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The Physical Layer Protocol (PHY) defines the technical details of the use of the physical layer medium for communication and dictates the spectral efficiency of the protocol The MAC layer protocol of WiMAX was designed to be mostly independent of the details of the Physical (PHY) Layer Protocol in general, allowing for the development of a diverse set of PHY standards, each optimized for a different type of application As a consequence of this principle, several PHY standards have been developed as the acceptance of WiMAX has grown for a wider set of applications since its origin During the early stages of the standard s development, the primary application of the technology was for fixed wireless extensions of fiber as well as PMP backhaul of cell sites For these applications, availability of a large spectrum to deliver higher capacity was certainly more important than the need for non-line-of-sight (NLOS) operation or spectrum licensing A large spectrum was (and still is) potentially available between 10 66 GHz Therefore, the early PHY standard, targeted for LOS applications, was developed for spectrum between 10 66 GHz without locking it to a specific band of spectrum The 10+ GHz frequencies allowed for implementation of broadband channels delivering high bandwidth and the creation of narrow beams using highly directional antennas This standard was based on a single-carrier modulation scheme The single-carrier standard operating at frequencies between 10 GHz and 66 GHz is not practical for two other applications of WiMAX that gained momentum during the later stages of the standard s development: NLOS in general and mobility specifically Higher data rate single carrier schemes are susceptible to the adverse effects of multipath signal propagation in NLOS applications Additionally, RF signals in the

Observations This approach, popular with product managers, allows for the frequent fine-tuning of the sales compensation program to achieve strategic objectives Management can make adjustments to the table values from one performance period to another

Supported Cryptographic Suites Encryption Method No encryption CBC-mode 56-bit DES No nncryption CBC-mode 56-bit DEC CCM-mode AES Authentication Method No authentication No authentication No authentication No authentication No authentication Key Exchange Method 3-DES, 128 3-DES, 128 RSA, 1024 RSA, 1024 AES,128

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higher frequency range have much poorer penetrating properties than lower frequency RF signals Finally, Doppler shift encountered due to mobility complicates the design of higher frequency systems In order to address the NLOS applications, and subsequently to support mobility, PHY protocols operating below 11 GHz using multi-carrier modulation were subsequently developed The single-carrier PHY standard (SC-PHY) was the first PHY standard developed by IEEE 80216, which referred to it as WirelessMAN-SC It was designed to operate at frequencies between 10 GHz and 66 GHz (Another single-carrier PHY standard, referred to as WirelessMAC-SCa, was subsequently developed to operate below 11 GHz but does not appear to have found much support in the industry) SC-PHY supports both Time-Division Duplexing (TDD) and Frequency-Division Duplexing (FDD) operations in order to accommodate a diverse set of worldwide spectrum regulation In FDD, DL and UL communications use two different non-overlapping bands of spectrum, enabling them to take place simultaneously In TDD, both DL and UL communications use the same band of spectrum and the transmission time is divided into timeframes, one for uplink and another for downlink Both TDD and FDD framing structures are very similar to allow for support for both without incurring significant system complexity In either case, the frame used for the purpose of uplink traffic is referred to as the uplink channel and the frame used for the purpose of downlink traffic is referred to as the downlink channel

Another variable adjustment method is the point schedule (see Figure 5-24)Again, like other variable adjustment methods, the point schedule changes the economic value of each sale by awarding points

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