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POTS service operates at the low end of the frequency spectrum All the data signals are located in the higher frequencies These signals start between the 20 25 kHz and above The splitter provides a low pass filter between the copper line and the ADSL point on the modem One of the primary concerns is to allow a filter to block any transient noise coming from the POTS side of the line from crossing over into the ADSL side of the line Ringing voltages can cause significant impulse noise across the line, destroying the data ADSL modem signals are also blocked from passing onto the POTS side of the line by the filters Most of the POTS splitters are passive Passive filters provide higher degrees of reliability because they don t require power, they can isolate the equipment from surges on the line, and they can arrest lightning that may be coupled on the line Active filters require power and are less adapted to suppress the surges In many countries around the world, active filters are a requirement The GLite specification uses a splitterless device to facilitate the installation of low speed DSL services This is shown in Figure 16-8 for implementation Without the splitter, there is less cost for the provider and the issues of active vs passive splitters are eliminated This provides a different approach

12-2

Figure 10-1 The New Project dialog box shows that there are three different templates that can be used to create Reporting Services projects

Carrierless Amplitude Phase Modulation (CAP)

The BoeBot from Parallax, Inc (courtesy of Parallax, Inc)

CAP is closely aligned to Quadrature Amplitude Modulation (QAM) QAM as a technique is widely understood in the industry and well deployed in our older modems Both CAP and QAM are a single carrier signal technique The data rate is divided into two and modulated onto two different orthogonal carriers before being combined and transmitted The main difference between CAP and QAM is in the way they are implemented QAM generates two signals with a sine/cosine mixer and combines them onto the analog domain CAP, on the other hand, generates its two orthogonal signals and executes them digitally Using two digital transversal bandpass filters with equal amplitude characteristics and a p/2 difference in phase response, the signals are combined and fed into a digital to analog converter Then the data is transmitted The advantage of CAP over QAM is that CAP is done in silicon, which is more efficient and less expensive

end users to build their own reports Many end users lack the knowledge of relational databases necessary to understand the joins that are needed to produce the report they are after A report model can simplify the view of the underlying database in ways that make it much easier for end users to work with as they create their reports The Report Server Project template creates the new project and then stops without running any wizards This is the starting point employed in this chapter Notice in Figure 10-1 the Report Server Project template has been chosen The name of this project will be Analysis Reports; a space in the name of the project isn t always smart, but it s easy enough to work with as will be shown throughout this chapter Note also that there is a location on the local drive; just like PerformancePoint Server, Reporting Services creates a local copy of all the files for the development process These files are then deployed to the server where they are made available to others and eventually executed At this point, the project is not asking for the name of the server to which the reports will be deployed, and this setting will be examined later Once the new project is created, the view of the project in the Solution Explorer window is relatively simple, as there are only two folders: Shared Data Sources and Reports Right-clicking on the Shared Data Sources folder and selecting Add New Data Source opens the Shared Data Source dialog box as shown in Figure 10-2 The name of the data source should reflect the data that is being accessed and in Figure 10-2,

Most Basic Stamp units come in 24-pin, dual-inline packages (see Figure 12-3) They can be plugged into a prototyping board, and a 9-volt battery is all that is needed to supply power to the unit With some wire and a few resistors and capacitors, you can be up and running with your first Basic Stamp application