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Introduction to Internet Protocol Over Satellite (IPoS)TIA-1008 . Sebastian Coe TSM 601 Professor Bowman. How is IPoS attractive as a business opportunity?. What Technologies is IPoS Replacing?. IPoS has the objective of replacing previous VSAT systems for satellite internet
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Introduction to Internet Protocol Over Satellite(IPoS)TIA-1008 Sebastian Coe TSM 601 Professor Bowman Sebastian Coe - IPoS (TIA-1008)
How is IPoS attractive as a business opportunity? Sebastian Coe - IPoS (TIA-1008)
What Technologies is IPoS Replacing? • IPoS has the objective of replacing previous VSAT systems for satellite internet • In order to use these systems you had to be under the particular operator’s footprint, using only its technology • This forced users to only subscribe to their satellite provider and to be forced to pay whatever the provider felt fit as an acceptable rate Sebastian Coe - IPoS (TIA-1008)
IPoS as a Business Opportunity • There are many potential winners from the implementation of IPoS, according to Hughes Network Systems these include [1]: • Residential and Corporate End Users • Applications Developers • VPN Application and Appliance Vendors • A/V Streaming, and Multimedia Appliance Vendors • PC Hardware, OS, and Appliance Vendors • Satellite Operators • Service Providers • Satellite Terminal and Appliance Developers • Hub Manufacturers Sebastian Coe - IPoS (TIA-1008)
How will the ‘winners’ make money? • Satellite Operators: By selling transponder capacity • Application and Appliance Vendors: By creating software and Hardware systems compatible with IPoS • Service Providers: By offering users access to the internet through IPoS connected networks Sebastian Coe - IPoS (TIA-1008)
How will the ‘winners’ make money? • PC Hardware, OS, Appliance Vendors: By selling more advanced systems that can take advantage of full-broadband • Hub Manufacturers: By Developing equipment that works well with the IPoS standard • End Users: Will benefit through lower costs and better service Sebastian Coe - IPoS (TIA-1008)
But what are the Costs? • For Users: • Monthly Service Fees (as low as $30-40/month) • Equipment (many times included in monthly fee) [5] • For Satellite Operators: • Existing Transponder Capacity can be Used (no cost) • New satellites could be launched (80 million $ each) [10] Sebastian Coe - IPoS (TIA-1008)
Making Money • Hughes Network Systems wished for its standard to be open for the greatest amount of interoperability between satellite systems • This means that a host of application developers can develop software to be run on IPoS systems with the assurance that it will work on a wide variety of networks. • More Users of an application means more potential for greater profits Sebastian Coe - IPoS (TIA-1008)
Saving Money • An IPoS terminal is 30-40 percent cheaper than using other satellite terminals [9] • “there are several satellite operators who can offer global coverage without any investments in expensive terrestrial networks which is good news for ISPs.” [5] • Laying cable across the Atlantic costs 175 million dollars, much more than what it costs to develop and launch a successful comsat [10] Sebastian Coe - IPoS (TIA-1008)
What Technology could Threaten IPoS? • WiMax: • A cheap solution for areas that cannot get traditional access to Cable and DSL technologies [9] • Does not require the setup, launch, and maintenance of expensive satellite technologies Sebastian Coe - IPoS (TIA-1008)
References • [1] Hughes Network Systems. HNS-30740. January 2004. “IP Over Satellite (IPoS)” October 12, 2008, http://www.hughes.com/HUGHES/Doc/0/01LKEPT5PQH43D7PP4NMB9195C/IPOS-whitepaper-Jan2004.pdf • [2] Telecommunications Industry Association. Standards Department. 2008. “About Standards” October 23, 2008. http://www.tiaonline.org/standards/about/index.cfm • [3] Ciber Habitat. Gobierno de Mexico Satelites Mexicanos. 2008. “Sistema Satmex” October 23, 2008 http://ciberhabitat.gob.mx/medios/satelites/mexicanos/satmex.htm • [4] Project MESA. MESA DTR 70.0008v1.5.4 Technical Report. Technical Specifications Group SYSTEM. April, 2005. “Technologies with Potential Applicability to Project MESA”. October 12, 2008, http://www.projectmesa.org/ftp/TSG_SYS/SYS07_Boston_2006/SYS07_07_Technologies%20with%20Potential%20Applicability%20to%20Project%20MESA%20SYS0070008v154.doc Sebastian Coe - IPoS (TIA-1008)
References • [5] Viinamaki, Jarkko. Department of Electrical Engineering, Helsinki University of Technology. “IP Over Satellite”. October 12, 2008, http://www.tml.hut.fi/Opinnot/T-109.551/2004/reports/ipoversatellite_v3.doc • [6] Working Party 4B. Draft Revision of Recommendation ITU-R S. 1709. 2006 “Technical Characteristics of Air Interfaces of Global Broadband Satellite Systems.” October 12, 2008, www.catr.cn/itu/itujy/P020061123539714986882.doc • [7] Universidade de Vigo. Recomendación UIT-R S. 1709-1 Cuestion UIT-R 269/4. 2005-2007 “Características técnicas de las interfaces radioeléctricas para sistemas mundiales de comunicaciones por satélite en banda ancha” October 12, 2008, http://webs.uvigo.es/servicios/biblioteca/uit/rec/S/R-REC-S.1709-1-200701-I!!PDF-S.pdf • [8] Rahul Neel Mani. May 17, 2004. Express Computer, India’s No.1 IT Weekly. IPoS: Lifeline of Satellite Industry. November 22, 2008. http://www.expresscomputeronline.com/20040517/newsanalysis01.shtml • [9] Wimax.Com. n.d. Faq’s. Will WiMax Replace DSL and Cable? November 22, 2008. http://www.wimax.com/education/faq/faq07 Sebastian Coe - IPoS (TIA-1008)
References • [10] Megan G. April 17, 1997. Communications Satellites. November 22, 2008. http://www.smgaels.org/physics/97/MGRAHLFS.HTM Sebastian Coe - IPoS (TIA-1008)