Future connectivity via LEO satellites
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Presented by Tony Azzarelli, Vice President of Regulatory Affairs, Oneweb in the techUK Satellite Applications & Services Conference, 2nd Oct. 2015
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NSSLGlobal worked with the BBC to enable the first live 'Bonded HDR' satellite broadcast, delivering double the normal bandwidth for high definition video by bonding two portable satellite terminals. This extra bandwidth allowed for sharper images and transmission of dynamic scenes.
Presentation
Main One seeks to bridge the gap between Africa's vision of adequate broadband access and its current reality by laying an underwater fiber optic cable along the west coast of Africa. The 12,378km Main One Cable will have an initial capacity of 1.92 terabits per second and will land in Accra, Ghana and Lagos, Nigeria by June 2010. Main One aims to significantly increase internet access capacity for the region at 10-50% lower prices compared to existing options.
Space & Satellite News Updates – 19th Jan 2016
Inmarsat is partnering with a research project developing autonomous drone ships that could operate without humans aboard within 10 years. Removing human crews would significantly reduce operating costs by allowing ships to carry more cargo. Inmarsat will provide satellite communications and data transfer expertise to help ensure drone ships can stay in contact with operators while at sea.
NWU and SA Telecoms
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Next Generation Satellite Initiatives -by Nick Miller SpeedCast
New satellite initiatives, overriding concepts and trends, challenges that emerging satellite fleets have met in the past, and the potential future of internet and mobile communications.
Next Generation Satellite Initiatives by Nick Miller, SpeedCast
New satellite initiatives, overriding concepts and trends, challenges that emerging satellite fleets have met in the past, and the potential future of internet and mobile communications
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Orange_US Domain (revised with notes)
- The document discusses evolving legacy multi-vendor GFP encapsulated Gigabit Ethernet services delivered over SDH links to dynamic Ethernet lightpaths across an optical private line network. This would allow services to meet growing performance demands with smaller margins.
- It proposes transparency through OTN encapsulation, end-to-end performance monitoring via MEF 2.0 SOAM, and scaling capacity/reach through OTUk interfaces between network operators.
- Initial solutions involve GFP encapsulation over STM-64 links but scaling could use redeployed ROADMs and evolving to dynamic lightpaths treated as virtual paths within an optical core network.
IP Over Satellite
Discusses IP over satellite and IP via satellite. Satellite IP networks, Protocol-centric viewpoint of satellite IP network.
Satellite-centric viewpoint of global networks and the Internet
Network-centric viewpoint of satellite networks. IP over Satellite (IPoS) Global Standard
IPoS Standard Approvals
TIA Standard 1008, November 2003
ETSI Standard TS102354, TSS-B, January 2005 (ITU Approved) Advantages Optimized transponders Extends DVB-S with alternative uplink architecture
Scalable and economical
Extendable to Ka- and C-band
It utilizes a technology called DVB-S2 and supports data throughputs of up to 120 Mbps.
An Introduction to Satellite Communications | March 2015
An Introduction to Satellite Communications | March 2015Department for Communities and Local Government Local Digital Campaign
An introduction to satellite communications presented at the Making Efficiencies using Satellites – ‘it’s not rocket science’ Discovery Day on 13 March 2015 in Oxfordshire.Bridging The NZ Digital Divide Aug09
An analysis of the options for international connectivity for New Zealand. Reviews the current situation with only one monopoly cable (Southern Cross) and presents options for new cables to Australia, Guam or the US. Info as of August 2009.
Challenges and opportunities on testing lte backhaul via satellite
Embratel Star One operates 7 satellites that provide satellite infrastructure for applications like TV, broadband networks, and telephony across Brazil and Latin America. Testing was conducted to evaluate integrating LTE networks with satellite backhaul. Two scenarios were tested: with the EPC located at the VSAT terminal and with the EPC located at the hub. Performance was improved with the EPC at the VSAT terminal, with higher throughput and lower latency. The results showed good user experience for voice services and sustainable data rates compatible with satellite capacity. Further challenges include improving traffic acceleration and testing EPC split between the VSAT and hub.
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Future connectivity via LEO satellites
- 1. Future connectivity via LEO satellites techUK - London 2 October 2015 2 O c t o b e r 2 0 1 5 – O n e W e b P R O P R I E TA R Y Tony Azzarelli - VP Regulatory Affairs
- 2. P R O P R I E T A R Y Greg Wyler – CEO and Founder OneWeb 10/2/2015 2 Laying out Fibre in Africa Enabling Communities to Prosper the Other 3 billion Founder of A Constellation of 12 MEO satellites Ka-band High Speed Communications
- 3. Enable Affordable Internet Access for Everyone OneWeb’s Vision … OneWeb
- 4. P R O P R I E T A R Y 4 Series A Equity Round of >$500M Closed June 2015 OneWeb and Partners – are the enablers of the vision
- 5. P R O P R I E T A R Y OneWeb LEO Constellation 10/2/2015 5 Low Earth Orbit Constellation - Orbital height 1200 km - 18 orbital planes - 36 to 44 satellites per plane - Latency < 30 ms
- 6. P R O P R I E T A R Y10/2/2015 6 OneWeb Addressing the Digital Divide WiFi/LTE/3G/2G Broadband Satellite Backhaul • 50 Mbps (link rate 450 Mbps) • Latency < 30 ms • Battery, Solar and Ethernet power • Total capacity up to 5 Tbps 200m Cellular Cell • LTE/3G/WIFI • Any Carrier • Black Spot Fill-in
- 7. P R O P R I E T A R YC O N F I D E N T I A L 1010/2/2015 Global Gateways - Auto Configurable Deployment • Modular design • 2.4 m antennas • Simple shipping and deploying • Ka-band spectrum • 50+ gateways globally
- 8. P R O P R I E T A R YC O N F I D E N T I A L 1410/2/2015 Developing and Manufacturing OneWeb satellites • Simple satellite architecture • Mass manufacturing (900+) • Less than 200 kg, appx 1 m3 • 5+ year lifetime • Launch to start Q4-2017 • Full service start 2019 • Deorbit capability built-in
- 9. P R O P R I E T A R Y10/2/2015 9 Launch – Arianespace (21 launches) and Virgin Galactic (39 launches) Soyuz 21/b French Guiana 36 Spacecraft per Launch Soyuz 21/b Baikonur Cosmodrome
- 10. P R O P R I E T A R Y10/2/2015 10 Tony Azzarelli – VP Regulatory Affairs E: tony@oneweb.net M: +44(0)7540 669181 Affordable Internet Access for Everyone OneWeb