EX-10.1.46



 Exhibit 10.1.46 

THE USE OF THE FOLLOWING NOTATION IN THIS EXHIBIT INDICATES THAT THE CONFIDENTIAL PORTION HAS BEEN OMITTED PURSUANT TO A REQUEST FOR CONFIDENTIAL TREATEMENT
AND THE OMITTED MATERIAL HAS BEEN FILED SEPARATELY WITH THE SECURITIES AND EXCHANGE COMMISSION: [***] 
 Network Broadband Service Order
No. 26622 
  

					
	 	  	 Intelsat Information:
	  	Customer Information:
	Name:	  	Intelsat Corporation (“Intelsat”)	  	Gogo LLC (“Customer”)
			
	Place/Type of Organization:	  	A Delaware corporation	  	A Delaware corporation
			
	Address:	  	3400 International Dr., NW.	  	1250 N. Arlington Heights Road
 Suite 500

			
	City/Country:	  	Washington, DC 20008, USA	  	Itasca, IL 60143, USA
			
	Attention:	  	Suzette Schmidt	  	Anand Chari
			
	Telephone:	  	+1-202-944-6827	  	+1-630-647-1414
			
	Facsimile:	  	+1-202-944-7529	  	
			
	Email:	  	suzette.schmidt@intelsat.com	  	achari@gogoair.com
		
	Type of Service Order	  	New Service
		
	Master Service Agreement	  	 Master Service Agreement No: 21078, dated 25-Aug-2008

Account No: 123639

		
	Service Start Date (SSD)	  	 01-Mar-2014 - See Service and Payment Schedule below

Note: Intelsat reserves the right to reschedule/postpone the SSD if this Service Order is returned less than 6 business
days before the stated SSD. Billing will commence on the SSD whether the Service commences or not, unless any delay is caused solely and directly by Intelsat.

		
	Service End Date (SED)	  	 29-Feb-2016 - See Service and Payment Schedule below

Note: If the SSD is delayed, the SED date will also be delayed by the same duration. The term of service will remain unchanged.

		
	Service Fee (Monthly Recurring Charge (MRC))	  	See Service and Payment Schedule below
		
	Non-Recurring Charge (NRC)	  	
		
	Deposit/Collateral	  	Not required
		
	Billing Method	  	Monthly in advance
		
	Appendices	  	 Appendix 1: Service Details – Napa Teleport

Appendix 2: Operational Contact Details
 Appendix 3: Collocation
Service Details
 Appendix 4: Roles and Responsibilities of Intelsat and Customer

Appendix 5: Additional Terms and Conditions


  

																			
	Service and Payment Schedule	 
	 Service
Start Date
	  	 Service End
Date
	  	 Destination
of Teleport
	  	 Type of Service
	  	Service
ID(SVOs) Nos.	 	  	NRC	 	  	MRC	 
		  		  		  	Uplink Ku-1 beam	  	 	[***]	  	  	$	[***}	  	  	$	[***]	  
		  		  		  	Uplink Ku-2 beam	  	 	[***]	  	  	$	[***]	  	  	$	[***]	  
	1-Mar-2014	  	29-Feb-2016	  	Napa	  	Collocation in Napa (SatMex-5 Uplink)	  	 	[***]	  	  	$	[***]	  	  	$	[***]	  
		  		  		  	Napa [***]	  	 	[***]	  	  	$	[***]	  	  	$	[***]	  
		  		  		  	Napa Internet Access [***]	  	 	[***]	  	  	$	[***]	  	  	$	[***]	  
		  		  		  		  	 	TOTALS	  	  	US$	[***]	  	  	US$	[***]	  

 By signing and returning this Service Order No. 26622 (“Service Order”) to Intelsat, Customer is making
an offer to purchase the service described in this Service Order (“Service”) from Intelsat. When executed by Intelsat, this Service Order shall become binding. Provision of the Service is subject to Intelsat receiving from Customer
any required Deposit/Collateral specified in a form acceptable to Intelsat at least fifteen (15) calendar days prior to the Service Start Date. Intelsat may apply the Deposit/Collateral paid hereunder to cover any outstanding payments due
by Customer to Intelsat under this Service Order or any other Service Order subject to the terms and conditions of the MSA set forth above. Intelsat shall return any remaining Deposit/Collateral or security to Customer once all Services under
the MSA have been terminated and liabilities have been settled. 







 This Service Order incorporates the Appendices listed above, and the applicable Service Descriptions for the
Service which are available at https://my.Intelsat.com and which may be revised from time to time by Intelsat. This Service Order and the Service are subject to the terms and conditions of the Master Service Agreement (“MSA”)
referenced above. In the event of a conflict between this Service Order and the MSA, this Service Order shall control. 
  

							
	INTELSAT	  	CUSTOMER
				
	By:	  	/s/ Stephen A. Chernow	  	By:	  	By: /s/ Anand K. Chari
	Name:	  	Stephen A. Chernow	  	Name:	  	Name: Anand K. Chari
	Title:	  	VP and Deputy General Counsel	  	Title:	  	Title: EVP / CTO
	Date:	  	December 17, 2013	  	Date:	  	Date: December 1, 2013








 Appendix 1—Service Details Napa Teleport 

Napa Teleport Master 
  

					
	Service type	 	x VNO (as a Hub Lease)
		
	Service Mode
 (choose one)
	 	 x Evolution DVB-S2 with ACM

(iDX 2.0.1 or higher)

		
	Operating software version
 	 	xx iDX 3.1.0.3 (DVB-S2) - Customer agrees and acknowledges that they will use iDX 3.1.0.3 software at
installation and thereafter the Customer will be free to utilize any software they require.
		
	Group QoS
 (choose one)
	 	 x Hub Lease

(see appendix for details)

	
	 Service ID No. 515033-100 Uplink/Downlink and Hub (NBB-T)

			
	Satellite & location	 	Satellite: Satmex-5	  	Location: 245.1°E
			
	Transponder No.	 	 Intelsat to Customer site:[***]Kbps

            (Forward)
	  	 Customer site to Intelsat:[***] Kbps

                    (Return)

		
	Beam	 	Ku-1
		
	Service Info rate (kbps)
 Data Rate + Overhead
	 	 Initial configuration:
 Network #1:
Forward Info rate: 5000 Return Info rate: 632 Aggregate Info Rate: 5632

		
	Total bandwidth required (MHz)	 	[***]MHz – Refer to Service Order/OSC No. 26546 SVO No.515035
		
	CPT details	 	 Modem type and model No: iDirect 8350

[***]

		
	Service coverage area	 	US/Canada
		
	Hub equipment 	 	 Number of Protocol Processor: 2

Number of NMS: 0
 Number of Line Card: 2 XLC-11

		
	Service demarcation points	 	 Point A: One cm in front of the customer antenna feed

Point B: IFL connection to chassis
 Point C:
Ethernet connection of chassis
 Point Z: Intelsat Internet access router port

	
	 Service ID No. 515033-101 Uplink/Downlink and Hub (NBB-T)

			
	Satellite & location	 	Satellite: Satmex-5	  	Location: 245.1°E
			
	Transponder No.	 	 Intelsat to Customer site: 4000Kbps

            (Forward)
	  	 Customer site to Intelsat: 450Kbps

                    (Return)

		
	Beam	 	Ku-2
		
	Service IP data rate (kbps)	 	 Initial configuration:

Network #1: Forward Info rate: 4000 Return Info rate: 450 Aggregate Info Rate: 4450

		
	Total bandwidth required (MHz)	 	Reference [***] MHz – Refer to Service Order/OSC No. 26546 SVO No.515082
		
	CPT details	 	 Modem type and model No: iDirect e8350

Antenna Size: [***] BUC/HPA size: [***]
 G/T (mid-band) [***] Tx
gain (mid-band) [***]

		
	Service coverage area	 	US, Central, and South America
		
	Hub equipment 	 	 Number of Protocol Processor: 0

Number of NMS: 0
 Number of Line Card: 2 XLC-11

		
	Service demarcation points	 	 Point A: One cm in front of the customer antenna feed

Point B: IFL connection to chassis
 Point C:
Ethernet connection of chassis
 Point Z: Intelsat Internet access router port









 Service ID No. 515033-102 Collocation 

 

			
	Collocation	  	x Yes (see Collocation Service details)
	
	 Service ID No. 515033-103 Ethernet Private Line Connectivity

		
	Fiber extension between
 POPs or Teleports
	  	  ̈ N/A

x Yes 1 x [***] Mbps via IntelsatOne (see Additional Terms and Conditions)

		
	Local loop	  	  ̈ N/A

 ̈ To be provided by Customer             Local loop
provider:
  ̈ Ready      ̈ Expected to be
delivered by
 Terminating Location (Interconnection point with Intelsat):     (addresses are provided in Section VII)

Patch panel at Intelsat Teleport:
  ̈Fuchsstadt  ̈Ellenwood  ̈Mountainside  ̈Riverside xNapa  ̈Bouen  ̈Kumsan

 ̈Perth  ̈ Brazil

Patch panel at Intelsat POP:
 t [***]  ̈ Los Angeles  ̈Atlanta  ̈Seoul xVarious

Circuit Type: Ethernet Private Line x

Note: E3 interface is not available at POPs
 Number of
Circuits :
  ̈ To be provided by Intelsat

Terminating Location (Customer end location):
 NPA/NXX or
phone number:              Suite/Rack No.:              Address:
            

	
	 Service ID No. 515033-104

		
	Internet Access	  	x Yes Data Rate = [***] Mbps

 When Adaptive Code and Modulation (“ACM”) is not employed, the Maximum IP Data Rate will be equal to the Minimum IP
Data Rate. 
 When ACM is employed, this Service Order guarantees the Forward Minimum IP Data Rate at the minimum modulation scheme (see Forward Carrier
Parameters) and the Return IP Data Rate (s). 
 Additional forward IP data rate, achieved through the use of ACM up to the Forward Maximum IP Data Rate is
provided on a best effort basis. 
 The Minimum IP Data Rate must result in a symbol rate of no less than 1MSps 

Notes: 
  

	 	•	 	Global code: The DVB-S2 specification defines a concatenation of Low Density Parity Check (LDPC) code and Bose-Chaudhuri-Hocquenghem (BCH) codes. This results in a higher FEC overhead reflected in link budgets by the
global code rate. 

  

	 	•	 	Intelsat Network Broadband Service supports VoIP and VPN by enabling clear dedicated access channel between the network hub and remote site modem. VoIP/VPN support over Intelsat Network Broadband Service is limited to
transport of VoIP packets from the remote VSAT Unit’s Ethernet port to Intelsat’s multi-homed internet backbone. Selection of a VoIP service provider and termination with them is expected to be arranged by the Customer. Similarly,
provision of any VPN hardware and software for end-user’s end-to-end secure application is expected to be arranged by the Customer. The Customer is also responsible for setting up VoIP/VPN functionalities, such as routing, gateway
configuration, call setup, control, billing, etc. 








 Appendix 2—Operational Contact Details 

Customer Technical Contact 
  

			
	Name	  	Bryan Lauer, VP Systems Engineering
	Phone	  	+1-630- 647-1429
	Fax	  	N/A
	Mobile	  	[***]
	E-mail address	  	blauer@gogoair.com
		
	Customer End User	  	
		
	Name	  	Gogo LLC, Network Operations Center
	Manager	  	NOC Engineer on Duty
	Address	  	1250 North Arlington Heights Rd
	Country	  	USA
	Phone	  	1 866 943 4662
	Mobile	  	N/A
	Fax	  	N/A
	E-mail address	  	noc@gogoair.com
		
	Customer Earth Station Contact	  	
		
	Earth Station Name	  	Same as End User
	Earth Station Manager	  	
	Street address	  	
	City	  	
	Country	  	
	Phone	  	
	Fax	  	
	Mobile	  	
	E-mail address	  	
		
	Intelsat Contact Details	  	
		
	Intelsat Teleport address	  	Napa Teleport 961Anselmo Court, Napa, CA 94558, USA
	Intelsat POP address	  	 New York POP, Level 3, 111 8th Avenue, Suite 304, New York, NY 10011, USA

Various—For network diversity

	Sales Director	  	 Name: Fernando Freitas
 Tel: (202) 944-7647

Email: fernando.freitas@intelsat.com

	Sales Engineer	  	 Name: Christopher Kinard
 Tel: (404)
381-2451
 Email: christopher.kinard@intelsat.com

	Provisioning Team	  	 dsp@intelsat.com

msoc@intelsat.com (24 x7 x 365)









 Appendix 3—Service Collocation Service Details 

Intelsat Collocation services are provided subject to the terms and conditions of Intelsat’s Customer Collocation Services Handbook which can be located
at https://my.intelsat.com/_files/resources/Collocation -Handbook_ 6April2010.pdf. 
 Intelsat shall provide one (1) Transmit and one
(1) Receive cable to the Customer Collocation rack of equipment for each transponder listed in page 2 of this Service Order. Intelsat will provide a Receive, Single-Carrier Level of -40dBm +/- 5dB. If Customer requires greater Receive Power
level, upon request Intelsat can provide increased amplified signal for an additional charge. 
  

											
	Collocation site name	  	Name: [***]
	List of equipment	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	 Note 1: Intelsat requires an exhaustive

inventory of the equipment to be installed at
 Intelsat
Teleport.
	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	 Note 2: All co-located equipment must be 19

inches rack mountable
	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	 Note 3: Intelsat does not bear any import
 VAT,
duties or shipment costs applicable to
 the equipment not owned by Intelsat and

delivered to any Intelsat facility.
	  		  		  		  		  	
		  	Total	  		  		  	[***]	  	[***]

  

					
	 Item
	  	 Service Details
	  	 Notes / Service terms

	No. of rack units (RU)/rack	  	 11 RU(s)
 1 Rack(s)

Racks to be provided
  ̈ by Customer
 x by Intelsat
	  	All racks are standard 19 inch racks. Rack height varies by teleport. Please see Intelsat’s Customer Collocation Handbook for rack height for the selected teleport.
			
	No. of power outlets	  	Customer supplied PDU	  	The number of allowable power outlets without extra charge is limited to 1 per RU, 4 per half rack and 8 per full rack on the same power source. Additional power outlets are available in increments of 8 and are subject to an
additional NRC of US$ 250 for each set of 8 power outlets under the same power source. If a different power source is required, item #5 will apply. (*)
			
	No. of power sources	  	2 power sources	  	The number of allowable power sources without extra charge is limited to 1 per rack. Additional power sources are available and are subject to an additional NRC of US$500 for each additional source and an additional MRC of US$50 per
RU, US$200 per half rack and US$400 per full rack. The number of outlets provided per additional power source is as per item #4. (*)
			
	Total power consumption	  	2x20 Amps power sources each (total 40Amps)	  	The allowable power without extra charge is limited to 20 Amps per rack. Additional power requirements are subject to an additional NRC of US$500 per 20 amps increment and an additional MRC of US$50 per RU, US$200 per half rack and
US$400 per full rack. (*)
			
	Remote access	  	  ̈Incoming dial-up access

Number of lines

xInternet access

Data rate 2 Mbit/s

 ̈Not required
	  	 Remote Internet access is available to allow customers to control and monitor equipment. Please indicate the data rate required for remote
monitoring access (e.g. do not put the data rate here for your satellite carriers, but instead the rate for remote Internet access for equipment monitoring).
  

Outgoing phone lines are not available at the Teleport. Incoming dial-up access lines are subject to a location fee and a line rate dependent upon the amount
charged by the local telecom providers. If Internet access is required, the co-located equipment must have an Ethernet port. (*)

			
	Cross-connect required to other customer	  	xYes - Customer agrees to be responsible for the interconnection to CenturyLink located at 111 8th Ave., NYC	  	The other customer authorization must be provided to Intelsat to establish the cross-connect.
			
	No. of Teleport access cards	  		  	Intelsat shall provide the Customer access to its Teleport for installation of Customer-provided equipment, for emergency operation and maintenance and for any required Intelsat SSOG test and network activation tests. Any visit to
Intelsat facilities, such as Teleport, should be coordinated with Intelsat in advance. The Customer will normally be allowed to have a maximum of two persons on site to support the service detailed in this Service Order.
			
	Assistance required for equipment installation	  	 ̈  Yes     x  No	  	Intelsat’s Collocation MRC and NRC do not includes the provision of any labor to assemble and rack mount Customers’ co-located equipment. Any such assistance must be requested separately and is charged as per level 1
support charges presented in row 11 below.

  

	(*)	1. Please contact our Provisioning team at dsp@intelsat.com for your additional power, power outlets and remote access requirements, if any. 


	2.	A separate invoice will be issued for these above additional requirements. 

  

					
	 Item
	  	 Level 1 support charges per hour
	  	 Level 1 support details

	Level 1 support	  	7 days a week 0800-1700: US$150 (local time)	  	Intelsat will provide the following services as part of Level 1 support when requested by the Customer to the NOC:
			
		  	Note: Level 1 support labor is not included in the Collocation rack space charges. Labor will be invoiced for a minimum of one hour and then per additional half hour increment. Any additional special labor or material expenses will
be charged at cost incurred plus an additional 10% management fee.	  	 • Re-booting of Customer equipment.

• Changing cards as guided by Customer.

• Customer must provide spare cards.

• Swapping cards as advised by Customer.

• Checking LED status, as requested and guided by the Customer.









 Appendix 4—Roles and Responsibilities of 

Intelsat and Gogo for VNO and Hub Lease Service Options 
  

			
	 Hardware
	  	 Hub Lease

	 iDirect hub hardware investment (Hub chassis, line cards, back-up line cards and protocol processors)
	  	Intelsat
	 IP hardware infrastructure at teleports (switches, routers etc.)
	  	Gogo
	 Investment in GNMS
	  	Gogo
	 NMS client software investment
	  	Gogo
	 Procurement of equipment co-located at Intelsat Teleport
	  	Gogo
	 Procurement of aircraft terminals
	  	Gogo
		
	 Services
	  	 Hub Lease

	 Space segment sizing and hub commissioning
	  	Intelsat
	 Commissioning of routers, switches etc
	  	Gogo
	 Teleport services (RF uplink and downlink)
	  	Intelsat
	 Intelsat Internet backbone connectivity
	  	Intelsat
	 Intelsat MPLS, Metro Ethernet, VPN commissioning
	  	Intelsat
	 Set up and modification of carriers in NMS with iBuilder
	  	Gogo
	 Set up and modification of traffic profiles in NMS with iBuilder
	  	Gogo
	 Network management and monitoring with iMonitor
	  	Gogo
	 Software upgrades
	  	Gogo
	 Repair and replacement of failed iDirect hub hardware
	  	Intelsat after notification by Gogo
	 Repair and replacement of failed teleport hardware (excluding iDirect hub hardware – see above)
	  	Intelsat
	 Remote site configuration in NMS with iBuilder:

• Set up / modification of assignment of remotes to carriers

• Set up / modification of QOS profiles
	  	Gogo
	 Remote equipment installation
	  	Gogo
	 Cross-polarization isolation and 1 dB compression tests (or comparable tests if unavailable due to antenna limitations)
	  	Gogo with support of Intelsat CMC
		
	 Hardware
	  	 Hub Lease

	 Generation of the option files required for the iDirect modem configuration through iBuilder
	  	Gogo. Intelsat support where necessary
	 Loading of the option file on the remote iDirect modem and upgrade of this option file if required
	  	Gogo
	 Remote software compatibility
	  	Gogo
	 Remote equipment maintenance
	  	Gogo
	 Remote software version
	  	Gogo
	 Remote software upgrade
	  	 Over the air by Gogo.

Remote support by Gogo

	 Installation, Collocation , management and maintenance of co-located equipment at Intelsat Teleport
	  	Gogo
	 Integration of traffic via non-Intelsat teleports and non-Intelsat satellite capacity with this proposed network
	  	Gogo
	 Integration of traffic via Intelsat teleports and non-Intelsat satellite capacity with this proposed network
	  	Intelsat
	 Creation of beam map files in support of automatic beam switching
	  	 Intelsat

(for Intelsat satellites only)

	 Setting up of helpdesk and Level 1 support to end users*
	  	Gogo
	 Training of end users
	  	Gogo
	 Local and national licensing
	  	Gogo
	 Level 1 support to end users*
	  	Gogo
	 24 x 7 Level 2 support*
	  	Gogo
	 24 x 7 Level 3 support*
	  	Intelsat
	 Application support
	  	Gogo

 Support Levels for Network Broadband Service 

 

			
	 Support
Level
	  	 Description of Support

		
	Level 1	  	All end-user support including initial site configuration, subsequent equipment trouble shooting and site-specific technical & QOS issues
		
	Level 2	  	Support related to remote configuration issues in the NMS such as assignment or modification of a carrier or a QoS profile to a remote in the NMS.
		
	Level 3	  	Customer support related to network wide issues as carrier configuration issues, QoS profile configuration issues, space segment, or hub equipment and hub IP configuration issues.
		
	Level 4	  	Vendor support related to network wide issues which require software, firmware, or hardware modification/upgrade








 Appendix 5 

1. [***] 
 2. [***] 

3. [***] 
 4. [***]

5. [***] 
 6. [***]. 

7. [***] 







 INTELSAT: 

Appendix 6—Forward and Return Link Budgets 

(KU-1 and KU-2 Beams, SATMEX 5 @ 114.9 W) 
  

																															
	 Beam/
Pointing
	  	 From
	  	To	  	EIRP
Or
G/T	  	Skew Angle
of Remote
Terminal	  	LB Name	  	Type	  	Data
Rate
Kbps	  	Mod/
Spre
Ad	  	FEC	  	PFD
dBW/4
kHz	  	Margin
dB	  	BW
M
Hz	  	%
BW	  	Power
Equiv
BW
Mhz	  	%
Power
	 Ku-1
	  	Napa	  	NE Canada	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	 Ku-2
	  	Napa	  	Guadalupe	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
		  		  		  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	 Ku-1
	  	NE Canada	  	Napa	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]
	 Ku-2
	  	Guadalupe	  	Napa	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]	  	[***]








 INTELSAT: 

GOGO FORWARD IDIRECT AEROSAT FROM: NAPA 

7/2/2013            SMSKJEI 

10: NE CANADA 
  

																			
	REQUIREMENTS	 	  	SATELLITE	 
						
	 Availability
	  	 	(%):	  	  	 	[***]	  	  	*Satellite	  				  	 	[***]	  
	 *Required Eb/No
	  	 	(dB):	  	  	 	[***]	  	  		  	 	SATME	  	  			
	 *Bit Error Rate
	  				  	 	QEF	  	  	X Satellite West Long	  	  	 	[***]	  
		  				  				  		  				  	 	[***]	  
	 *Modulation Type
	  				  	 	QPSK	  	  	*Transponder	  	  	 	[***]–	  
	 *Info. Rate
	  	 	(Kbps):	  	  	 	[***]	  	  		  				  	 	[***]	  
	 *FEC Rate
	  				  	 	[***]	  	  	!Usable Trnspndr BW	  	 	{MHz):	  	  	 	[***]	  
	 *Spread Spect:r:um Factor
	   
	  	 	[***]	  	  		  				  			
	 *Modem Step Size
	  	 	( kHz):	  	  	 	[***]	  	  	!SE’D@0dB/K	  	 	(dBW/W2):	  	  			
		  				  				  	 *Transponde·r Atten
	  	 	{dB):	  	  			
		
	TRANSMIT E/S	 	  	RECEIVE E/S	 
					
	 North Lat: [***]
	  	 	West Long:	  	  	 	[***]	  	  	North Lat: [***] West Long:	  	  	 	[***]	  
	 !Frequency
	  	 	(GHz):	  	  	 	[***]	  	  	!Frequency	  	 	(GHz):	  	  	 	[***]	  
	 *Satellite G/T
	  	 	(dB/K):	  	  	 	[***]	  	  	*Satellite EIRP	  	 	(dBW):	  	  	 	[***]	  
	 *Antenna Diameter
	  	 	(m):	  	  	 	[***]	  	  	*Antenna Diameter	  	 	(m):	  	  	 	[***]	  
		  				  				  	*Antenna Gain	  				  	 	[***]	  
	 *Antenna Gain
	  	 	(dBi):	  	  	 	[***]	  	  		  	 	{dBi):	  	  	 	[***]	  
	 Antenna Elevation
	  	 	(Deg) ;	  	  	 	[***]	  	  	Antenna Elevation	  	 	(Deg):	  	  	 	[***]	  
	 Ca rrier EIRP
	  	 	(dBW):	  	  	 	[***]	  	  	LNA Noise Temp	  	 	IK):	  	  	 	[***]	  
	 *Power Control
	  	 	(dB):	  	  	 	[***]	  	  	*Loss betw. LNA & Ant.	  	 	(dB):	  	  	 	[***]	  
	 •output Circuit Loss
	  	 	(dB):	  	  	 	[***]	  	  	System Noise Temp.	  	 	(K):	  	  	 	[***]	  
	 Path Loss
	  	 	(dB):	  	  	 	[***]	  	  	* Station G/T	  				  	 	[***]	  
	 *Other Losses
	  	 	(dB):	  	  	 	[***]	  	  		  	 	(dB/K):	  	  	 	[***]	  
	 (other loss = atm, pol, ant point)
	   
	  	Path Loss	  	 	(dB):	  	  			
		  				  				  	*Other Losses	  	 	(dB} :	  	  			
	
	INTERFERENCE	 
						
	 C/Io Adj Sat U
	  	 	(dB-Hz):	  	  	 	[***]	  	  	#C/Io Intermod	  	 	(dB-Hz):	  	  	 	[***]	  
	 #C/lo .Adj Sat D
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Thermal Up	  	 	(dB-Hz):	  	  	 	[***]	  
	 #C/Jo Crosspol
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Thermal Dn	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/Io Adj Channel
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/Io Total	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/Io Adj frans
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No ‘l’herm Total	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/.Io Microwave
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Total	  	 	(dB-Hz):	  	  	 	[***]	  

  

																			
	RAIN ATTENUATION	 
						
	 Overall Link Margin
	  	 	(dB):	  	  	 	[***]	  	  	‘*Rain Model	  				  	 	CRANE	  
	 Uplink Availability
	  	 	(%):	  	  	 	[***]	  	  		  				  			
	 Rain Margin
	  	 	(dB):	  	  	 	[***]	  	  	*Uplink Rain Zone	  	 	C	 	  			
	 Drilink Availability
	  	 	(%);	  	  	 	[***]	  	  		  				  			
	 Rain
	  	 	(dB):	  	  	 	[***]	  	  	*Dnlink Rain Zone	  				  	 	A	  
	 Margin G/T
	  	 	(dB):	  	  	 	[***]	  	  		  				  			
	 Degradation
	  				  				  		  				  			

  

																			
	TRANSPONDER	 	  	H.P.A	 
						
	 *Number of carriers
	  	 	(dB):	  	  	 	MULTIPLE	  	  	*Number of Carriers	  				  	 	[***]	  
		  				  				  		  				  	 	[***]	  
	 *Total OPBO
	  				  	 	[***]	  	  	*Total HPA OPBO	  				  			
	 Total IPBO
	  	 	(dB):	  	  	 	[***]	  	  	HPA Power/Carrier	  	 	(dBm):	  	  	 	[***]	  
	 *Carrier OPBO
	  	 	{dB):	  	  	 	[***]	  	  	Required HPA Size:	  	 	(dBW):	  	  	 	[***]	  
	 Carrier IPBO
	  	 	(dB):	  	  	 	[***]	  	  	Required HPA size	  	 	(W):	  	  	 	[***]	  

  

															
	 FCC Req: 1) Uplink Flange Density
	  	 	(dBW/[***]kHZ)	  	  	 	[***]	  	  	File : SMX5GF08
	 (@[***])2) Downlink EIRP Density
	  	 	(dBW/[***]Hz)	  	  	 	[***]	  	  	
	 Transponder BW Used Per carrier
	  	 	0)	  	  	 	(% ):	  	  	 	[***]	  	  	# =deltas used-
	 (xl.Transponder Power Used Per Carrier
	  				  	 	(% ):	  	  	 	[***]	  	  	‘““modif.default
	 Transponder Bandwidth Allocation
	  	 	(MHz):	  	  	 	[***]	  	  	* = user‘s input


  

					
	 OPT-040455/SPID-4·2488
 SS/6-Nov-13

SV0·515033·100,101,102,103,104
	  	Intelsat Confidential and Proprietary	  	 Page 10 of 14

V5./14 August 2013

SLR










 GOGO FORWARD IDIRECT. AEROSAT 

7/ 2/2013                    SMSKJI 

 

			
	 FROM: NAPA
	  	 TO: BASSE TERRE GUADELUP


  

																			
	REQUIREMENTS	 	  	SATELLITE	  	 	 	  	 	 
						
	 Availability
	  	 	(%):	  	  	 	[***]	  	  	*Satellite	  	 	SATMEX	  	  	 	[***]	  
	 *Required Eb/No
	  	 	(dB):	  	  	 	[***]	  	  	satllite West Long	  				  	 	[***]	  
	 *Bit Error Rate
	  				  	 	QEF	  	  		  				  	 	[***]	  
	 *Modulation Type
	  				  	 	QPSK	  	  	*Transponder	  				  	 	[***]	  
	 *Info. Rate
	  	 	(Kbps):	  	  	 	[***]	  	  	!Usable Trnspndr BW	  	 	{MHz )!	  	  	 	[***]	  
	 *FEC Rate
	  				  	 	[***]	  	  	!SFD @ 0 dB/K	  	 	(dBW/M’2);	  	  	 	[***]	  
	 *Spread ·spectrum Factor
	  				  	 	[***]	  	  	*Transponder Atten	  	 	{dB):	  	  			
	 *Modem Step Size
	  	 	(kHz):	  	  	 	[***]	  	  		  				  			
		
	TRANSMITE/S	 	  	RECEIVEE/S	 
						
	 North Lat:[***]
	  	 	WestLong:	  	  	 	[***]	  	  	North Lot:[***]	  	 	WestLong:	 	  	 	[***]	  
	 !Frequene,y
	  	 	(GHz):	  	  	 	[***]	  	  	!:Frequency	  	 	(GHz):	  	  	 	[***]	  
	 *Satellite G /T
	  	 	(dB/K):	  	  	 	[***]	  	  	*Sotellite EIRP	  	 	(dBW):	  	  	 	[***]	  
	 *Antenna Diamete_r
	  	 	(m):	  	  	 	[***]	  	  	*Antenna Diameter	  	 	(m):	  	  	 	[***]	  
	 *Antenna Gain
	  	 	(dBi):	  	  	 	[***]	  	  	‘*Antenna Gain	  	 	(dBi):	  	  	 	[***]	  
	 Antenna
	  	 	(Deg):	  	  	 	[***]	  	  	Antenna Elevation	  	 	(Deg):	  	  	 	[***]	  
	 Elevation
	  	 	(dBW):	  	  	 	[***]	  	  	LNA Noise Temp	  	 	(K) ;	  	  	 	[***]	  
	 Carrier EIRP
	  	 	(dB):	  	  	 	[***]	  	  	*Loss betw.LNA & Ant.	  	 	(dB):	  	  	 	[***]	  
	 *Power Control
	  				  				  	sYstem Noise Temp.	  	 	(K):	  	  	 	[***]	  
	 *Output Circuit Loss
	  	 	{dB):	  	  	 	[***]	  	  	*Station G/T eath Loss	  	 	(dB/K):	  	  	 	[***]	  
	 Path Loss
	  	 	(dB):	  	  	 	[***]	  	  		  	 	(dB): 	  	  	 	[***]	  
	 “II-Other Losses
	  	 	{dB):	  	  	 	[***]	  	  	*Other Loss.es	  	 	(dB):	  	  	 	[***]	  
	 (other loss = atm, pol, antpoint)
	   
	  		  				  			
	
	INTERFERENCE	 
						
	 C/ Io Adj Sat U
	  	 	(dB-Hz):	  	  	 	[***]	  	  	#C/ Io Intermod	  	 	(dB-Hz):	  	  	 	[***]	  
	 #C/ Tn Adj Sat D
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Thermal Up	  	 	(dB-Hz):	  	  	 	[***]	  
	 #C/Io Cro8spol
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Thermal Dn	  	 	(dB-llz):	  	  	 	[***]	  
	 C/ Io Adj Channel
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/ Io Total	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/Io Adj Trans
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Therm Total	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/ Io M1crowave
	  	 	(dB-Hz):	  	  	 	[***]	  	  	C/No Total	  	 	(dB-Hz):	  	  	 	[***]	  

  

													
	 RAINATTENUATION

					
	 Overall Link Margin
	  	 	(dB):	  	  	 	[***]	  	  	*Ra.in Model	  	CRANE
	 Uplink Availability
	  	 	(%):	  	  	 	[***]	  	  		  	
	 Rain Margin
	  	 	(dB):	  	  	 	[***]	  	  	*Uplink Rain zone	  	c
	 Onlink Availability
	  	 	(%):	  	  	 	[***]	  	  		  	
	 Rain Margin
	  	 	(dB):	  	  	 	[***]	  	  	*Dnlink Rain Zone	  	A
		  	 	(dB):	  	  	 	[***]	  	  		  	
	 G/T Degradation
	  				  				  		  	

  

																			
	‘rRANSPONDER	 	  	H.P.A	 
						
	 *Number of Carriers
	  				  	 	MULTIPLE	  	  	*Number of Carriers	  	 	(dBm):	  	  	 	[***]	  
	 *Total OPBO
	  	 	(dB):	  	  	 	[***]	  	  	*Total HPA OPBO	  	 	(dBW):	  	  	 	[***]	  
	 Total IPBO
	  	 	(dB):	  	  	 	[***]	  	  	HPA Power/Carrier	  	 	(W):	  	  	 	[***]	  
	 *Carrier OPBO
	  	 	(dB):	  	  	 	[***]	  	  	Required HPA Size	  				  	 	[***]	  
	 Carrier IPBO
	  	 	(dB):	  	  	 	[***]	  	  	Required HPA Size	  				  	 	[***]	  

  

							
	 FCC Req: 1) Uplink Flange Density
	  	 (dBW/[***]kHz):
	  	[***]	  	File: SMX5GF09
	 (@[***]) 2 )Downlink EIRP Density
	  	 (dBW/[***]kHz):
	  	[***]	  	
	 Transponder BW Used Per Carrier
	  	 (%):
	  	[***]	  	11 deltasused
	 Transponder Power Used Per Carrier
	  	 (%):
	  	[***]	  	=modifdefault
	 Transponder Bandwidth Allocation
	  	 (MHz):
	  	[***]	  	* =user’sinput


  

					
	 OPT-040455/SPID-4-2488
 SS/6-Nov-13

SV0-515033-100,101,102,103,104
	  	Intelsat Confidential and Proprietary 	  	 Page 11 of14

V5.114 August 2013

SLR










 GOGO RETURN DIRECTAEROSAT 

7/3/2013                     SMSKJEI 

 

			
	 FROM: NE CANADA
	  	 TO: NAPA


  

															
	 REQUIREMENTS
	    	SATELLITE	  
						
	 Availability
	  	(%):	  	[***]	    	*Satellite	  	 	SATMEX	  	  	 	[***]	  
	 *Required Eb/No
	  	(dB):	  	[***]	    		  				  	 	[***]	  
	 *Bit Error Rate
	  		  		    	Satellite West Long	  				  	 	[***]	  
	 *Modulation Type
	  		  	QEF	    	*Transponder	  				  			
		  		  	BPSK	    	!Usable Trnspndr BW	  	 	(MHz):	  	  	 	[***]	  
	 *Info.Rate
	  	(Kbps):	  	[***]	    	!SFD@0dB/K	  	 	(dBW/M’2):	  	  	 	[***]	  
	 *FEC Rate
	  		  	[***]	    	*Transponder Atten	  	 	(dB):	  	  	 	[***]	  
	 *Spread Spectrum Factor
	  		  	[***]	    		  				  			
	 *.Modem Step Size
	  	(kHz):	  	[***]	    		  				  			
		
	 TRANSMIT E/S
	    	RECEIVE E/S	  
						
	 North Lat: [***]
	  	West Long:	  	[***]	    	North Lat: [***]	  	 	West Long:	  	  	 	[***]	  
	 !Frequency
	  	(GH,z):	  	[***]	    	!Frequency	  	 	{GHz):	  	  	 	[***]	  
	 *Satellte G/T
	  	(dB/K):	  	[***]	    	*Satellte EIRP	  	 	(dBW):	  	  	 	[***]	  
	 *Antenna Diameter
	  	(m};	  	[***]	    	*hntenna Diameter	  	 	(_m):	  	  	 	[***]	  
	 *Antenna Gain
	  	{dBi):	  	[***]	    	*Antenna Gain	  	 	{dBi):	  	  	 	[***]	  
	 Antenna Elevation
	  	(Deg):	  	[***]	    	Antenna Elevation	  	 	(Deg):	  	  	 	[***]	  
	 Carrier EIRP
	  	(dBW):	  	[***]	    	LNA Noise Temp	  	 	(K):	  	  	 	[***]	  
	 *Power Control
	  	(dB):	  	[***]	    	*-Loss betw.LNA & Ant.	  	 	{dB):	  	  	 	[***]	  
	 ·A-output Circuit Loss
	  	(dB):	  	[***]	    	System Noise Temp.	  	 	(K):	  	  	 	[***]	  
	 Path Loss
	  	(dB):	  	[***]	    	*Station G/T	  	 	(dB/K):	  	  	 	[***]	  
	 *Other Losses
	  	(dB):	  	[***]	    	Path Loss	  	 	(dB):	  	  	 	[***]	  
	 (other loss = atm, pol,ant point)
	  		  		    	*Other Losses	  	 	(dB):	  	  	 	[***]	  
	
	INTERFERENCE	  
						
	 C/Io Adj Sat U
	  	(dB-HZ):	  	[***]	    	#C/Io Intermod	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/Io Adj Sat D
	  	(dB-Hz):	  	[***]	    	C/No Thermal Up	  	 	(dB-Hz):	  	  	 	[***]	 
	 #C/to Cross pol
	  	(dB-Hz):	  	[***]	    	C/No Thermal Dn	  	 	(dB-Hz):	  	  	 	[***]	 
	 C/Io Adj Channel
	  	(dB-Hz):	  	[***]	    	C/Io Total	  	 	(dB-Hz):	  	  	 	[***]	  
	 C/Io Adj Trans
	  	(dB-Hz):	  	[***]	    	C/No Therm Total	  	 	(dB-Hz):	  	  	 	[***]	 
	 C/Io Microwave
	  	(dB-Hz):	  	[***]	    	C/No Total	  	 	(dB-Hz):	  	  	 	[***]	 
	
	RAIN ATTENUATION	  
						
	 Overall Link Margin
	  	(dB):	  	[***]	    	*Rain Model	  				  	 	CRANE	  
	 Uplink Availabil ty
	  	(%):	  	[***]	    		  				  			
	 Rain Margin
	  	(dB):	  	[***]	    	*Uplink Rain Zone	  				  	 	A	  
	 Dnlink Availability
	  	(%I:	  	[***]	    		  				  			
	 Rain Margin
	  	(dB):	  	[***]	    	*Dnlink Rain Zone	  				  	 	F	  
	 G/T Degradation
	  	(dB):	  	[***]	    		  				  			
		
	TRANSPONDER	    	H. P .A	  
						
		  		  	MULTIPLE	    		  				  			
	 *Number of Carriers
	  	(dB):	  	[***]	    	*Number of carriers	  	 	(dBm):	  	  	 	[***]	  
	 *Total OPBO
	  	(dB):	  	[***]	    	*Total HPA OPBO	  	 	(dBW):	  	  	 	[***]	  
	 -Total IPBO
	  	(dB):	  	[***]	    	HPA Power/Carrier	  	 	(W):	  	  	 	[***]	  
	 *Carrier OPBO

Carrier IPBO
	  	(dB):	  	[***]	    	Required HPA Size Required HPA Size	  				  	 
  
	[***]
 [***]
	  
   


  

									
	 FCC Req: 1) Up Ink Flange Density
	  	(dBW/[***]kHz)	  	 	[***]	 	  	File·: SMX5GR09
	 (@[***])2) Downlink EIRP Density
	  	(dBW/[***]kHz)	  	 	[***]	  	  	
	 Transponder BW Used Per carrier
	  	(%):	  	 	[***]	  	  	# = deltas used
	 (xl[***] Transponder Power Used Per Carrier
	  	(%):	  	 	[***]	  	  	modi.f,default
	Transponder Bandwidth Allocation	  	(MHz):	  	 	[***]	  	  	* = user’s input








 GOGO FORWARD IDIRECT AEROSAT 

7/2/2013
                            SMSKJEI 

 

			
	 FROM: NAPA
	  	TO : BASSE TERRE

  

											
	GOADELUP REQUIREMENTS	    	SATELLITE
						
	 Availability
	  	(%):	  	[***]	    	*Satellite	  	SATMEX	  	[***]
	 *Required Eb/No
	  	(dB):	  	[***]	    	Satellite West Long	  		  	[***]
	 *Bit Error Rate
	  		  	QEF	    	*Transponder	  		  	[***]
	 *Modulation Type
	  	(Kbps):	  	QPSK	    	!Usable Trnspndr BW	  	(MHZ)!	  	[***]
	 *Info.Rate
	  		  	[***]	    	ISFD@0dB/K	  	(dBW/M“2):	  	[***]
		  		  	[***]	    	*Transponder Atten	  	(dB):	  	[***]
	 *FEC Rate
	  	(kHz):	  	[***]	    		  		  	
	 *Spread Spectrum Factor
	  		  		    		  		  	
	 *Modem Step Size
	  		  		    		  		  	
		
	 TRANSMIT E/S
	    	RECEIVE E/S
						
	 North Lat: [***]
	  	West Long:	  	[***]	    	North Lat: 15 .9	  	West Long:	  	[***]
	 JE’requency
	  	(GHz):	  	[***]	    	!Frequency	  	(GHz):	  	[***]
	 *Satellite G/T
	  	(dB/K):	  	[***]	    	*Satellite EIRP	  	(dBW):	  	[***]
	 *Antenna Diameter
	  	(ml:	  	[***]	    	*Antenna Diameter	  	(m):	  	[***]
	 *Antenna Gain
	  	(dBi):	  	[***]	    	*Antenna Gain	  	(dBi):	  	[***]
	 A!-lte-nna Elevation
	  	(Deg):	  	[***]	    	Antenna Elevation	  	(Deg):	  	[***]
	 carrier EIRP
	  	(dBW):	  	[***]	    	LNA Noise Temp	  	(K):	  	[***]
	 *Power Control
	  	(dB):	  	[***]	    	*Loss betw.LNA & Ant .	  	(dB):	  	[***]
	 *Output Circuit Loss
	  	(dB):	  	[***]	    	System-Noise Temp.	  	{K):	  	[***]
	 Path Loss
	  	(dB):	  	[***]	    	*Station G/T	  	(dB/K):	  	[***]
	 *Other Losses
	  	(dB):	  	[***]	    	Path ross	  	(dB).:	  	[***]
	 (other loss = atm, poi, ant point)
	  		  		    	*Other Losses	  	(dB):	  	[***]
	
	INTERFERENCE
						
	 C/ Io Adj sat u
	  	(dB-Hz):	  	[***]	    	#C/Io Intermod	  	(dB-Hz):	  	[***]
	 #C/ Io Adj Sat D
	  	(dB-Hz):	  	[***]	    	C/No Thermal Up	  	(dB-HZ):	  	[***]
	 #C/Io cross pol
	  	(dB-H z):	  	[***]	    	C/No Thermal Dn	  	(dB-Hz):	  	[***]
	 C /Io Adj Channel
	  	(dB-Hz):	  	[***]	    	C/Io Total	  	(dB-Hz):	  	[***]
	 C/ Io Adj Trans
	  	(dB-H z):	  	[***]	    	C/No Therm Total	  	(dB-Hz):	  	[***]
	 C/Io_ Microwave
	  	{dB-Hz):	  	N/A	    	C/No Total	  	(dB-Hz):	  	[***]
	
	RAIN ATTENUATION
					
	 Overall Link Mal:gin
	  	(dB):	  	[***]	    	*Rain Model	  	CRANE
	 Uplink Availability
	  	(%):	  	[***]	    		  	
	 Rain Margin
	  	(dB):	  	[***]	    	*Uplink Rain Zone	  	c
	 Dnlink Availability
	  	(%):	  	[***]	    		  	
	 Rain Margin
	  	(dB):	  	[***]	    	*Dnlin k Rain Zone	  	A
	 G/T Degradation
	  	(dB):	  	[***]	    		  	
		
	Tl’.1\NSPONDER	    	H .t’.A
						
	 *Total OPBO
	  	(dB):	  	4.00	    	*Total HPA OPBO	  		  	o.oo
	 Total IPBO
	  	(dB) ;	  	[***]	    	HPA Power/Carrier	  	(dBm) ;	  	[***]
	 *Carrier OPBO
	  	(dB):	  	[***]	    	Required HFA Size	  	(dBW):	  	[***]
	 Carrier IPBO
	  	(dB):	  	[***]	    	Required HPA Size	  	(W):	  	[***]

  

							
	 FCC Req: 1) Uplink Flange Density
	  	(dBW/HHZ);	  	[***]	  	File: SMXSGF09
	 (@[***])2) Downlink EIRP Density
	  	(dBW/[***]kHz)	  	[****]	  	
	 Transponder BW Used Per carrier (xl,[***])
	  	(%):	  	[***]	  	# = deltas used
	 Transponder Power Used Per Carrier
	  	(%):	  	[***]	  	I = modif. default
	Transponder Bandwidth Allocation	  	(MHz):	  	[***]	  	* = usei’s input








 KU-2 BEI\M ORIGINAL POINTING GOGO RETU 

7/3/2013                     SMSKJEI 

 

			
	 FROM: BASSE TERRE
	  	 TO : NAP/\


  

											
	REQUIREMENTS	    	SATELLITE
	 Availability
	  	(%I:	  	[***]	    	*Satellite	  		  	[***]
	 *Required Eb/No
	  	(dB):	  	[***]	    		  	SATME	  	[***]
	 *Bit Error Rate
	  		  	QEF	    	X Satellite West Long	  		  	[***] [***]
	 *Modulation Type
	  		  	 BPS
	    	*Transponder	  		  	[***]
	 K
	  		  		    	!Usable Trnspndr BW	  	(MHz):	  	[***]
	 *rn·fo..Rate
	  	(Kbps):	  	[***]	    	!SFD@0dB/K	  	(dBW/M02):	  	
	 *FEC Rate
	  		  	[***]	    	*Transponder Atten	  	(dB):	  	
	 *Spread Spectrum Factor
	  		  	[***]	    		  		  	
	 *Modem st Sp Size
	  	(k!Iz):	  	[***]	    		  		  	
		
	TRANSMIT E/S	    	RECEIVE E/S
						
	 North Lat: [***]
	  	West Long:	  	[***]	    	North Lat: 38.2 West Long:	  		  	[***]
	 !Frequency
	  	(GHz):	  	[***]	    		  		  	[***]
		  	(dB/Ki:	  	[***]	    	!Frequency	  	{GHz):	  	
	 *Satellite. G/T
	  	(m):	  	[***]	    	*Satellite EIRP	  	(dBW):	  	[***]
	 *Antenna Diameter
	  	(dBi):	  	[***]	    	*Antenna Diameter	  	(m):	  	[***]
	 *Antenna Gain Antenna Elevation
	  	(Deg):	  	[***]	    	*Antenna .Gain	  	{dBi):	  	[***]
	 Carrier EIRP
	  		  		    	Antenna Elevation	  	(Deg):LN	  	[***]
	 *Power Control
	  	(dBW):	  	[***]	    	LNA Noise Temp	  	(K):	  	[***]
		  	(db):	  		    	 *Loss betw.LNA & Ant.
	  	(dB):	  	[***]
	 A-output Circuit Loss
	  	(dB):	  	[***]	    	SyStem Noise Temp.	  	(K)!	  	[***]
	 Path Loss
	  	(dB):	  	[***]	    	*Station G/T	  	(dB/K):	  	[***]
	 *Other Losses
	  	(dB):	  	[***]	    	Path Loss	  	(dB):	  	[ ***]
	 (other loss = atm,pol,ant point)
	  		  		    	*Other Losses	  	(dB):	  	[***]
	
	INTERFERENCE
						
	 c /Io Adj Sat O
	  	(dB-Hz):	  	[***]	    	jfC/Io Intermod	  	(dB-Hz):	  	[***]
	 C/Io Adj Sat D
	  	(dB-Hz):	  	[***]	    	C/No Thermal Up	  	(dB-Hz):	  	[***]
	 #C/Io Cross pol
	  	(dB-Hz):	  	[***]	    	C/No Thermal Dn	  	(dB-Hz):	  	[***]
	 C/Io Adj Channel
	  	(dB-Hz):	  	[***]	    	C/Io Total	  	(dB-Hz):	  	[***]
	 C/Io Adj Trans
	  	(dB-Hz):	  	[***]	    	C/No Therm ‘rotal	  	(dB-Hz):	  	[***]
	 C/Io Microwave
	  	(dB-Hz):	  	N/A	    	C/No Total	  	(dB-Hz):	  	[***]
	
	RAIN ATTENUA’rION
					
	 overall Link
	  	(dB):	  	[***]	    	*Rairi Model	  	CRANE
	 Margin Uplink
	  	(%):	  		    		  	
	 Availability
	  	(dB):	  	[***]	    	*Uplink Rain Zone	  	A
	 Rain Margin
	  	(%):	  	[***]	    		  	
	 Dnlink Availabilty
	  	(dB):	  	[***]	    		  	c
	 Rain Margin
	  	 (dB):
	  	[***]	    	*Dnlink Rain Zone	  	
	 G/T Degradation
	  		  	[***]	    		  	

  

											
	TRANSPONDER	    	H.P.A
				
	 *Number of Carriers
	  	MULTIPLE	    	*Number of car-riers	  	[***]
	 *Total OPBO
	  	(dB):	  	[***]	    	*Total HPA OPBO	  		  	[***]
	 Total PBO
	  	[dB):	  	[***]	    	J:iPAPower/Ca rrier	  	(dBm):	  	[***]
	 *Carrier OPBO
	  	(dB):	  	[***]	    	Required HPA Size	  	(dBW):	  	[***]
	 Carrier IPBO
	  	(dB):	  	[***]	    	Required HPA Size	  	(W):	  	[***]

  

							
	 FCC Req: 1) Uplink Flange Density
	  	(dBW/[***]kHz)	  	[***]	  	File: SMX5GR10
	 (@[***])2) Downlink ‘EIRP Density
	  	(dBW/[kHz):	  	[***]	  	
	 Transponder BW Used Per carrier (xl.[***])
	  	(%):	  	[***]	  	# == deltas used
	 Transponder Power Used Per Carrier
	  	(%):	  	[***]	  	-modif.default
	 Transponder Band width Allocation
	  	(MHZ):	  	[***]	  	= us_e_r’s input


  

					
	 OPT-040455/SPID-
 SS/12-Sep-13

SVO·515033·100,101,102,103,104
	  	Intelsat Confidential and Proprietary	  	 Page 14 of 16

V5./14 August 2013
 SLR-