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WiMAX System Model
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EWL’s WiMAX System model design uses WSM to estimate area coverage, data rates, received SNR, MIMO channel coefficients, power requirements and other metrics for various configurations of 802.16e PHYs and RF antennas.
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| Indoor Subcriber |
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EWL’s WiMAX System Model is a mathematical model for WiMAX air interface. It estimates area coverage, data rates, received SNR, MIMO channel coefficients, power requirements and other metrics for various configurations of 802.16e PHYs and RF antennas.
WiMAX System Model supports QAM64, QAM16 and QPSK modulations and different Forward Error Correction (FEC) schemes. It includes MIMO channel estimation and RF antenna modeling. |
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SNR modeling for different RF configurations and environment conditions |
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Cell coverage and data rate analysis |
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Support for QPSK, QAM16 and QAM64 modulations |
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Support for 802.16e FEC schemes |
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Support for Turbo Coding |
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Modeling for indoor and outdoor subscribers |
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Support for multi-sector/single-sector configurations |
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Estimation of UL-MAP/DL-MAP overhead for different sector configurations |
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Estimation of MIMO/SISO channel capacity based on Rayleigh fading |
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Antenna modeling for neighboring sector interference |
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| SNR Analysis: BSTX; CPE RX |
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Channel Capacity for MIMO
and SISO Configuration |
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| 3D Elevation & Azimuth Patterns |
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| Indoor Cell Coverage |
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