London, May 14, 2010--Over the last few years I have been devoting a not insignificant percentage of my work energies to activities linked to the offshore and maritime sectors – strategically important customers of satellite industry equipment vendors, service providers, and operators. If you are a regular reader of this column, you will know all about the GVF Oil & Gas Communications Europe event that is taking place in Aberdeen, Scotland, as I write; and, about the forthcoming Broadband Maritime Europe 2010 conference that will take place in London, England, 28-29 June.
Markets for satellite communications equipment and services have expanded to fill the gaps in terrestrial broadcasting and telecommunications networks. Nowhere is this more apparent than in the Middle East, which is the focus of this article.
The increasing use of telecommunications and ICTs for emergency communications, international agreements, new national policies, partnerships for cooperation in emergency are important tools already in place for even faster response to disasters.The International Telecommuni-cations Union (ITU) as the UN agency encharged with telecom-munications and information communications techno-logies (ICT) is leading the efforts in harmonizing technologies, services and establishing standards for emergency com-munications. All ITU sectors are involved and are working hard at the complexity of this issue. This article presents a short summary of ITU standards, recom-mendations and studies on the subject of emergency communications.
In a previous article I referred to the operational deployment of naval and naval auxiliary forces in "non-conflict" roles and within "non-conflict" environments – across multiple and varied geographic theatres – particularly during times, and against a general backdrop, of "international peace." Specifically, such deployments include fisheries and oil/gas installation protection; human trafficking and narcotics trade interdiction in home waters; international sea lanes security; emergency food aid distribution in drought/famine-struck regions; and, similar types of task for which naval resources are particularly suited. It is in the context of such deployments that, once again, the fundamentally mission critical role of satellite-based communications – as characterized by some of its most crucial features of flexibility, reliability, rapidity of deployment, footprint ubiquity, and cost-effectiveness – becomes evidently clear.
With the introduction of digital TV a new way of video transport and delivery has emerged, using the Internet Protocol (IP). Video over IP is a general term to describe the use of IP in any or all stages of video transport to the subscriber (or end-customer). This has to be distinguished from the term IPTV, which means specifically the delivery of video as an IP stream to the subscriber set-top box or TV set. All digital video today that is broadcast, transported over satellite or distributed in cable systems is using the MPEG transport stream (TS) communications protocol. This worldwide standard describes the way a digital TV signal (audio, video and data) is encapsulated in a specific container format. It also includes metadata such as electronic program guides (EPG).
My previous column for this publication focused on the oil and gas exploration and production sector, with particular reference to the increasing attention of the energy industry on deepwater and ultra-deepwater hydrocarbon reserves which now appear to be much more abundant than was thought ten years ago. A result of this is that the applications solutions and broadband communications solutions imperatives of the energy market, whilst they represent, in relative terms, a small fraction of energy companies’ total CAPEX and OPEX, well managed ICT networks can play a disproportionately great role in reducing expenditures in exploration, drilling, and production.
Deployment of broadband satellite technologies is correctly recognized as an imperative to maximization of cutting-edge digital oilfield applications and to considerations of cost-effectiveness – it is a force multiplier, enabling return on investment, as well as facilitating mission critical communications links.
by Bruce Elbert, President, Application Technology Strategy, Inc.
and Michelle Elbert
The Middle East market has seen the recent addition of new Fixed Satellite Serivces (FSS) operators who are betting on the potential of Direct-to-Home (DTH) and broadband services via satellite in the region. But is the market really there for these services?
On May 13, 2009 the EC announced the award of two S-Band satellite licenses. Thus opening the door for the winning operators - Solaris Mobile and Inmarsat - to provide broadcast mobile satellite TV and other services throughout Europe. Unfortunately the path leading from that door is beginning to look more like an obstacle course than an open road.
Director of Development, Society of Satellite Professionals International (SSPI)
Simply put, 2008 and the first half of 2009 have been years best described in 1992 by Queen Elizabeth as annus horribillis. In other words, they really stunk. This is obvious to the millions of men and women dangerously out of work everywhere; to the North American auto industry; to those dependent on financial services for credit or to make payroll, and to the billions of folks in Asia who were raised out of poverty during the past two decades, but who find their rising economic circumstances in peril.