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Multiple Access For DL communication, the PHY uses the Time-Division Multiplexing (TDM) scheme whereby data is transmitted by the BS as a single stream with data for each SS multiplexed onto the stream and received by all SSs within the sector All the SSs using the same channel attempt to receive all portions of the DL, but retain only the portion of the data they are meant to retain (identified by the CID for unicast, multicast, and broadcast Encryption also ensures that an unintended SS cannot make meaningful use of the data) Though transmitted as a single stream of data, the transmission may change its transmission characteristics (burst profile) multiple times within the DL frame to tradeoff between channel robustness and throughput The properties and the boundary of each burst profile within the DL frame are indicated at the beginning of the DL frame (called DL-MAP) for all the SSs to understand For UL communication, the PHY uses TDMA and Demand Assigned Multiple Access (DAMA) to allow communication from multiple SSs to a BS The UL transmission frame is further divided into a number of timeslots, each of which is assigned by the BS for various purposes, including transmission of data by an SS to the BS Two slots are reserved for contention-based communication; a large number of the timeslots are reserved for communication from SSs to the BS on an assignment basis The assignment information is provided as part of the DL frame (referred to as UL-MAP) The SS that is assigned a timeslot transmits its data during the slot using the burst profile specified as part of the UL-MAP The burst profile for one timeslot may be different from the burst profile for another timeslot

User Data (Sequence n of Stream S)

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This ability to adjust transmission properties, such as modulation scheme and FEC code types during transmission, allows for varying degrees of transmission robustness and throughput based on the channel condition experienced by each SS and the quality of service needed by each service Forward Error Correction Forward Error Correction (FEC) techniques are used to correct for or detect errors in received data, which allows for additional robustness to the channel at the cost of information overhead and/or processing complexity The PHY supports four different types of FEC techniques, each providing performance suitable for different applications The parameter of each type of FEC can be further adjusted for additional optimization Modulation To make an efficient use of the bandwidth, the PHY makes use of a multilevel modulation scheme, which includes QPSK, 16-QAM, and 64-QAM For the same average transmit power and channel bandwidth, the different modulation schemes provide a tradeoff between channel throughput and robustness For example, 64-QAM can transmit three times as much data as QPSK can, however, at the cost of immunity from noise The modulation scheme can be selected on per-subscriber basis based on the quality of the RF channel For example, for a distant SS that would require more link margin, it may be desirable to use QPSK However, for a nearby SS with plenty of link margin, it may be desirable to use 64-QAM to maximize the utilization of the spectrum The modulation scheme can thus be adjusted both for UL and DL channels for each burst profile Channel Bandwidth The PHY also defined default RF channel bandwidths in order to ensure the products interoperability over the RF interface The channel bandwidth and the achievable throughput are listed in Table 152

Multi-Carrier Modulation (OFDM and OFDMA) One of the significant limitations of the original PHY development, which would have ruled out ubiquitous deployment of WiMAX, was its LOS limitation Subsequent to the development of the original PHY, a new PHY standard was developed that was targeted for NLOS operation Due to the propagation characteristic of waveforms below 11 GHz, use of a singlecarrier system gets severely affected by multipath, where the multipath duration could be larger than the short symbol duration needed to transmit high-bandwidth data using

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Channel Bandwidth and Throughput (Source: IEEE 80216-2004) Symbol Rate (MBd) 16 20 224 Bit rate (Mb/s) QPSK 32 40 448 Bit rate (Mb/s) 16-QAM 64 80 896 Bit rate (Mb/s) 64-QAM 96 120 1344

Summation of points times conversion rate Each point equals: Conversion Rates 1 Conversion Rate nd 2 Conversion Rate

Channel Size (MHz) 20 25 28

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Performance To Goal To 100% Above 100%

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