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		We are always looking 
		toward the “next generation,” but we also have to deal with legacy 
		infrastructure and the 
		
		economic realities of running a business: 
		capital investment, operations and maintenance costs, maintaining and 
		increasing market share, etc. In particular, there is a well-founded 
		concern about “future-proofing” investment in infrastructure. 
		   
		Installing new telecom 
		infrastructure or upgrading existing networks is very expensive. Large 
		capital expenditures are needed at the start (CAPEX)
		and, just as 
		important in developing a business case, there will be a need for on-going 
		operations and maintenance costs to be considered for the life of the 
		equipment (OPEX) 
		which can be similar or even higher than the up front capital costs when 
		added up over a long period of time.   
		There is a natural 
		desire to have some 
		
		degree of certainty 
		that what is being 
		deployed will serve for a long period of time, and not become obsolete 
		before the investment has been recouped. This is an especially important 
		consideration for developing countries which may have more limited 
		financial resources plus many demands on those financial resources from 
		other important and worthwhile sectors of their societies.   
		Where capital is 
		limited, regulators can have a positive effect through, e.g., allowing 
		infrastructure sharing, wholesaling of network capacity, and similar 
		meaures.   
		Ericsson President and 
		CEO Carl-Henric Svanberg noted at the Mobile World Congress in 
		Barcelona, February 2009, that “... (telecom) investments can have a 
		direct impact on GDP and ... that for every USD investment in broadband, 
		the economy sees a tenfold return.” Today, mobile communication is as 
		essential to any nation’s infrastructure as water, transportation or 
		electricity.  An important aspect in 
		the business of mobile telecommunications is 
		
		understanding deployment options and opportunities. 
		This area has been addressed in some depth in the work of 
		
		
		ITU-D Study Group 2.   |