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There are many example KPIs that can be tracked, and many of these depend on the functional area that will be tracking them Remember that there are likely a set of KPIs that cover the entire business, but there can be many more of interest to only one or a few organizations within a company With that in mind, many people generally think of KPIs as being financial in nature, so these examples will begin with some possible financial KPIs and then list a variety of KPIs for additional functional areas Naturally there will be some overlap and this list is by no means complete Each organization needs to determine the KPIs that make sense for their business, and this is typically done by creating a strategy map, which will be discussed later in this chapter

It did not take long before the user began to demand better efficiency of the T1 line Therefore, a newer technique is used called Bipolar (or binary) 8 Zero Substitution With B8ZS, the CSU is responsible for substituting a long string of zeros, eight at a time, with a fictitious 8 bits to meet the demands of the line synchronization, while at the same time allowing the receiving device to recognize that 8 zeros were originally sent The B8ZS inserts a bit pattern of 0001 1011, easily satisfying the demands of the synchronization plan By inserting these bits, the 4th and the 7th bits will be set as violations to the bipolar rule ( alternate mark inversion [AMI]) Receiving a bit pattern of 0001 1011 with a bipolar violation in positions 4 and 7 are recognized as a flag that 8 zeros were intended Therefore, the receiving CSU will strip off the fictitious word and reinsert all zeros to the receiving device This allows for clear-channel 64 Kbps data transmission The B8ZS is shown in Figure 26-9

to attach to the sprocket shaft The other side has a -13 right-hand thread to match the drill shaft Down the center of the drill shaft is a 6-mm left-hand thread (I have no idea as to why Bosch uses English and metric threads on the same part) The left-hand thread prevents the adapter from unscrewing itself Since the screw that came with the Bosch drill is an odd-shaped screw, I used the Bosch screws instead of trying to find my own

Figure 26-9: B8ZS inserts an 8-bit pattern that is recognizable by the receiver as substituted With all these problems and solutions, one can only wonder why everyone uses the T1 The primary reason is the 1544 Mbps throughput (or slightly less based on the restrictions) for voice and data transmission The second reason is the cost/benefits ratio associated with bundling the services onto a single, four-wire circuit Third, is the benefit of all digital circuitry to the door It is because of these three reasons that T1 is the most widely used digital transmission service in North America

FIGURE 14-13

Financial KPIs are often the most common because companies generally track their finances closely Some financial KPIs might include: Sales Both in dollars and units Expenses Gross Margin Average Sale Both in dollars and units Cost of Goods Sold (COGS) Taxes Earnings Before Interest, Taxes, Depreciation, and Amortization (EBITDA) Common dimensions used to examine these KPIs might include: Time Product Customer

T-2 Transmission (or DS-2)

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Manufacturing organizations often place great importance on controls over inventory and production quality Some common manufacturing KPIs might include: Units Produced Scrap Defective Units Defect Ratio Cost Inventory Beginning, Ending, and Average Some of the common dimensions used when analyzing manufacturing KPIs might include: Time Product Location Plant and Assembly Line Defect Type Shift Employee Warehouse Shipper

For all its work, the T1 was a beginning step to the North American Digital Hierarchy From there, other multiplexing steps were instituted to get higher speed communications services A second means of achieving the high-speed communications is to multiplex four DS-1s into a DS-2 The DS-2 (physically it is a T-2) is a data channel carrying 96 channels of 64 Kbps each, plus overhead yielding a nominal 6312 Mbps data transmission speed To create the DS-2, four DS-1 signals are combined This creates a DS-2 frame as shown in Figure 26-10 The DS-2 frame is often referred to as the DS-2 M frame and consists of four subframes Each of the subframes are labeled: M1 though M4 A subframe consists of six blocks of information; each block contains 49 bits