TERRY BLEAKLEY Regional Vice President, Asia Pacific Sales 1
Market Trends 2
Mobile Data Traffic Continues to Grow…...We All Know It! 3
But What Else Will Be Driving Data Traffic Growth? Both Consumer Demand and Internet of Things will Drive Data Traffic Growth 4
The Connected Plane Consumer Demand Internet of Things The engines on a 787 Dreamliner generate 1 TB of sensor data a day Source: Global State of In-Flight Wi-Fi 2016 The latest by Routehappy Airbus A350 will generate 2.5 TB of sensor data a day Source: Pedro Aragao 5
The Connected Ship Internet of Things Consumer Demand › Cargo: CMA-CGM: “Monitor and interact in real time with individual containers aboard the vessel. › Bridge: REX: “ REX reads ship’s onboard sensors and provides real-time information to the captain as well as to the HQ”. According to EMC(MTN), data consumption on the cruise ships it served increased 500% over › Hull and Engine Room: a 2 year period (2013-2014) “Monitoring of hull stress, motion, engine and 100% components conditions” CARGO Devices Used 80% ENGINE ROOM HULL For Connectivity BRIDGE 60% on Cruise Ships 40% 2010 20% 2014 0% Desktops Tablets Smartphones Source: MTN Survey 6
The Connected Car Internet of Things Consumer Demand Time a typical American commuter 250 Hours spends per year inside their car. ~50% Of all the car buyers wish to access their mobile applications when they are inside their cars. The sensors on a 2013 Ford Fusion already generate more than 25 GB of data an hour which are analyzed by more than 70 onboard computers Source: “The Internet on Wheels and Hitachi, Ltd.” by Hitachi Source: Ford Motor Company 7
Innovation in the Industry 8
These internet giants and entrepreneurs are investing heavily in the satellite Industry ... Jan 2015 - Google and Fidelity invests $1 billion in SpaceX satellite programme Plan to launch 4000 satellites into Jeff Bezos: Founder orbit by 2030 Larry Page of Amazon Source: theinformation.com • Owns Space company BLUE Richard Branson ORIGIN • Virgin Galactic • Launched and • Re-usable landed rocket • Space tourist vertically for • OneWeb second time Jan • LEO satellite • Great Inversion constellation Facebook plans for satellite in 2017 that will provide internet access in Africa 9
What has changed? 10
1. Redefining communication satellites 11
1. Redefining communication satellites Frequency reuse More capacity Concentration of power More throughput Digital payload Smaller antennas 12
2. Innovations in Rocket design Space X (Musk) More options Blue Origin (Bezos) Re-usable technology Virgin Galactic (Virgin) Cleaner/cheaper launches 13
3. New Satellite Constellations: OneWeb First and only fully global, pole-to-pole high throughput satellite system Total Throughput of the system: The OneWeb satellite constellation 5 terabits per second 700 satellites ( Constellation – 18 planes of 36 satellites) Low latency (<30ms round trip delay) Look angles > 57◦ Credit: Airbus Defence and Space 14
4. Redefinition of the satellite antenna Electronically Steered Antennas (ESA) No moving parts Ultrathin and light Metamaterial Active phased array Passive array Panels may be laid CONFORMABLY 15
So, concretely… what is Intelsat doing? 16
Intelsat Epic NG – Delivering High Throughput Today 17
Summary of What’s Different About Intelsat Epic NG Intelsat Epic NG Other HTS Systems • Multiple satellites for redundancy & scalability • Single HTS satellite in given region • Wide and spot beams combined • Spot beams only • Multi-frequency • Single frequency band • Flexible connectivity between all beams • Fixed (user beam connects to one gateway) • Guaranteed bandwidth • Best effort bandwidth • High availability/High Efficiency • Pre-defined service levels • Open architecture • Closed architecture • Designed for enterprise services • Designed for consumer services 18
Access Technology 19
Kymeta for The Connected Car Kymeta/Intelsat solution will be designed to deliver 1 TB of data per month to each car Source: Kymeta 20
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OneWeb First and only fully global, pole-to-pole high throughput satellite system Total throughput of the system: 10 terabits per second › Complements Intelsat’s geostationary orbit (“GEO”) satellite services › Enables coverage over the Earth’s poles and in urban canyons (Look angle >57 ⁰) › Provide global Ku-band high throughput coverage over certain great circle routes, such as via the North Pole › Low latency (<30ms round trip delay) Credit: Airbus Defence and Space 22
OneWeb First Round Investors 23
Global coverage 50+ satellites Terrestrial network Global fleet network 24
7 Epic NG satellites by 2020 and counting 25
The OneWeb LEO constellation: Is fully interoperable with the Intelsat GEO fleet Provides another network layer with global satellite capacity Adds further scale in availability and satellite network redundancy 26
Delivering Performance, Economics, Accessibility 27
THANK YOU 28
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