Using the LteSIM simulation software your time and effort expenditure from design to an actual product is significantly reduced, last-minute holdups due to design errors are avoided and a head-start to the market is achieved. LteSIM is based on a core MIMO-OFDMA implementation of the LTE L1/L2 stacks compliant to the latest version of the 3GPP Release-8 LTE standard. The suite comprises the following applications:
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A free online tool for generating the LTE resource grid corresponding to parameters such as the transmission bandwidth, number of antenna ports, Cell ID, etc. |
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A stand-alone application used for the generation of LTE-compliant waveforms, application of signal processing techniques (filtering, PAPR clipping, etc), addition of signal impairments (Gaussian noise, frequency selectivity etc), and analysis of LTE waveforms (spectral analysis, EVM measurements, channel estimation accuracy etc).An evaluation version of the software is available here. |
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A powerful link-level simulation toolbox for MATLAB® suitable for advanced performance studies of the whole downlink LTE L1 transmission chain. It implements SISO, transmit-diversity, spatial-multiplexing and beamforming transmission modes, channel coding/decoding, HARQ control and soft combining etc.
An evaluation version of the software is available here. |
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A powerful Lte simulation toolbox for MATLAB® which can be used for single-cell/multi-UE simulations. In addition to the functionality offered by LteLink, the LteSystem Toolbox implements an Lte-compliant feedback mechanism, link-adaptation, as well as multi-user scheduling. The first release of LteSystem is scheduled for November 1st 2010.
If you would like more information on the above products or you would like to receive updates of our releases please sign-up here. |
If you would like more information on the above products or you would like to receive updates of our releases please sign-up
here.
