What s next for satellite systems. Dr. Bruce Chesley, Boeing Network & Space Systems 27 October 2016

Transcription

1 What s next for satellite systems Dr. Bruce Chesley, Boeing Network & Space Systems 27 October 2016

2 Commercial & Civil Satellites 2600 years in Orbit and Coun3ng Syncom (1963) 1 analog TV channel ViaSat-2 (2014) >60,000 2-way HDTV channels 60 commercial satellites currently operational 53% exceeded service life and still in operation 17% exceeded service life by >50% Copyright 2016 Boeing. All rights reserved.

3 Pioneering systems developed with and for our customers for more than 50 years Global FSS Systems TDRS NASA Systems Early Bird (Intelsat-1) Surveyor Intelsat EpicNG 2016 WGS Silkwave-1 Milsatcom Systems Mexsat Na3onal Systems TACSAT 1969 GPS-IIF Mobile/Mari3me Systems Anik A 1972 Naviga3on Systems Marisat (Inmarsat-1) 1976 Continuing to innovate and develop new satellite applications NAVSTAR 1978 Direct to Home Systems USDBS (DIRECTV-1) 1994 Ka-band HTS Systems Anik F SES-9 ViaSat

4 Boeing s State of the Art Satellite Systems 12 months in review Tremendous Advancements Intelsat EpicNG deployment Most advanced commercial digital payload capability ever - now in service SES-9 launch Most powerful, capable payload ever launched on Falcon 9 Dual launch of Eutelsat 117WB and ABS-2a Intelsat 29e Two more Boeing all electric satellites Handover of Mexsat MSS 3G+ turnkey system Most capable mobile satellite system in the world Viasat-3 introduc3on Two most powerful satellites ever - now being manufactured Introduc3on of 7th genera3on digital payload capability New advances in throughput, capability and performance Challenges Lagging new satellite orders across industry Launch manifest backlog, uncertainty SES-9 Boeing is deploying tomorrow s satellites for our customers today Mexsat Morelos 3

5 The Digital Payload Advantage Digital payloads are revolu8onizing satellite design and manufacturing - Standard digital core payload design minimizes customiza3on - Eliminates program unique RF electronic and microwave devices - Reduces integra3on and test 3me while lowering risk based on simplifica3on and standardiza3on Leverages extensive Boeing heritage, team and capabili8es (7 th genera8on in produc8on) - More than 120 communica3ons digital signal processors delivered - Surpassing 400 flight years of in-orbit heritage - 12 digital, flexible payloads currently in produc3on Digital payloads streamline spacecraft design, manufacturing, and test

6 Flexible Bandwidth Central to SATCOM Operators Success Geographic distribu3on of airline traffic shi[s throughout the day Spacecra[ designed prior to launch to match average trends Geographic distribu3on of airline traffic shi[s throughout the day Tradi8onal Design Flexible Digital Design Demand for in-flight data Demand for in-flight data Sellable data-capacity Sellable data-capacity Wasted data-capacity Wasted data-capacity Copyright 2016 Boeing. All rights reserved Operator / retailer reconfigures capacity with digital interface Spacecra[ shi[s capacity from one beam to another

7 NGSO Systems poised to meet increasing throughput needs Global mission-enabling communica3ons Service to underserved and unserved areas Offers community benefits by providing reliable access to educa8on and health care Compelling need for NGSO constella3ons in low-earth orbit to provide lowlatency, high-throughput connec3vity Copyright 2016 Boeing. All rights reserved.

8 The New Future of Satellite Broadband in America Tony Bardo Hughes Government Solu8ons

9 Why Today s Satellite? Key Satellite ALributes: Available almost anywhere Served and unserved areas Requires Line of site to southern sky Reaches hard-to-reach loca8ons Higher speeds from new technologies vs. older offerings More affordable than: Long terrestrial access circuits New network builds Private microwave construc8on Previous satellite services Path diverse from terrestrial services!

10 Satellite: Old, slow and expensive? Right? New technologies are driving prices down and speeds up 10 years ago typical satellite broadband service plans were: 56k up, 512k down 128k up, 1M down.for hundreds of dollars per month Small data alloca3ons Today s High Throughput Satellites (HTS) offer speeds of up to 2M up and 15M down Soon, we will see service plans offering over 20M down

11 Use-Cases for Broadband Satellite Tradi3onal: Remote access (rural) Consumer internet Transac3ons Growth came from using satellite broadband for: Commercial back-up (emergency prep) Emergency Management Services (recovery) SCADA Tomorrow s explosion comes from a new genera3on of satellites Rural K-12 High Speed Internet Access Managed Services for Emergency Communica3ons High-speed services for Consumers Big data plans for big data!!!

12 Nonpath Diversity Using All Terrestrial CommunicaRons Circuits: Here s What Most Corporate and Government Networks Have Telco Network Data Center PSAP Cable Network EVENTS ON THE GROUND WILL AFFECT FACITLITIES IN THE GROUND!

13 Path Diversity/Coop Using Satellite: Here s What Most Corporate and Government Networks DON T Have Terrestrial Network Terrestrial Router Remote Devices Hughes VSAT Router

14 Full Mesh Satellite Capability Enables Point-to-Point Rou8ng Data Center Medium-high data rates Full-mesh or star connec8vity Small dishes Layered security architecture End-end managed IP/MPLS Remote Internet (Op8onal) Hughes Gateway Remote Remote

15 New Use Cases for Mesh Broadband Satellites Managed Services for Crisis Communica3ons

16 New Use Cases for Modern Satellites: Back-Up for LMR Networks

17 Use-Cases for Modern Satellites SATCOM for NG911 COOP ECDC #1 ECDC #2 Customer Router Customer Router PSAP #1 PSAP #2 Antenna / Radio Antenna / Radio Customer Router Customer Router VPN Router for Management VPN Router for Management Antenna / Radio Antenna / Radio INTERNET INTERNET Hughes Management Hughes Management X Terrestrial Network PSTN and 911 call

18 Satellite CommunicaRons Always Available Thank You..