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One can see that the variations are many Each Digital Subscriber Line (DSL) capability carries with it differences in speed, throughput, and facilities used The most popular of this family under today s technology is the use of Asymmetrical Digital Subscriber Line (ADSL) ADSL is a technology being provided primarily by the ILECs because the existing cable plant can be supported and the speed throughput can vary depending on the quality of the copper However, the most important and critical factor in dealing with ADSL technology is the ability to support speeds between 15 Mbps up to 8192 Mbps At the same time, the ILEC can also support POTS for voice or fax communications on the same line What this means is that the ILEC does not have to install all new cabling to support high-speed communications access to the Internet

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Asymmetrical Digital Subscriber Line (ADSL) is the new modem technology to converge the existing twisted pair telephone lines into the high-speed communications access capability for various services Most people consider ADSL as a transmission system instead of a modification to the existing transmission facilities In reality, ADSL is a modem technology used to transmit speeds of between 15 Mbps and 6 Mbps under current technology It is stated that in the future, ADSL will support speeds about 8192 Mbps This definition of the higher range of ADSL speeds is one that is yet to be proven, however, with changes in today s technology one can only imagine that the speeds will be achievable Some of the many capabilities that are being considered through the use of the DSL family are the services for converging Voice, data, multimedia, video, and Internet streaming protocols services It is through these demands that the carriers see their future rollout of products and services to the general consuming public In Table 16-1 various theoretical speed and distances of ADSL technologies are shown Table 16-1: Data rates for ADSL, based on installed wiring at varying gauges Current Data Rate 15 2048 Mbps 15 2048 Mbps 63 Mbps 63 Mbps Wire Gauge 24 26 24 26 Distance in K Feet 18 15 12 9 Distance in Kilometers 55 46 37 27

trols the 40-kHz modulation frequency Using a 10-turn potentiometer will give you the best sensitivity control To adjust this circuit, you first adjust R2 to 550 Hz, 700 Hz, 850 Hz, or 1000 Hz You will need an oscilloscope or a multimeter that can measure frequencies You will measure the carrier frequency from pin number 5 After the carrier frequency is set, then temporarily ground pin number 6 and adjust R6 until you get 40 kHz You will monitor the 40-kHz frequency from pin 9 When you are done, remove the temporary ground from pin number 6 For those of you who are mathematically inclined, the frequency carrier frequency is shown in equation 5, and the modulation frequency (the 40-kHz frequency) is shown in equation 6

erformancePoint Server 2007 is a brand new project from Microsoft However, in reality, it is three products in one, and only one of the products is truly new PerformancePoint Server 2007 is a tool designed to support the cycle of monitoring the health of the organization, analyzing the organization s data at a detailed level, and planning for the future so that monitoring can continue as the future slides into the present and then the past PerformancePoint Server 2007 represents an attempt by Microsoft to bring together tools that provide companies with greatly enhanced business intelligence capabilities Two of the pillars of PerformancePoint Server provide tools that support different types of users, such as analysts and business decision makers, while the third pillar moves beyond delivering data to the organization to supporting the planning, budgeting, and forecasting efforts of the organization The budgeting and forecasting data can become part of the process, so that actual performance is compared to the forecasts and so that the health of the business can be monitored Variances in performance from the plan can be easily analyzed in detail to determine the source of any variances

One should remember that the speeds and distances shown here are the theoretical limits based on good copper If the copper has been damaged or impaired in any way, then the speed and distances will change accordingly (downward) The theoretical limits are what most engineers and providers have been touting their technologies can support Reality is another thing, and the actual distances and speeds very likely will be less than shown here What is most important is to assume that these speeds can be established and maintained on the installed base of Unshielded Twisted Pairs of wire (UTP) As long as the ILEC can approximate these speeds today, the consumer will most likely not have much to complain about