16.8dBW/4kHz

REMOTE CONTROL POINT LOCATION E61. Call Sign N/A E66. Phone Number NOTE: Please enter the callsign of the controlling station, not the call sign for which this N/A DT TT application is being filed. E62. Street Address N/A E63. City N/A | __E68. County _ | E67/68. N/A | E64. Zip N/A


Document Created: 2016-10-26 10:27:15
Document Modified: 2016-10-26 10:27:15
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