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Ever since the standards bodies approved the recommendations for the SDH (and SONET), the services have been effectively used to improve and revolutionize the industry Significant cost efficiencies and performance improvements have been shown SDH provides a means for the rest of the world to use the capabilities of fiber-based transport systems and multiplexing architectures to improve upon the older Plesiochronous Digital Hierarchy (PDH), which was inefficient and expensive Digital networks continue to expand in complexity and penetration within the carriers networks, now moving closer to the consumer s door High-speed communications prior to the formulation of SDH in 1990 operated at speeds of up to 139364 Mbps However, the carriers implemented coaxial and radio-based systems operating at 140 Mbps 565 Mbps The networks were severely constrained due to the high cost of the transmission medium (coaxial cable, especially) The multiplexing rates used plesiochronous rates, which led to the European PDH After the development of fiber and the enhancements of integrated circuitry, the newer transmission speeds and complex networking architectures became realistic In Europe the evolution and deployment of ISDN also led to the proliferation of the B-ISDN standards, which allow a simple multiplexing technique In the United States, the Bell breakup prompted the local carriers to look for interoperability and improvements in network management because of the proliferation of the number of carriers providing long distance services The ITU-TS agreed that something had to be done to improve and standardize the multiplexing and the interoperability, while at the same time taking advantage of the higher capacity of optical fiber Older bit interleaving of multiplexers should be replaced by byte interleaving to afford better network management The new standard appeared as SONET in the North Americas, drafted by Bellcore Later, this same standard developed into the SDH/SONET standard, as approved by the ITU Although SONET and SDH were initially drafted in support of a fiber, radio-based system, supporting the same multiplexing rates became available.

scorecard is created helps new developers walk through the process After developers become familiar with scorecards, some will choose to turn off the wizards and build them from scratch Fortunately PerformancePoint Server accommodates working in either mode These templates are extensible, and companies can create their own custom templates for both data sources and scorecards, if desired Choosing to build a scorecard with an Analysis Services template presents you with the Analysis Services Scorecard Wizard as shown in Figure 5-7 While the first page of the wizard is similar to that for creating a new data source, notice that a series of steps are listed down the left-hand side of this wizard From the list, it is obvious that there are a number of steps that must be performed in order to create a scorecard The first screen is simply asking for the name of the scorecard, an optional display folder, and whether or not all authenticated users should be given access The second step in the wizard is selecting a data source This page allows for the use of data sources residing on either the workspace or the server Recall that a newly-created data source that has not yet been published exists only on the

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In the past few years, several major improvements have been made in the use of optical fiber communications In earlier discussions regarding the use of SONET (see 27 ), the issue of bandwidth surfaced Not only does the issue of bandwidth keep coming up, but also the problem of just how quickly we consume all the bandwidth that is made available No matter how much or how fast we improve our spectrum availability, newer applications crop up that literally eat up all the capacity available to us To solve this problem, the use of frequency division multiplexing with our light-based systems became a topic of research What ensued was the ability to introduce various wavelengths (frequencies) of light on the same fiber cable, and the resultant increase in possible throughput We have seen increases that approximate between 16 30 times the original capacity of a single fiber These capacities are now being pushed to the limit with variations being promised of up to 128 times the capacity of the existing fiber technologies What this means is that the old days of having to replace the in-place fibers with new technology have been replaced with newer technology that uses the in-place fiber, necessitating only the change in electronics on the line We can expect to see these advances provide virtually unlimited bandwidth without en masse changes in the infrastructure The future holds the promise of reduced costs, increased bandwidth utilization, and ease of implementation that meet the demands of our higher speed communications

Figure 5-7