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Figure 28-1: Frequency Division Multiplexing has been used by cable TV operators to carry more information on their coaxial cables By using different radio frequencies on a cable TV system, the carriers were able to expand the number of TV channels available to them on the same coaxial systems Why not do the same things with the various frequencies of light Thus, a new era was born in the use of wavelength division multiplexing By adding a tightly separated wavelength of light on the same cable, more capacity could be obtained In normal fiber transmission, the use of two standard wavelengths was originally deployed as shown in Figure 28-2 First, a red band of light was used to transmit the signal from the originating end A blue band was used at the opposite end Therefore, the same cable could carry both send-and-receive traffic by using different color bands The original OC 48 transmission (operating at 25 Gbps) was exciting using a single wavelength of light and driving the signal over 20 30 miles of fiber However, the carriers soon recognized that skyrocketing demand for the bandwidth would outpace the throughput of this single wavelength transmission

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There are many more ways to be injured while building and operating a combat robot far too many to list The authors and publisher of this book cannot take responsibility for injuries sustained during any construction, testing, or use of the bot Use common sense, then plan, and then work carefully and slowly Watch out for others When working on your bot, make sure the batteries are disconnected And above all, never leave a functional bot unattended If you follow these simple safety suggestions, you should not be injured Save the hurting for an opponent s bot in a combat contest!

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Depending on the usage of various types, the life cycle of the OC 48 was anticipated to be approximately two years Clearly, the rapid increase in Internet access, cellular communications, high-speed data, and the multimedia improvements were on a collision course with the capacity of this OC 48 architecture Choosing to move to a higher capacity multiplexing technique in Time Division Multiplexing (TDM) was a definite consideration This led to the higher rate multiplexing at the OC 192 level (9953 Gbps ), a four-fold increase in the speed and throughput of the SONET networks Yet, even though the increases were achieved to the OC 192 level, the initial implementation was with one wavelength of light At the same time, OC 48, using two wavelengths produced a 5 Gbps throughput on the same fibers, proving that the technology could work Shortly after the introduction of the OC 192, strides were taken to introduce OC 48 running four wavelengths (10 Gbps), or a single OC 192 using one wavelength Shortly after 10 Gbps were demonstrated, the designers began to experiment with a 20 Gbps capacity, using eight wavelengths of OC 48 or two wavelengths at the OC 192 rate Now the stage was set to push the envelope as far as possible! It was only a matter of a few years before the developers began introducing quantum leaps in their multiplexing ability Now with multiples of OC 48 and OC 192, the capabilities of fiber-based transmission exceeded their developers wildest imagination Capacities for the DWDM service were now ranging from 160 Gbps to as much as 400 Gbps This is the first of many steps we can expect to see in the near future Some rumors indicate 128 wavelengths of OC 192 being possible shortly after the turn of the century That is 12 Tbps! Table 28-1 summarizes the capacities of the DWDM today and what the future may hold This table shows the level of multiplexing, as well as the possible throughput we can expect for the future This table also shows the number of wavelengths on the single mode fiber Table 28-1: A summary of current capacity of the DWDM services DWDM level 1 Number 1 2 2 4 1 3 8 2 8 2 20 Gbps Number OC 48 1 2 4 1 Number OC 192 Total Throughput 25 Gbps 50 Gbps 10 Gbps.

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