Company description: Broadband for all
Exhibit 1: FSS share prices indexed
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Exhibit 2: Avanti 10% bond vs high-yield index (indexed)
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Exhibit 1: FSS share prices indexed
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Exhibit 2: Avanti 10% bond vs high-yield index (indexed)
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Avanti is building a Ka-band satellite network to service broadband connectivity for underserviced markets and remote locations in EMEA. In these markets it has been a first mover, although the technology has become mainstream in the US. It sells satellite capacity wholesale to regional service providers, which use the acquired bandwidth to service their customer base. Avanti offers a full service model, utilising a ground-based network infrastructure and web-based network management tools to provide stability, reliability and efficiency at a lower cost to enterprise customers, governments (including military), broadband service providers and telecom operators.
Avanti’s model requires a high level of upfront capital investment in both ground- and space-based infrastructure. The ground-based facilities are lower cost and, once built, can be leveraged across several satellites, providing a relatively stable fixed operational cost base. We do not expect further significant ground capex to be required for the existing and currently proposed fleet of satellites.
Satellites are very high capital cost and high risk until successfully positioned and commissioned in geostationary orbit. As there is a physical limitation on geostationary orbit positions, the satellites are normally fuelled for a period of at least 15 years, after which time they will be taken out of service and replaced.
It should be noted that geostationary orbital slots are limited, and are registered and overseen by the International Telecommunications Union (ITU), which allows operators rights in perpetuity once a slot and spectrum has been allocated. Providing the slot is used, the maintained register provides significant frequency protection. Artemis provided Avanti with its third orbital position at 21.5oE, adding to HYLAS 1 at 33.5oW and HYLAS 2 at 31.0oE. Avanti must place a satellite in that slot within three years of its deorbiting to maintain its rights. Several satellites can be co-located on orbital slots by the same company if frequencies do not interfere. This gives Avanti the potential to develop its network in the long term.
These slots have a value, as they can effectively be traded. Intelsat, the largest global satellite company based in the US, includes them on its balance sheets as a non-depreciating intangible asset at around $60m per slot. This implies an unrecognised asset value for Avanti of $180m.
For the intended rate of investment return to be achieved, it is therefore important to fill the satellite capacity as quickly as possible, while maintaining pricing stability. In this respect achieving adoption of new technology becomes a key factor. Filling the satellites should provide rapidly growing recurring revenue streams applied to the fixed cost base, which should healthily cover operating and finance charges. Revenue potential is clearly modular with large capacities installed on a few satellite platforms. Avanti remains in the early stage of developing capacity fill and thus revenue growth, and is certainly behind some of its early expectations.
Ka-band satellite technology
As demand for broadband data transmission increases rapidly with the use of fixed and mobile devices, higher throughput speeds appear to be the primary way of increasing transmission rates. Ka-band technology offers a higher data throughput than traditional satellite signal bands, including the widely used Ku-band, commonly used for video broadcasting. The lower-frequency L-band tends to be used for global mobile communications markets by operators like Inmarsat in shipping and aviation.
Satellite connectivity comes into its own when terrestrial options are too expensive or technologically constrained to develop. Widely dispersed, low-density populations like those apparent in many parts of Africa are ideally suited to such servicing. However, it should be noted that Avanti has just been awarded a contract by BT to help provide higher-speed broadband connectivity to remoter and other underserviced households in the UK.
Ka-band transmissions are delivered by more focused, sometimes steerable beams, which have a higher data throughput than traditional satellite bands. This make them ideal for deployment as high-throughput satellites (HTS), which are being increasingly deployed, providing an element of flexibility in the network to develop areas of rising demand more readily.
Ka-band has inherent advantages over other satellite bandwidths: higher data throughput, reuse of frequencies, lower cost per MB and a large addressable market including consumer broadband.
Avanti’s satellites are highly adaptable. Its Ka-band designs produce highly adaptable satellites, hence the name HYLAS. The reason for the adaptability is that predicting geographical demand patterns is far from easy. The relatively narrow angle of beam width for Ka-band transponders, even compared to Ku-band beams, requires the positioning to be optimised to service demand levels efficiently.
Launched in November 2010, HYLAS 1 became fully operational in April 2011, with capacity of 3GHz predominantly servicing Northern Europe. It was the first Ka-band satellite in Europe and its eight beams allow for bandwidth changing in orbit to enhance flexibility.
HYLAS 2 was launched in August 2010 and provided an additional 11GHz of Ka-band capacity. It has 44 beams, 24 of which can be active at any one time and two of which are on a steerable platform enabling flexibility in geographic capacity deployment.
Exhibit 3: Avanti satellite platforms key data
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Launch date |
Orbital position |
Footprint |
Ka-band capacity (GHz) |
Builder |
Construction & launch costs ($m) |
Insurance coverage ($m) |
HYLAS 1 |
Nov-10 |
33.5 W |
Europe |
3 |
Astrium |
234 |
176 |
HYLAS 2 |
Aug-12 |
31.0 E |
EMEA |
11 |
Orbital Sciences |
407 |
306 |
Artemis |
Jul-01 |
21.5 E |
EMEA |
3 |
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612* |
60 |
HYLAS 2-B |
2013 |
31.5 E |
MEA |
3 |
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35** |
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HYLAS 3 |
2017 |
31.0 E |
MEA |
4 |
OHB System |
91 |
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HYLAS 4 |
2017 |
N/A |
EMEA |
28 |
Orbital ATK |
300 |
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Source: Avanti Communications. Note: *Original cost for ESA, zero cost to Avanti. **Lease carrying value.
Artemis was acquired in December 2013 from the ESA for zero cost. It has various bandwidth capabilities including optical, but only provides limited Ka-band capability that Avanti is able to market. Management expects to be able to maintain Artemis in orbit for another two years.
HYLAS 2-B is the marketing name for a hosted 3GHz Ka-band capacity on SES’s Astra 5B satellite. Acquired for the remaining 13-year life of the satellite as part of an arrangement to settle disputes in September 2015, the additional capacity in part compensates for the loss of the incremental bandwidth that should have been provided by the delayed HYLAS 3 (see below).
Satellites under construction
HYLAS 3 is a hosted payload on board ESA’s EDRS-C satellite with a capacity of 4Ghz. Now due to be launched in Q217, deployment has been delayed by issues with the main ESA payload. The package has eight beams on one steerable antenna and will be positioned at 31.0E.
HYLAS 4 is Avanti’s most capable Ka-band satellite to date. Being built by Orbital ATK in the US, it is currently scheduled for launch by Ariane in Q117. It has a capacity of 28GHz, dwarfing previous HYLAS capabilities, with 70 fixed and steerable beams. The hybrid propulsion system should allow at least 20 years of service. One of the key features of HYLAS 4 is the sharply reduced capital cost per GHz of capacity. As shown in Exhibit 5, each generation of platform is providing cheaper bandwidth.
Exhibit 4: HYLAS satellite capacities (GHZ)*
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Exhibit 5: HYLAS capital cost, cost per GHz*
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Source: Avanti Communications, Edison Investment Research. Note: *Includes Avanti-designed satellites only.
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Exhibit 4: HYLAS satellite capacities (GHZ)*
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Exhibit 5: HYLAS capital cost, cost per GHz*
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Source: Avanti Communications, Edison Investment Research. Note: *Includes Avanti-designed satellites only.
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