The Company

Our legal and commercial name is Intelsat S.A. The Company was organized as a public limited liability company ( Société Anonyme ) under the laws of the Grand-Duchy of Luxembourg on July 8, 2011. Our principal executive office is located at 4, rue Albert Borschette, L-1246, Luxembourg, telephone number +352 27 84 1600.

Our History

Intelsat, Ltd. was the successor entity to the International Telecommunications Satellite Organization (the “IGO”). The IGO was a public intergovernmental organization created on an interim basis by its initial member states in 1964 and formally established in February 1973 upon entry into force of an intergovernmental agreement. The member states that were party to the treaty governing the IGO designated certain entities, known as the Signatories, to market and use the IGO’s communications system within their territories and to hold investment share in the IGO. Signatories were either private telecommunications entities or governmental agencies of the applicable party’s country or territory. Some Signatories authorized certain other entities located within their territories that used the IGO’s satellite system, known as the Investing Entities, to invest in the IGO as well. Both Signatories and Investing Entities made capital contributions to the IGO and received capital repayments from the IGO in proportion to their investment share in the IGO. Signatories and Investing Entities were also the IGO’s principal customers. Each Signatory’s and Investing Entity’s investment share in the IGO was based on its level of use of the IGO’s satellite system as compared to the use by other Signatories and Investing Entities.

As a public intergovernmental organization, the IGO was exempt from various taxes and enjoyed privileges, exemptions and immunities in many of its member states. However, due to its status as an intergovernmental organization, the IGO’s business was subject to certain operating restrictions. For example, the IGO could not own or operate its own earth stations or provide retail services directly to end users in certain countries. It also could not set market-based pricing for its services or engage in business relationships with non-Signatories without first obtaining Signatory approval.

The Privatization

Our management began contemplating privatization in the mid-1990s in order to be able to operate our business free of the restrictions described above and to better position us to be responsive to a number of commercial, competitive and regulatory forces. In November 2000, the IGO’s Assembly of Parties unanimously approved our management’s specific plan for our privatization and set the date of privatization for July 18, 2001. On July 18, 2001, substantially all of the assets and liabilities of the IGO were transferred to us.

The privatization required the amendment of the two formal agreements establishing the IGO. These two agreements were the Agreement Relating to the International Telecommunications Satellite Organization “INTELSAT,” known as the INTELSAT Agreement, and the Operating Agreement Relating to the International Telecommunications Satellite Organization “INTELSAT,” known as the Operating Agreement, which both entered into force in February 1973. Because the process to formally ratify the amendments to the INTELSAT Agreement was expected to be lengthy, the IGO’s Assembly of Parties decided to provisionally apply, or rapidly implement, the amendments on a consensus basis with effect from July 18, 2001, pending their formal ratification. Formal entry into force of the amendments to the INTELSAT Agreement occurred on November 30, 2004.

Upon our privatization, each Signatory and Investing Entity that executed and delivered the required privatization agreements, including a shareholders agreement, received shares in Intelsat, Ltd. in proportion to its investment share in the IGO. The IGO, referred to post-privatization as the International Telecommunications Satellite Organization (“ITSO”), was established

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and was to exist as an intergovernmental organization for a period of at least 12 years after July 18, 2001, and then could be terminated by a decision of a governing body of ITSO called the Assembly of Parties. The Assembly of Parties voted in 2012 to continue ITSO until at least 2021. Pursuant to a Public Services Agreement among ITSO and Intelsat, Ltd. and certain of our subsidiaries, we have an obligation to provide our services in a manner consistent with the core principles of global coverage and connectivity, lifeline connectivity and non-discriminatory access, and ITSO monitors our implementation of this obligation.

The 2005 Acquisition Transactions

On January 28, 2005, Intelsat, Ltd. was acquired by Intelsat Holdings, Ltd. (“Intelsat Holdings”) for total cash consideration of approximately $3.2 billion, with pre-acquisition debt of approximately $1.9 billion remaining outstanding. Intelsat Holdings was initially formed as a Bermuda company.

The PanAmSat Acquisition Transactions

On August 28, 2005, Intelsat (Bermuda), Ltd. (“Intelsat Bermuda”), our indirect wholly-owned subsidiary now known as Intelsat (Luxembourg) S.A., PanAmSat and Proton Acquisition Corporation, a wholly-owned subsidiary of Intelsat Bermuda, signed a definitive merger agreement pursuant to which Intelsat Bermuda acquired all of the outstanding equity interests in PanAmSat for $25.00 per common share in cash, or approximately $3.2 billion in the aggregate (plus approximately $0.00927 per share as the pro rata share of undeclared regular quarterly dividends).

The Sponsors Acquisition Transactions

On February 4, 2008, Serafina Acquisition Limited completed its acquisition of 100% of the equity ownership of Intelsat Holdings (the “Sponsors Acquisition”) for total cash consideration of approximately $5.0 billion, pursuant to a share purchase agreement among Serafina Acquisition Limited, Intelsat Holdings, certain shareholders of Intelsat Holdings and Serafina Holdings Limited (“Serafina Holdings”). Serafina Holdings is an entity formed by funds controlled by BC Partners Holdings Limited (the “BCEC Funds”) and certain other investors. Subsequent to the execution of the share purchase Agreement, two investment funds controlled by Silver Lake Partners, L.P. (“Silver Lake Partners”) and other equity investors joined the BCEC Funds as the equity sponsors of Serafina Holdings. We refer to the BCEC Funds, the Silver Lake Partners funds and the other equity sponsors collectively as the Sponsors. As a result of completion of the Sponsors Acquisition and related financing transactions, we and our subsidiaries assumed aggregate net incremental debt of approximately $3.7 billion.

The Luxembourg Migration

On December 15, 2009, Intelsat, Ltd. and certain of its parent holding companies and subsidiaries migrated their jurisdiction of organization from Bermuda to Luxembourg (the “Migration”). As a result of the Migration, our headquarters are located in Luxembourg. Each company that migrated has continued its corporate and legal personality in Luxembourg. Subsequent to the Migration, Intelsat Global, Ltd. became known as Intelsat Global S.A., Intelsat Global Subsidiary, Ltd. became known as Intelsat Global Subsidiary S.A., Intelsat Holdings, Ltd. became known as Intelsat Holdings S.A., Intelsat, Ltd. became known as Intelsat S.A., Intelsat (Bermuda), Ltd. became known as Intelsat (Luxembourg) S.A. and Intelsat Jackson Holdings, Ltd. became known as Intelsat Jackson Holdings S.A.

The Initial Public Offering

On April 23, 2013, we completed our initial public offering, in which we issued 22,222,222 common shares, and a concurrent public offering, in which we issued 3,450,000 5.75% Series A mandatory convertible junior non-voting preferred shares (the “Series A Preferred Shares”), at public offering prices of $18.00 and $50.00 per share, respectively (the initial public offering together with the concurrent public offering, the “IPO”) for total proceeds of $572.5 million (or approximately $550 million after underwriting discounts and commissions). In connection with the IPO, on April 16, 2013, the name of the Company was changed from Intelsat Global Holdings S.A. to Intelsat S.A.

Overview

We operate the world’s largest satellite services business, providing a critical layer in the global communications infrastructure.

We provide diversified communications services to the world’s leading media companies, fixed and wireless telecommunications operators, data networking service providers for enterprise and mobile applications in the air and on the seas, multinational corporations, and ISPs. We are also the leading provider of commercial satellite capacity to the U.S. government and other select military organizations and their contractors.

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Our customers use our global network for a broad range of applications, from global distribution of content for media companies to providing the transmission layer for commercial aeronautical consumer broadband connectivity, to enabling essential network backbones for telecommunications providers in high-growth emerging regions.

Our network solutions are a critical component of our customers’ infrastructures and business models. Generally, our customers need the specialized connectivity that satellites provide so long as they are in business or pursuing their mission. For instance, our satellite neighborhoods provide our media customers with efficient and reliable broadcast distribution that maximizes audience reach, a benefit that is difficult for terrestrial services to match. In addition, our satellite solutions provide higher reliability than is available from local terrestrial telecommunications services in many regions and allow our customers to reach geographies that they would otherwise be unable to serve.

We hold the largest number of rights to well-placed orbital slots in the most valuable C- and Ku-band spectrums. From these locations, our satellites are able to offer services in the established regions historically using the most satellite capacity, as well as the higher growth emerging regions, where approximately 53% of our capacity is currently focused.

We believe our leadership position, valuable customer relationships and global network enable us to benefit from growing demand for reliable bandwidth, resulting from trends such as:

We believe that we have one of the largest, most reliable and most technologically advanced commercial communications networks in the world. Our global communications system features a fleet of over 50 geosynchronous satellites that covers more than 99% of the world’s populated regions. Our satellites primarily provide services in the C- and Ku-band frequencies, which form the largest part of the FSS sector. Our satellite capacity is complemented by our suite of IntelsatOne ^SM managed services, including our terrestrial network comprised of leased fiber optic cable, multiplexed video and data platforms and owned and operated teleports. Our satellite-based network solutions offer distinct technical and economic benefits to our target customers and provide a number of advantages over terrestrial communications systems, including the following:

We believe that our hybrid satellite-terrestrial network, combined with the world’s largest collection of FSS spectrum rights, is a unique and valuable asset.

Our network architecture is flexible and, coupled with our global scale, provides superior capital and operating efficiency. We are able to re-deploy capacity, moving satellites or repositioning beams to capture demand. In 2012, we announced our next-generation fleet design, branded as Intelsat Epic ^NG , a high throughput platform that will further increase our flexibility while decreasing

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our cost of transmission. Our technology has universal utility across a number of applications, with minimal customization to address diverse applications. We operate our global network from a fully-integrated, centralized satellite operations facility, with regional sales and marketing offices located close to our customers. The operational flexibility of our network is an important element of our differentiation and our growth.

We have a reputation for operational and engineering excellence, built on our experience of 50 years in the communications sector. Our network delivered 99.9995% network availability on station-kept satellites to our customers in 2013. We continue to build upon our engineering leadership in the sector, and in 2012 introduced our next generation satellite platform, known as Intelsat Epic ^NG , that will progressively evolve our fleet, delivering high throughput capacity in an open-architecture design.

As of December 31, 2013, our contracted backlog, which is our expected future revenue under existing customer contracts, was approximately $10.1 billion, nearly four times our 2013 annual revenue. For the year ended December 31, 2013, we generated revenue of $2.6 billion and net loss attributable to Intelsat S.A. of $255.7 million. Our Adjusted EBITDA, which consists of EBITDA as adjusted to exclude or include certain unusual items, certain other operating expense items and certain other adjustments, was $2.0 billion, or 78% of revenue, for the year ended December 31, 2013.

We believe we are well-positioned to generate free cash flow in the near future based on the following factors:

We believe that our leadership position in our attractive sector, global scale, efficient operating and financial profile, diversified customer sets and sizeable contracted backlog, together with the growing worldwide demand for reliable bandwidth, provide us with a platform for success.

Our Sector

Satellite services are an integral and growing part of the global communications infrastructure. Through unique capabilities, such as the ability to effectively blanket service regions, to offer point-to-multipoint distribution and to provide a flexible architecture, satellite services complement, and for certain applications are preferable to, terrestrial telecommunications services, including fiber and wireless technologies. The FSS sector is expected to generate revenues of approximately $11.6 billion in 2014, and C- and Ku-band transponder service revenue is expected to grow by a CAGR of 3.7% from 2013 to 2018 according to a study issued in 2013 by NSR, a leading international market research and consulting firm specializing in satellite and wireless technology and applications.

In recent years, the addressable market for FSS has expanded to include mobile applications because existing mobile satellite systems cannot provide the broadband access required by high bandwidth mobile platforms, such as ships and aircraft, including unmanned aerial vehicles. Satellite services provide secure bandwidth capacity ideal for global in-theater communications since military operations are often in locations without reliable communications infrastructure. According to a study by NSR, global revenue from C- and Ku-band services used for government and military applications is expected to grow at a CAGR of 5.2% from 2013 to 2018.

Our sector is noted for having favorable operating characteristics, including long-term contracts, high renewal rates and strong cash flows. The fundamentals of the sector—solid growth in demand, moderate price improvements and high operating margins—were maintained throughout the recent economic downturn, demonstrating resilient growth during a period that resulted in recession or slower growth in many regions of the world.

There is a finite number of geostationary orbital slots in which FSS satellites can be located, and many orbital locations already hold operating satellites pursuant to complex regulatory processes involving many international and national governmental bodies. These satellites typically are operated under coordination agreements designed to avoid interference with other operators’ satellites. See—Regulation below for a more detailed discussion of regulatory processes relating to the operation of satellites.

Our sector has consolidated over the course of the last decade, as the combination of large capital commitments, operational infrastructure requirements and access to spectrum has created challenges for smaller operators. Today, there are only four FSS operators, including us, providing global services, which is increasingly important as multinationals and governments seek a one-stop

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solution for obtaining global connectivity. In addition, there are a number of operators with fewer satellites that provide regional and/or national services. We currently hold the largest number of rights to orbital slots in the most valuable C- and Ku-band spectrums.

We believe a number of fundamental trends are creating increasing demand for satellite services:

In total, C- and Ku-band transponder service revenue is expected to grow at a CAGR of 3.7% from 2013 to 2018, according to NSR.

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Our Customer Sets and Growing Applications

We focus on business-to-business services, indirectly enabling enterprise, government and consumer applications through our customers. Our customer contracts offer four different service types: transponder services, managed services, channel services and mobile satellite services and other. See Item 5—Operating and Financial Review and Prospects—Revenue for further discussion of our service types. Characteristics of our customer sets are summarized below:

We provide satellite capacity and related communications services for the transmission of video, data and voice signals. Our customer contracts cover on- and off-network capacity with four different service types:

On-Network:

Off-Network:

We also perform satellite-related consulting services and technical services for various third parties, such as operating satellites for other satellite owners.

Network Services

We are the world’s largest provider of satellite capacity for network services, according to Euroconsult, with a 33% global share. Our satellite capacity, paired with our terrestrial network comprised of leased fiber, teleports and data networking platforms, enables the transmission of video, data and voice to and from virtually any point on the surface of the earth. There is an increasing need for basic and high-speed connectivity in developed and emerging regions around the world. We provide an essential element of the infrastructure supporting the rapid expansion of wireless services in many emerging regions.

Network services is our largest customer set and accounted for 46% of our revenue for the year ended December 31, 2013 and $3.2 billion of our contracted backlog as of December 31, 2013. Our business generated from the network services sector is generally characterized by non-cancellable, two to five year contracts with many of the world’s leading communications providers, including fixed and wireless telecommunications companies, such as global carriers and regional and national providers in emerging regions, corporate network service providers, such as VSAT services providers to vertical markets including banks, value-added services providers, such as those serving the oil and gas and maritime industries, and multinational corporations and entities.

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Our network services offerings are an essential component of our customers’ services, providing backbone infrastructure, expanded service areas and connectivity where reliability or geography is a challenge. We believe that we are a preferred provider because of our global service capability and our expertise in delivering service operator-grade network availability and efficient network control.

Our IntelsatOne ^SM network includes regional shared data networking platforms at our teleports that are connected to approximately 40 of our satellites. As a result, our customers can quickly establish highly reliable services across multiple regions, yet operate them on a centralized basis. Our satellite-based solutions allow customers to rapidly expand their service territories, increase the access speed and capabilities for their existing networks and efficiently address new customer and end-user requirements.

Highlights of our network services business include the following:

Media

We are the world’s second largest provider of satellite capacity for media services, according to Euroconsult, with a 20% global share. We have delivered television programming to the world since the launch of our first satellite, Early Bird, in 1965. We provide satellite capacity for the transmission of entertainment, news, sports and educational programming for over 400 broadcasters, content providers and DTH platform operators worldwide. We have well-established relationships with our media customers, and in some cases have distributed their content on our satellites for over 25 years.

Media customers are our second largest customer set and accounted for 34% of our revenue for the year ended December 31, 2013 and $6.2 billion of our contracted backlog as of December 31, 2013. Our business generated from the media sector is generally characterized by non-cancellable, long-term contracts with terms of up to 15 years with premier customers, including national broadcasters, content providers and distributors, television programmers and DTH platform operators.

Broadcasters, content providers and television programmers seek efficient distribution of their content to make it easily obtainable by affiliates, cable operators and DTH platforms; satellites’ point-to-multipoint capability is difficult to replicate via terrestrial alternatives. Our strong cable distribution neighborhoods offer media customers high penetration of regional and national audiences.

Broadcasters, content providers and television programmers also select us because our global capabilities enable the distribution or retrieval of content to or from virtually any point on earth. For instance, we regularly provide fully integrated global distribution networks for content providers that need to distribute their products across multiple continents. DTH platform operators use our services because of our attractive orbital locations and because the scale and flexibility of our fleet can provide speed to market and lowers their operating risk, as we have multiple satellites serving every region.

We believe that we enjoy a strong reputation for delivering the high network reliability required to serve the demanding media sector.

Our fully integrated satellite, fiber and teleport facilities provide enhanced quality control for programmers. In addition to basic satellite services, we offer bundled, value-added services under our IntelsatOne ^SM brand that include managed fiber services, digital encoding of video channels and up-linking and down-linking services to and from our satellites and teleport facilities. Our IntelsatOne ^SM bundled services address programmers’ interests in delivering content to multiple distribution channels, such as television and Internet, and their needs for launching programs to new regions in a cost-efficient manner.

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Highlights of our media business include the following:

Government

We are the leading provider of commercial satellite services to the government sector, according to NSR, with a 46% share of the U.S. military and government use of commercial satellite capacity worldwide. With 50 years of experience serving this customer set, we have built a reputation as a trusted partner for the provision of highly customized, secure satellite-based solutions. The government sector accounted for 19% of our revenue for the year ended December 31, 2013 and $577.0 million of our contracted backlog as of December 31, 2013.

Our satellite capacity business generated from the government sector is generally characterized by single year contracts that are cancellable by the customer upon payment of termination for convenience charges and include annual options to renew for periods of up to four additional years. In 2013, the U.S. government budget sequestration reduced the level of activity in our government business, causing our annual renewal rate to be 81% as compared to our three-year average of 85%.

In addition to capacity services, our business generated from hosted payloads is generally characterized by contracts with service periods extending up to the 15 year life of the satellite, cancellable upon payment of termination penalties defined by the respective contracts.

Our customer base includes many of the leading government communications providers, including U.S. military and allied partners, civilian agencies and commercial customers serving the defense sector. We consider each party within the Department of Defense and other U.S. governmental agencies that has the ability to initiate a purchase requisition and select a contractor to provide services to be a separate customer, although such party may not be the party that awards us the contract for the services.

We attribute our strength in serving military and government users to our global infrastructure of satellites and our IntelsatOne ^SM network of teleports and fiber that complement the government’s own networks and satellites. Our fleet is flexible and provides global network capacity, resilience and critical surge capabilities, such as for recent missions in the Middle East. For instance, in 2009 we moved two satellites in our fleet to new orbital locations in a matter of months to support special military requirements. The bandwidth available on these satellites was utilized for critical unmanned aerial vehicle missions in the Middle East.

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In responding to certain unique customer requirements, we also procure and integrate satellite services provided by other satellite operators, either to supplement our capacity or to obtain capacity in frequencies not available on our fleet, such as L-band, X-band and other spectrums not available on our network. These off-network services are primarily low risk in nature, typically with the terms and conditions of the third party capacity and services we procure matched to contractual commitments from our customer. We are an attractive supplier to the government sector because of our ability to leverage not only our assets but also other space-based solutions, providing a single contracting source for multiple, integrated technologies.

Highlights of our government business include the following:

Our leading position with the government sector has allowed us to benefit from a number of recent trends, including:

Although an approved U.S. budget has ended the sequestration environment, we believe that the level of business activity in this sector in the near to mid-term will remain lower than that of recent years. We believe our reputation as a provider of secure solutions, our global fleet, our customer relationships, our ability to provide turn-key services and our demonstrated willingness to reposition or procure capacity to support specific requirements position us to successfully compete for commercial satellite solutions for bandwidth intensive military and civilian applications. Additionally, certain of our government programs and applications drive greater efficiency and reduce manpower requirements, which we believe makes them important spending priorities in the current government budgetary environment.

Our Diverse Business

Our revenue and backlog diversity spans customer sets and applications, as discussed above, as well as geographic regions and satellites. We believe our diversity allows us to recognize trends to capture new growth opportunities, and gain experience that can be transferred to customers in different regions. For further details regarding geographic distribution of our revenue, see Note 17 to our consolidated financial statements included elsewhere in this Annual Report.

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We believe we are the sector leader by transponder share in all but two of the geographic regions covered by our network, and our leading positions align to the regions identified by industry analysts as those that either purchase the most satellite capacity or are emerging regions that have the highest growth prospects, such as Africa and Latin America.

Our diversity also reduces our business risk. The diversity of our revenue and customer base enables us to capitalize on changing market conditions and mitigates the impact of fluctuations in any specific customer type or geographic region. The scale of our fleet can also reduce the financial impact of satellite failures and protect against service interruption. No single satellite generated more than 6% of our revenue and no single customer accounted for more than 4% of our revenue for the year ended December 31, 2013.

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The following chart shows the geographic diversity of our contracted backlog as of December 31, 2013 by region and service sector, based upon the billing address of the customer.

The majority of our on-network revenue aligns to emerging regions, based upon the position of our satellites and beams. The following chart shows the breakdown of our on-network revenue by the region in which the service is delivered as of December 31, 2013:

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Our Strategy

We seek revenue growth and increased cash flows by expanding our leading infrastructure business in high growth regions and applications while maintaining our focus on operational discipline. Given the limited amount of marketable capacity in our fleet, in the near term we are focused on using increased cash flows to pay down our debt, increasing our operating flexibility and creating equity value. Given our efficient operating structure, we believe our strategies will position us to continue to deliver high operating margins, and to generate strong cash flow as we experience a natural pause in our fleet renewal requirements. As we place into service our next generation capacity starting in 2015, as described below, we will have increased opportunity to generate organic revenue growth. The key components of our business strategy include the following:

Focus our core business on attractive and growing broadband, mobility and media applications and innovative government solutions

We are a business-to-business provider of critical communications infrastructure. We intend to leverage our leading position, customer relationships, global network and regional strengths to capture new business opportunities as a result of the following:

Network Services:

Media:

Government:

Optimize our space-based assets, including orbital locations and spacecraft

We intend to maximize the revenues and returns generated by our assets by managing capacity in a disciplined and efficient manner. Key elements of our strategy include:

Design and deploy our next generation satellite fleet, including Intelsat Epic ^NG , to capture growth from new applications and evolving customer requirements

Our customers require increasing amounts of bandwidth, with more efficiency, in order to expand the types of applications they can support and expand their addressable markets. Our next generation network investment strategy seeks to deploy space and terrestrial network elements that will allow us to deliver more bandwidth while improving unit costs.

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We concluded an investment program in 2012 that resulted in refreshed capacity in our video neighborhoods and established a global mobility broadband infrastructure. As a result of a satellite launch failure in January 2013, the net transponder growth from the 2008-2012 investment program was 3%.

Our business has benefitted from the fleet investment program. We have utilized the new and enhanced capacity to support our customers’ growth requirements. Substantially all of the new and enhanced capacity from this investment program is currently contracted, as is demonstrated by improved performance in our media and mobility revenues. As a result, incremental growth prospects are limited until new satellite launches increase our inventory of marketable capacity, which is not expected to materially change until 2016, when the first of our Intelsat Epic ^NG satellites go into service.

Our fleet is large and diversified by coverage, manufacturer and age. As satellites reach the end of their service lives, we have an ongoing opportunity to refresh the technology we use to serve our customers, resulting in flexibility to address new opportunities as they are identified.

In 2012, we introduced our next generation satellite technology, Intelsat Epic ^NG , that will be incorporated into our fleet as we complete the scheduled replacement of our IX-series satellites. The Intelsat Epic ^NG platform features high throughput spot beam technology, utilizing frequency reuse in order to dramatically increase the amount of throughput on the satellites. The innovative design is in contrast to other high throughput platforms, emphasizing open architecture and backward compatibility, which provides our customer base with complete flexibility with respect to leveraging existing ground hardware capital investment, a significant element when analyzing total cost of ownership.

While these Epic ^NG satellites are expected to cost more per satellite, our cost per bit delivered is expected to decrease significantly. Because Epic ^NG satellites are significantly larger in terms of capacity and throughput than traditional satellites, we expect the number of station-kept satellites we maintain in our fleet to decline over the course of a 15 year cycle. This will enhance our capital expenditure efficiency over time. Since announcing the introduction of the Intelsat Epic ^NG platform in 2012, we have signed 4 customer contracts for Intelsat Epic ^NG capacity services, with nearly $500 million in backlog. Our newer assets, including our enhanced terrestrial network, IntelsatOne ^SM , are used to address current market requirements, allowing older assets to be redeployed to serve legacy customer applications still efficiently served by those assets.

We believe that new satellite technologies, including high throughput satellites such as our Intelsat Epic ^NG platform, could significantly improve the performance of our network and thereby decrease our cost per bit delivered, improving our competitiveness with existing applications and increasing the value we can provide to customers. These improvements will also allow us to expand our addressable market into new fixed and mobile broadband applications. We are also investing in enhanced technology that is incorporated in our terrestrial network to deliver converging video and IP content, thus expanding the services we provide to the media and telecommunications industries. We intend to continue to implement compression technologies into our ground network to reduce the bandwidth necessary for network service applications, increasing our customers’ efficiency and expanding our market potential, particularly in emerging regions.

Finally, we intend to leverage our frequent satellite launches and collection of orbital rights to address opportunities to supply specialized capabilities for large media companies and government applications. This could include launching and operating satellites with specific regional footprints and capabilities, such as our agreement with DIRECTV Latin America to provide customized capacity for DTH services on two new satellites. With respect to government applications, this could include advanced satellites and space-based services, as well as the ability to integrate hosted payloads with our spacecraft, providing fast and cost-effective capabilities in space. For instance, we integrated a specialized payload for the Australian Defence Force (“ADF”) into our IS-22 satellite, which we launched in 2012.

Drive innovation through creative acquisitions and new business models

Our record of capitalizing on strategic growth opportunities through creative business models is well established.

We have also been a leader in hosting payloads for government organizations, as noted by the Wall Street Journal. For instance, in 2009 the ADF contracted with us to integrate a UHF communications payload into our IS-22 satellite, which launched in March 2012. We will operate the payload for the ADF for a span of 15 years, providing us with a long-term stream of revenues and our customer with fast and cost-efficient space-based communications.

Going forward, we will consider select acquisitions of complementary businesses or technologies that enhance our product and geographic portfolio and can benefit from our scale, scope and status as a global leader.

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By establishing local offices closer to our customers and staffing those offices with experienced personnel, we believe that we are able to provide flexible and responsive service and technical support to our customers. Our sales and marketing organization reflects our corporate focus on our three principal customer sets of network services, media and government. Our sales team includes technical marketing and sales engineering application expertise and a sales approach focused on creating integrated solutions for our customers’ communications requirements.

We use a range of direct and wholesale distribution methods to sell our services, depending upon the region, applicable regulatory requirements and customer application.

Our Network

Our global network is comprised of over 50 satellites and ground facilities, including teleports and leased fiber that support our commercial services and the operation and control of our satellites.

Our customers depend on our global communications network and our operational and engineering leadership. Highlights of our network include:

As we design our new satellites, we work closely with our strategic customers to incorporate technology and service coverage that provides them with a cost-effective platform for their respective requirements.

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The table below provides a summary of our satellite fleet as of December 31, 2013, except where noted.

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Satellite Systems

There are three primary types of commercial communications satellite systems: low-earth orbit systems, medium-earth orbit systems and geosynchronous systems. All of our satellites are geosynchronous satellites and are located approximately 22,300 miles, or 35,700 kilometers, above the equator. These satellites can receive radio frequency communications from an origination point, relay those signals over great distances and distribute those signals to a single receiver or multiple receivers within the coverage areas of the satellites’ transmission beams.

Geosynchronous satellites send these signals using various parts of the radio frequency spectrum. The spectrum available for use at each orbital location includes the following frequency bands in which most commercial satellite services are offered today:

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Substantially all of the station-kept satellites in our fleet are designed to provide capacity using the C- and/or Ku-bands of this spectrum.

A geosynchronous satellite is referred to as geostationary, or station-kept, when it is operated within an assigned orbital control, or station-keeping box, which is defined by a specific range of latitudes and longitudes. Geostationary satellites revolve around the earth with a speed that corresponds to that of the earth’s rotation and appear to remain above a fixed point on the earth’s surface at all times. Geosynchronous satellites that are not station-kept are in inclined orbit. The daily north south motion of a satellite in inclined orbit exceeds the specified range of latitudes of its assigned station-keeping box, and the satellite appears to oscillate slowly, moving above and below the equator every day. An operator will typically operate a satellite in inclined orbit toward the end of its service life because the operator is able to save significant amounts of fuel by not controlling the north-south position of the satellite and is thereby able to substantially extend the service life of the satellite. The types of services and customers that can access an inclined orbit satellite have traditionally been limited due to the movement of the satellite relative to a fixed ground antenna. However, recent technology innovations now allow the use of inclined orbit capacity for certain applications. As a result, we anticipate demand for inclined orbit capacity may increase over the next few years if these applications are successfully introduced. As of December 31, 2013, 10 of our satellites were operating in an inclined orbit, with most continuing to earn revenue beyond our original estimated life for each of these satellites.

In-Orbit Satellites

We believe that our strong operational performance is due primarily to our satellite procurement and operations philosophy. Our operations and engineering staff is involved from the design through the decommissioning of each satellite that we procure. Our staff works at the manufacturers’ and launchers’ sites to monitor progress, allowing us to maintain close technical collaboration with our contractors during the process of designing, manufacturing and launching a satellite. We continue our engineering involvement throughout the operating lifetime of each satellite. Extensive monitoring of earth station operations and around-the-clock satellite control and network operations support ensure our consistent operational quality, as well as timely corrections when problems occur. In addition, we have in place contingency plans for technical problems that may occur during the lifetime of a satellite.

These features also contribute to the resilience of our network, which enables us to ensure the continuity of service that is important for our customers and to retain revenue in the event that we need to move customers to alternative capacity. The design flexibility of some of our satellites enables us to meet customer demand and respond to changing market conditions.

As of December 31, 2013, our in-orbit fleet of satellites had approximately 1,250 and 925 36-MHz equivalent transponders available for transmitting in the C-band and the Ku-band, respectively. These totals measure transponders on station-kept satellites. The average system fill factor for our satellites, which represents the percentage of our total available transponder capacity that is in use or that is reserved at a given time (including guaranteed reservations for service), was 78%, 78%, 78% and 77% in the quarters ended March 31, 2013; June 30, 2013; September 30, 2013 and December 31, 2013, respectively. The primary factors resulting in the trends in average system fill factor over this period were primarily related to a net decline of in-use transponders related to the release of restoration capacity following the resolution of an anomaly, the non-renewal and terminations of certain services and a decision to relocate a satellite, which resulted in it being temporarily out of service, partially offset by new and expanded customer services. Total available capacity decreased slightly over this period as a result of new satellite launches offset by satellites deorbited and satellites temporarily out of service due to relocation at the end of the period.

The design life of a satellite is the length of time that the satellite’s hardware is designed by the manufacturer to remain operational under normal operating conditions. In contrast, a satellite’s orbital maneuver life is the length of time the satellite has enough fuel to remain operational. A satellite’s service life is based upon fuel levels and other considerations, including power. Satellites launched in the recent past are generally expected to remain in service for the lesser of maneuver life or 16 years. Satellites typically have enough fuel to maintain between 16 and 18 years of station-kept operations. The average remaining service life of our satellites was approximately 8.9 years as of December 31, 2013, weighted on the basis of nominally available capacity for the station-kept satellites we own.

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In addition to these planned satellites, we have a custom payload being built on a third party-owned satellite, to be known as IS-32e. To be located at 43.1°W, this payload is planned for launch in the first quarter of 2016.

Future Satellites

We would expect to replace other existing satellites, as necessary, with satellites that meet customer needs and that have a compelling economic rationale. We periodically conduct evaluations to determine the current and projected strategic and economic value of our existing and any planned satellites and to guide us in redeploying satellite resources as appropriate.

Network Operations and Current Ground Facilities

We control and operate each of our satellites and manage the communications services for which each satellite is used from the time of its initial deployment through the end of its operational life, and we believe that our technical skill in performing these critical operations differentiates us from our competition. We provide most of these services from our satellite operations centers in Washington, D.C. and Long Beach, California and our customer service center in Ellenwood, Georgia. In the event of a natural disaster or other situation disabling one of the facilities, each satellite operations center has the functional ability to provide instantaneous restoration of services on behalf of the other, demonstrating the efficiency and effectiveness of our network. Utilizing state of the art satellite command and control hardware and software, our satellite operations centers analyze telemetry from our satellites in order to monitor their status and track their location.

Our satellite operations centers use a network of ground facilities to perform their functions. This network includes 19 earth stations that provide tracking, telemetry and commanding (“TT&C”) services for our satellites and various other earth stations worldwide. Through our ground facilities, we constantly monitor signal quality, protect bandwidth from piracy or other interference and maintain customer installed equipment.

Our customer service center located in Ellenwood, Georgia includes a specialized video operations center, data operations center, and rapid access center. This facility is responsible for managing the communications services that we provide to our customers and is the first point of contact for customers needing assistance in using our network. We also maintain a back-up operations facility and data center a relatively short distance from our Washington, D.C. facility in Hagerstown, Maryland. This facility provides back-up emergency operational services in the event that our Ellenwood, Georgia customer service center experiences an interruption.

We have invested heavily in our fully integrated IntelsatOne ^SM terrestrial network which complements our satellite network. Our network includes teleport, leased fiber and network performance monitoring systems and enables us to provide end-to-end managed solutions to our customers. In addition to leased fiber connecting high-density routes, our ground network also features strategically located points of presence, which are drop-off points for our customers’ traffic that are close to major interconnection hubs for telecommunications applications, video transmissions and trunking to the Internet backbone. Our terrestrial network is an all IP network environment that results in improved ground support of high bandwidth applications such as HD video. The network architecture allows us to converge our media and network services terrestrial network infrastructures, resulting in reduced costs, and provides opportunities for generating additional revenue from existing and new customers by bundling combinations of media and network services products that can be offered through a single access circuit into our network.

Capacity Sparing and Backup and General Satellite Risk Management

As part of our satellite risk management, we continually evaluate, and design plans to mitigate, the areas of greatest risk within our fleet, especially for those satellites with known technical risks. We believe that the availability of spare transponder services capacity, together with the overlapping coverage areas of our satellites and flexible satellite design features described in

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—Our Network—Satellite Systems above, are important aspects of our ability to provide reliable service to our customers. In addition, these factors could help us to mitigate the financial impact to our operations attributable to the occurrence of a major satellite anomaly, including the loss of a satellite. Although we do not maintain backup for all of our transponder services operating capacity, we generally maintain some form of backup capacity for each satellite designated as being in primary operating service. Our restoration backup capacity may include any one or more of the following:

In addition, we provide some capacity on a preemptible basis and could preempt the use of this capacity to provide backup capacity in the event of a loss of a satellite.

We typically obtain launch insurance for our satellites before launch and will decide whether or not to obtain such insurance taking into consideration launch insurance rates, terms of available coverage and alternative risk management strategies, including the availability of backup satellites and transponders in the event of a launch failure. Launch insurance coverage is typically in an amount equal to the fully capitalized cost of the satellite, which generally includes the construction costs, the portion of the insurance premium related to launch, the cost of the launch services and capitalized interest (but may exclude any unpaid incentive payments to the manufacturer).

As of December 31, 2013, three of the satellites in our fleet were covered by in-orbit insurance. In-orbit insurance coverage may initially be for an amount comparable to launch insurance levels, generally decreases over time and is typically based on the declining book value of the satellite. We do not currently insure against lost revenue in the event of a total or partial loss of a satellite.

Satellite Health and Technology

Our satellite fleet is diversified by manufacturer and satellite type, and is generally healthy, with 99.9995% availability of station-kept satellite capacity during the year ended December 31, 2013. We have experienced some technical problems with our current fleet but have been able to minimize the impact of these problems on our customers, our operations and our business in recent years. Many of these problems have been component failures and anomalies that have had little long-term impact to date on the overall transponder availability in our satellite fleet. All of our satellites have been designed to accommodate an anticipated rate of equipment failures with adequate redundancy to meet or exceed their orbital design lives, and to date, this redundancy design scheme has proven effective. After each anomaly we have generally restored services for our customers on the affected satellite, provided alternative capacity on other satellites in our fleet, or provided capacity that we purchased from other satellite operators.

Significant Anomalies

On November 28, 2004, our Galaxy 27 satellite experienced a sudden anomaly in its north electrical distribution system which resulted in the loss of control of the satellite and the interruption of customer services on the satellite. Galaxy 27 is a FS 1300 series satellite manufactured by SS/L. Our engineers were able to regain command and control of Galaxy 27, and it was placed back in service, with reduced payload capacity, following operational testing. We have determined that the north electrical distribution system on Galaxy 27 and the communications capacity associated with it are not operational, and the satellite has lost redundancy in nearly all of its components. As a result, Galaxy 27 faces an increased risk of loss in the future. As of December 31, 2013, a substantial subset of Galaxy 27’s transponders, which are all powered by the south electrical distribution system, have been tested, are performing normally and are available for service to our customers. As of December 31, 2013, Galaxy 27 is kept in inclined orbit.

On January 14, 2005, our IS-804 satellite experienced a sudden and unexpected electrical power system anomaly that resulted in the total loss of the satellite. IS-804 was a Lockheed Martin 7000 series (the “LM 7000 series”) satellite, and as of December 31, 2013 we operated one other satellite in the LM 7000 series, IS-805. IS-805 remains in a primary orbital role. Based on the report of the failure review board that we established with Lockheed Martin Corporation, we believe that the IS-804 failure was not likely to have been caused by an IS-804 specific workmanship or hardware element, but was most likely caused by a high current event in the battery circuitry triggered by an electrostatic discharge that propagated to cause the sudden failure of the high voltage power system. We therefore believe that although this risk exists for our other LM 7000 series satellites, the risk of any individual satellite having a similar anomaly is low.

On September 21, 2006, our IS-802 satellite, which was also an LM 7000 series satellite, experienced a reduction of electrical power capability that resulted in a degraded capability of the satellite. A substantial subset of transponders on IS-802 were subsequently reactivated and operated normally until the end of its service life in September 2010, when it was decommissioned. The anomaly review board that we established with Lockheed Martin Corporation to investigate the cause of the anomaly concluded that the IS-802 anomaly was most likely caused by an electrical short internal to the solar array harness

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located on the south solar array boom. The anomaly review board found that this anomaly was significantly different from previous LM 7000 series spacecraft failures and was the first failure of this type on a solar array of the LM 7000 series. We therefore believe that although this risk exists for our other LM 7000 series satellites, the risk of any individual satellite having a similar anomaly is low.

On June 29, 2008, our Galaxy 26 satellite experienced a sudden and unexpected electrical distribution anomaly causing the loss of a substantial portion of the satellite power generating capability and resulting in the interruption of some of the customer services on the satellite. Galaxy 26 is also a FS 1300 series satellite. Certain transponders continue to operate normally. However, the anomaly resulted in a reduction to the estimated remaining useful life of the satellite.

With respect to both the Galaxy 27 and Galaxy 26 anomalies, the failure review boards that we established with SS/L identified the likely root cause of the anomalies as a design flaw which is affected by a number of parameters and in some extreme cases can result in an electrical system anomaly. The design flaw also exists on IS-8. This satellite has been in service since November 1998 and has not experienced an electrical system anomaly. Along with the manufacturer, we continually monitor this problem. Traffic on IS-8 was transferred to IS-19 in 2012, and IS-8 has been relocated to 169°E, where it provides normal service.

On April 5, 2010, our Galaxy 15 satellite experienced an anomaly resulting in our inability to command the satellite. We transitioned all media traffic on this satellite to our Galaxy 12 satellite, which was our designated in-orbit spare satellite for the North America region. Galaxy 15 is a Star-2 satellite manufactured by Orbital Sciences Corporation. On December 23, 2010, we recovered command of the spacecraft and we began diagnostic testing and uploading of software updates that protect against future anomalies of this type. Galaxy 15 was drifted to an interim orbital location where we concluded our in-orbit testing to confirm the functionality of every aspect of the spacecraft, a critical phase that our satellite engineering and operations team was managing. In February 2011, Galaxy 15 initiated a drift to 133.1°W and returned to service, initially as an in-orbit spare. In October 2011, media traffic was transferred from Galaxy 12 back to Galaxy 15, and Galaxy 15 resumed normal service.

On April 22, 2011, our IS-28 satellite, formerly known as the Intelsat New Dawn satellite, was launched into orbit. Subsequent to the launch, the satellite experienced an anomaly during the deployment of its west antenna reflector, which controls communications in the C-band frequency. The anomaly had not been experienced previously on other STAR satellites manufactured by Orbital Sciences Corporation, including those in our fleet. The New Dawn joint venture filed a partial loss claim with its insurers relating to the C-band antenna reflector anomaly and all of the insurance proceeds from the partial loss claim were received in 2011. The Ku-band antenna reflector deployed and that portion of the satellite is operating as planned, entering service in June 2011. A Failure Review Board was established to determine the cause of the anomaly. The Failure Review Board completed its investigation in July 2011 and concluded that the deployment anomaly of the C-band reflector was most likely due to a malfunction of the reflector sunshield. As a result, the sunshield interfered with the ejection release mechanism, and prevented the deployment of the C-band antenna. The New Dawn Failure Review Board also recommended corrective actions for Orbital Sciences Corporation satellites not yet launched to prevent reoccurrence of the anomaly. Appropriate corrective actions were implemented on IS-18, which was successfully launched on October 5, 2011, and on IS-23, which was launched in October 2012 and entered into service in November 2012.

On June 1, 2012, our IS-19 satellite was launched into orbit. During launch operations, our IS-19 satellite experienced damage to its south solar array. Although both solar arrays are deployed, the power available to the satellite is less than is required to operate 100% of the payload capacity. The Independent Oversight Board (IOB) formed by Space Systems Loral and Sea Launch to investigate the solar array deployment anomaly concluded that the anomaly occurred before the spacecraft separated from the launch vehicle, during the ascent phase of the launch, and originated in one of the satellite’s two solar array wings due to a rare combination of factors in the panel fabrication and unrelated to the launch vehicle. While the satellite is operational, the anomaly resulted in structural and electrical damage to one solar array wing, which reduced the amount of power available for payload operation. We filed a partial loss claim with our insurers related to the IS-19 solar array anomaly. As of December 31, 2013, all $84.8 million of the insurance proceeds from the claim had been received. As planned, IS-19 followed IS-8 at 166°E longitude, in August 2012.

On February 1, 2013, the launch vehicle for our IS-27 satellite failed shortly after liftoff and the satellite was completely destroyed. A Failure Review Board was established and subsequently concluded that the launch failed due to the mechanical failure of one of the first stage engine’s thrust control components. The satellite and launch vehicle were fully insured, and we received $406.2 million of insurance proceeds during the year ended December 31, 2013.

Other Anomalies

We have also identified three other types of common anomalies among the satellite models in our fleet, which have had an operational impact in the past and could, if they materialize, have an impact in the future. These are:

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SCP Failures. Many of our satellites use an on-board SCP to provide automatic on-board control of many operational functions. SCPs are a critical component in the operation of such satellites. Each such satellite has a backup SCP, which is available in the event of a failure of the primary SCP. Certain BSS 601 satellites have experienced SCP failures. The risk of SCP failure appears to decline as these satellites age.

As of December 31, 2013, we operated one BSS 601 satellite, IS-26. This satellite has been identified as having heightened susceptibility to the SCP problem. IS-26 has been in continuous operation since 1997. Both primary and backup SCPs on this satellite are monitored regularly and remain fully functional. Accordingly, we believe it is unlikely that additional SCP failures will occur; however, should they occur, we do not anticipate an interruption in business or early replacement of this satellite as a result.

BSS 601 HP XIPS. The BSS 601 HP satellite uses XIPS as its primary propulsion system. There are two separate XIPS on each BSS 601 HP, each one of which is capable of maintaining the satellite in its orbital position. The satellite also has a completely independent chemical propulsion system as a backup to the XIPS. As a result, the failure of a XIPS on a BSS 601 HP typically would have no effect on the satellite’s performance or its operating life. However, the failure of both XIPS would require the use of the backup chemical propulsion system, which could result in a shorter operating life for the satellite depending on the amount of chemical fuel remaining. XIPS failures do not typically result in a catastrophic failure of the satellite or affect the communications capability of the satellite.

As of December 31, 2013, we operated four BSS 601 HP satellites, IS-5, IS-9, IS-10 and Galaxy 13/Horizons-1. Galaxy 13/Horizons-1 continues to have both XIPS available as its primary propulsion system. IS-5, IS-9 and IS-10 have experienced the failure of both XIPS and are operating on their backup chemical propulsion systems. IS-5 was redeployed in 2012 following its replacement by IS-8, which was subsequently replaced by IS-19. Also in 2012, IS-9 and IS-10 were redeployed following their replacement by IS-21 and IS-20, respectively. No assurance can be given that we will not have further XIPS failures that result in shortened satellite lives. We have decommissioned three satellites that had experienced failure of both XIPS. IS-6B was replaced by IS-11 during the first quarter of 2008, Galaxy 10R was replaced by Galaxy 18 during the second quarter of 2008, and Galaxy 4R was decommissioned in March 2009.

BSS 702 Solar Arrays. All of our satellites have solar arrays that power their operating systems and transponders and recharge the batteries used when solar power is not available. Solar array performance typically degrades over time in a predictable manner. Additional power margins and other operational flexibility are designed into satellites to allow for such degradation without loss of performance or operating life. Certain BSS 702 satellites have experienced greater than anticipated degradation of their solar arrays resulting from the design of the solar arrays. Such degradation, if continued, results in a shortened operating life of a satellite or the need to reduce the use of the communications payload.

As of December 31, 2013, we operated three BSS 702 satellites, two of which are affected by accelerated solar array degradation, Galaxy 11 and IS-1R. Service to customers has not been affected, and we expect that both of these satellites will continue to serve customers until we replace or supplement them with new satellites. Along with the manufacturer, we continually monitor the problem to determine its cause and its expected effect. Due to this continued degradation, Galaxy 11’s estimated end of service life is in the second quarter of 2019 and IS-1R’s estimated end of service life is in the third quarter of 2017. Galaxy 11 is currently operating in a primary orbital role and IS-1R was redeployed following its replacement by IS-14. The third BSS 702 satellite that we operated as of December 31, 2013, Galaxy 3C, was launched after the solar array anomaly was identified, and it has a substantially different solar array design intended to eliminate the problem. This satellite has been in service since September 2002 and has not experienced similar degradation problems.

Competition

We compete in the communications market for the provision of video, data and voice connectivity worldwide. Communications services are provided using various communications technologies, including satellite networks, which provide services as a substitute for, or as a complement to, the capabilities of terrestrial networks. We also face competition from suppliers of terrestrial communications capacity.

We operate at a global scale. Our competition includes providers of fixed satellite services of varying size. We compete with other satellite operators for both point-to-multipoint and point-to-point services.

We also compete with providers of terrestrial fiber optic cable capacity on certain routes and networks, principally for point-to-point services. As a result, we have been experiencing, and expect to continue to experience, a decline in certain of our revenues due to the build-out of fiber optic cable capacity. However, we believe that satellites have advantages over fiber optic cables in certain regions and for certain applications. The primary use of fiber optic cable is carrying high-volume communications traffic from point to point, and fiber capacity is available at substantially lower prices than satellite capacity once operational. Consequently, the growth in fiber optic cable capacity has led voice, data and video contribution customers that require service between major city hubs to migrate from satellite to fiber optic cable. However, satellite capacity remains competitive for signals that need to be transmitted beyond the main termination points of fiber optic cable for point-to-multipoint

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transmissions, such as for video broadcast, and for signals seeking to bypass congested terrestrial networks. Satellite capacity is also competitive in parts of the world where providing fiber optic cable capacity is not yet cost-effective, reliable or is physically not feasible. We believe that in those applications and regions where we do compete with fiber optic cable companies, the basis for competition is primarily price. See—Our Sector for a description of the FSS sector generally and the advantages of satellite communications.

Recently, a number of providers of commercial satellite services, selling traditional and high throughput capacity, entered the African market, significantly increasing the amount of fixed satellite services capacity. Concurrent to this market dynamic, the region benefitted from newly established sea and land fiber connectivity. These two events have resulted in heightened competition in this region, the effect of which has been significant price reductions for both fiber and satellite connectivity used for fixed and mobile data networking applications. As a result, Intelsat has experienced higher bad debt expense from a select set of customers in the Africa region. We are also adjusting our strategies with some of our largest network services customers to ensure that they can remain price competitive in the sectors they serve.

We also face competition from resellers of satellite and fiber capacity. Resellers purchase FSS or fiber capacity from current or future providers and then resell the capacity to their customers.

Regulation

As an operator of a privately owned global satellite system, we are subject to U.S. government regulation, regulation by foreign national telecommunications authorities and the ITU frequency coordination process and regulations.

U.S. Government Regulation

FCC Regulation . Almost all of the satellites in our current constellation are licensed and regulated by the U.S. Federal Communications Commission (“FCC”). We have final or temporary FCC authorization for all of our U.S.-licensed operating satellites. The special temporary authorizations (“STAs”) in effect relating to our satellites cover various time periods, and thus the number held at any given time varies. In some cases, we have sought STAs because we needed temporary operational authority while we are awaiting grant of identical permanent authority. In others, we sought STAs because the activity was temporary in nature, and thus no permanent authority was needed. Historically we have been able to obtain the STAs that we have needed on a timely basis. FCC satellite licenses have a fifteen-year term. At the end of a license term, we can request an extension to continue operating a satellite. In addition, our FCC satellite licenses that relate to use of those orbital locations and associated frequencies that were transferred to the United States at the time of our privatization in July 2001 are conditioned on our remaining a signatory to the Public Services Agreement with the International Telecommunications Satellite Organization previously described in Item 4A—History and Development of the Company—Our History— The Privatization . Furthermore, any transfer of these licenses by us to a third party or a successor-in-interest is only permitted if such third party or successor-in-interest has undertaken to perform our obligations under the Public Services Agreement. Some of our authorizations contain waivers of technical regulations. Many of our technical waivers were required when our satellites were initially licensed by the United States at privatization in 2001 because, as satellites previously operated by an intergovernmental entity, they had not been built in compliance with certain U.S. regulations. Since privatization, several replacement satellites for satellites licensed at privatization also have needed technical waivers as they are technically similar to the satellites they are replacing.

Changes to our satellite system generally require prior FCC approval. From time to time, we have pending applications for permanent or temporary changes in orbital locations, frequencies and technical design. From time to time, we also file applications for replacement or additional satellites. Replacement satellite applications are eligible for streamlined processing if they seek authority for the same orbital location, frequency bands and coverage area as an existing satellite and will be brought into use at approximately the same time, but no later than, the existing satellite is retired. The FCC processes satellite applications for new orbital locations or frequencies on a first come, first served basis and requires licensees to post a $3.0 million bond and to comply with a schedule of progress “milestones,” establishing deadlines to sign a satellite construction contract; complete critical design review; begin spacecraft construction; and launch and operate the satellite. Upon an FCC determination that each milestone has been completed, the amount of the bond is reduced by $750,000. A satellite licensee not satisfying a milestone will lose its license and must forfeit the remaining amount on its bond absent circumstances warranting a milestone extension under the FCC’s rules and policies.

We hold other FCC licenses, including earth station licenses associated with technical facilities located in several states and in Washington, D.C. We must pay FCC filing fees in connection with our space station and earth station applications, and we must also pay annual regulatory fees to the FCC. Violations of the FCC’s rules can result in various sanctions including fines, loss of authorizations or the denial of applications for new authorizations or the renewal of existing authorizations.

We are not regulated as a common carrier for most of our activities. Therefore, we are not subject to rate regulation or the obligation not to discriminate among customers and we operate most of our activities with minimal governmental scrutiny of our business decisions. One of our subsidiaries is regulated as a common carrier. Common carriers are subject to FCC requirements, which include: traffic and revenue reports, international circuit status reports, international interconnected private line reports,

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notification and approval for foreign carrier affiliations, filing of contracts with international carriers, annual financial reports, equal employment opportunity reports, assistance for law enforcement and maintenance of customer billing records for 18 months. We currently qualify for exemptions from several of these reporting requirements. In addition, other common carrier requirements (e.g. certain foreign ownership restrictions) do not apply to us because our common carrier affiliate does not hold any FCC spectrum licenses.

U.S. Export Control Requirements and Sanctions Regulation . Intelsat must comply with U.S. export control laws and regulations as follows:

The Arms Export Control Act, implemented by the International Traffic in Arms Regulations (“ITAR”) and administered by the U.S. Department of State’s Directorate of Defense Trade Controls (“DDTC”), regulates the export of satellites, certain associated hardware, defense services, and technical information relating to satellites to non-U.S. persons (including satellite manufacturers, component suppliers, launch services providers, insurers, customers, Intelsat employees, and other non-U.S. persons). Certain of Intelsat’s contracts for consulting, manufacture, launch, operation, and insurance of Intelsat’s and third party satellites involve the export to non-U.S. persons of technical data and/or hardware regulated by the ITAR. We believe that we have obtained all of the ITAR authorizations currently needed in order to fulfill our obligations under contracts with non-U.S. entities, and we believe that the terms of these licenses are sufficient given the scope and duration of the contracts to which they pertain.

The Export Administration Act/International Emergency Economic Powers Act, implemented by the Export Administration Regulations (“EAR”) and administered by the U.S. Department of Commerce’s Bureau of Industry and Security (“BIS”), regulates exports of non-ITAR controlled equipment. Intelsat exports such equipment to earth stations in our ground network located outside of the United States and to customers as needed. It is our practice to obtain all licenses necessary, or correctly document the license exception authorized, for the furnishing of original or spare equipment for the operation of our TT&C ground stations, other network stations, and customer locations in a timely manner in order to facilitate the shipment of this equipment when needed.

Congress and the President have authorized the transfer of commercial communication satellites from the ITAR to the EAR. Proposed rules were published in May 2013, and final rules are expected to become effective in 2014. Pursuant to the new rules, jurisdiction over certain aspects of Intelsat’s satellite fleet and operations will move to the EAR, and certain other aspects will remain subject to regulation under ITAR. Intelsat will continue to operate under the current ITAR and EAR rules until the new regulations become effective.

Trade sanctions laws and regulations administered by the U.S. Department of Treasury’s Office of Foreign Assets Control (“OFAC”) regulate the provision of services to certain countries subject to U.S. trade sanctions. As required, Intelsat holds the authorizations needed to provide satellite capacity and related administrative services to U.S.-sanctioned countries.

U.S. Department of Defense Security Clearances. To participate in classified U.S. government programs, we entered into a proxy agreement with the U.S. government that allows one of our subsidiaries to obtain security clearance from the U.S. Department of Defense as required under the national security laws and regulations of the United States. Such a proxy agreement is required to insulate the subsidiary performing this work from inappropriate foreign influence and control by Intelsat S.A., a Luxembourg company with significant non-U.S. investment and employees. Security clearances are subject to ongoing scrutiny by the issuing agency, as well as renewal every five years. Intelsat must maintain the security clearances obtained from the U.S. Department of Defense, or else be unable to perform our obligations under any classified U.S. government contracts to which our subsidiary is a party. Under those circumstances, the U.S. government would have the right to terminate our contracts requiring access to classified information and we would not be able to enter into new classified contracts. Compliance with the proxy agreement is regularly monitored by the U.S. Department of Defense and reviewed at least annually, and if we materially violate the terms of the proxy agreement, the subsidiary holding the security clearances may be suspended or debarred from performing any government contracts, whether classified or unclassified. Our current proxy agreement expires in 2019 and is subject to extension with the agreement of the U.S. Department of Defense.

Regulation by Non-U.S. National Telecommunications Authorities

U.K. Regulation . The United Kingdom is the licensing jurisdiction for the IS-603 satellite, as well as the BSS portion of the Ku-band on the IS-805 satellite. Satellite operators in the United Kingdom are regulated by the U.K.’s Office of Communications.

Papua New Guinea Regulation . The Papua New Guinea Telecommunication Authority (“PANGTEL”) is the licensing jurisdiction for our use of the C-band payload on the Galaxy 23 satellite. We are required to pay fees to PANGTEL in connection with our use of this orbital location. In 2003, the FCC added this C-band payload to its “Permitted Space Station List,” enabling use of the payload to provide non-DTH services in the United States,

German Regulation . We hold licenses for several earth stations in Germany, as well as authorizations to operate the IS-12, IS-601, Galaxy 27 and IS-24 satellites.

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South African Regulation . We hold a license for an earth station in South Africa.

Japan Regulation . We and JSAT are the sole members of Horizons and in 2002 the Japanese telecommunications ministry authorized Horizons to operate the Ku-band payload on the Galaxy 13/Horizons-1 satellite. In 2003, the FCC added this Ku-band payload to its “Permitted Space Station List,” enabling Horizons to use the payload to provide non-DTH services in the United States, and in May 2004, the FCC expanded this authority to include one-way DTH services. We are the exclusive owner of the C-band payload on Galaxy 13/Horizons-1, which the FCC has licensed us to operate.

Other National Telecommunications Authorities . As a provider of satellite capacity, we are also subject to the national communications and broadcasting laws and regulations of many other countries in which we operate. In addition, in some cases our ability to operate a satellite in a non-U.S. jurisdiction also arises from a contractual arrangement with a third party. Some countries require us to obtain a license or other form of written authorization from the regulator prior to offering service. We have obtained these licenses or written authorizations in all countries that have required us to obtain them. As satellites are launched or relocated, we determine whether such licenses or written authorizations are required and, if so, we obtain them. Most countries allow authorized telecommunications providers to own their own transmission facilities and to purchase satellite capacity without restriction, facilitating customer access to our services. Other countries maintain strict monopoly regimes or otherwise regulate the provision of our services. In order to provide services in these countries, we may need to negotiate an operating agreement with a monopoly entity that covers the types of services to be offered by each party, the contractual terms for service and each party’s rates. As we have developed our ground network and expanded our service offerings, we have been required to obtain additional licenses and authorizations. To date, we believe that we have identified and complied with all of the regulatory requirements applicable to us in connection with our ground network and expanded services.

The International Telecommunication Union Frequency Coordination Process and Associated Regulations

Our use of orbital locations is subject to the frequency coordination and recording process of the ITU. In order to protect satellite networks from harmful radio frequency interference from other satellite networks, the ITU maintains a Master International Frequency Register (“MIFR”) of radio frequency assignments and their associated orbital locations. Each ITU notifying administration is required by treaty to give notice of, coordinate and record its proposed use of radio frequency assignments and associated orbital locations with the ITU’s Radiocommunication Bureau.

When a frequency assignment is recorded in the MIFR, the ITU publishes this information so that all potential users of frequencies and orbital locations are aware of the need to protect the recorded assignments associated with a given orbital location from subsequent or nonconforming interfering uses by Member States of the ITU. The ITU’s Radio Regulations do not contain mandatory dispute resolution or enforcement mechanisms. The Radio Regulations’ arbitration procedure is voluntary and neither the ITU specifically, nor international law generally, provides clear remedies if this voluntary process fails. Only nations have full standing as ITU members. Therefore, we must rely on governments to represent our interests before the ITU, including obtaining new rights to use orbital locations and resolving disputes relating to the ITU’s regulations.

Environmental Matters

Our operations are subject to various laws and regulations relating to the protection of the environment, including those governing the management, storage and disposal of hazardous materials and the cleanup of contamination. As an owner or operator of property and in connection with current and historical operations at some of our sites, we could incur significant costs, including cleanup costs, fines, sanctions and third-party claims, as a result of violations of or liabilities under environmental laws and regulations. For instance, some of our operations require continuous power supply, and, as a result, current and past operations at our teleport and other technical facilities include fuel storage and batteries for back-up power generators. We believe, however, that our operations are in substantial compliance with environmental laws and regulations.

Intelsat S.A. is a holding company with 57 subsidiaries incorporated in the U.S., Luxembourg, Bermuda, Australia, Brazil, China, Hong Kong, Cayman Islands, France, Germany, Gibraltar, India, Singapore, South Africa, and the United Kingdom. All of the aforementioned subsidiaries are wholly-owned by us. A list of our subsidiaries as of December 31, 2013 is set forth in Exhibit 8.1 to this Annual Report.

Through October 2012, we owned the Washington, D.C. building where our administrative headquarters and primary satellite operations center are located (the “U.S. Administrative Headquarters Property”). The land that underlies this building was leased from the U.S. government pursuant to a lease that was to expire in 2081. The building has approximately 917,000 gross square feet, of which approximately 546,500 rentable square feet is used for office space and satellite operations facilities. See Item 4B—Business Overview—Our Network—Network Operations and Current Ground Facilities for descriptions of these facilities. The building also houses the majority of our sales and marketing support staff and other administrative personnel. In October 2012, we completed the sale of our U.S. Administrative Headquarters Property, and assigned our Amended and Restated

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Lease Agreement with the U.S. Government relating to the U.S. Administrative Headquarters Property, to the purchaser for a price of $85.0 million in cash. Upon the closing of the sale, we entered into an agreement under which we are temporarily leasing from the purchaser a portion of the U.S. Administrative Headquarters Property. In November 2012, we also entered into an agreement to lease approximately 188,000 square feet of space in McLean, Virginia for our new permanent U.S. administrative headquarters and primary satellite operations center in a building that is in the process of being constructed (the “New U.S. Administrative Headquarters”). The lease is for a term of 15 years, beginning in mid-2014. In December 2013, we signed an Amendment to the lease increasing the total square footage to 211,687 square feet being leased and that will allow the relocation of our Intelsat General Corporation office to the same facility in 2014.

We own a facility in Ellenwood, Georgia in which our primary customer service center is located, together with our Atlanta Teleport. The facility has approximately 129,000 square feet of office space and operations facilities, which are based in two buildings and multiple antenna shelters and 65 antennas on the property. See Item 4B—Business Overview—Our Network—Network Operations and Current Ground Facilities for a description of this facility.

We also lease approximately 33,000 square feet in Bethesda, Maryland where the employees of our Intelsat General subsidiary are located. The lease expires on January 31, 2017. We plan to sublease this space in conjunction with the planned relocation to McLean, Virginia described above in 2014.

Our backup satellite operations center is located at a facility that we own in Long Beach, California, which includes approximately 68,875 square feet for administrative and operational facilities. We have entered into two lease agreements for 21,549 square feet with two third party tenants.

We use a worldwide ground network to operate our satellite fleet and to manage the communications services that we provide to our customers. This network is comprised of 52 owned and leased earth station and teleport facilities around the world, including 19 earth stations that perform TT&C services.

The eight TT&C earth stations in our ground network that we own are located in Hagerstown, Maryland, Ellenwood, Georgia, Castle Rock, Colorado, Fillmore, Napa and Riverside, California, Paumalu, Hawaii and Fuchsstadt, Germany. We lease facilities at 44 other locations for satellite and commercial operations worldwide. We also contract with the owners of some of these facilities for the provision of additional services. The locations of other earth stations in our ground network include Argentina, Australia, Bahrain, Canada, Hong Kong, India, Israel, Italy, Kazakhstan, Kenya, Mongolia, the Netherlands, New Zealand, Nigeria, South Korea, South Africa, French Polynesia, Taiwan, Uruguay and the United Arab Emirates. Our network also consists of the leased communications links that connect the earth stations to our satellite operations center located at our Washington, D.C. location and to our back-up operations facility.

We have established points of presence connected by leased fiber at key traffic exchange points around the world, including Atlanta, Los Angeles, New York, McLean, Hong Kong, and London. We lease our facilities at these traffic exchange points. We have also established video points of presence connected by leased fiber at key video exchange points around the world, including Los Angeles, Denver, New York, Washington, D.C. and London. We lease our facilities at these video exchange points. We use our teleports and points of presence in combination with our satellite network to provide our customers with managed data and video services.

We lease office space in Luxembourg and London, England. Our Luxembourg office serves as the headquarters for us and our Luxembourg parents and subsidiaries. Our London office houses the employees of Intelsat Global Sales and Marketing Ltd., our sales and marketing subsidiary, and administrative support and functions as our global sales headquarters.

We also lease office space in Florida, Australia, Brazil, China, France, Germany, India, Japan, Mexico, Singapore, South Africa, Senegal and the United Arab Emirates for our local sales and marketing and administrative support offices.

The leases relating to our TT&C earth stations, teleports, points of presence and office space expire at various times. We do not believe that any such properties are individually material to our business or operations, and we expect that we could find suitable properties to replace such locations if the leases were not renewed at the end of their respective terms.