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3G Evolution Lab - LTE Library for System Studio

3G Evolution Lab - LTE Library for Synopsys System Studio is a complete physical layer simulation library for the Uplink and Downlink transmission and reception of Release 8 of the 3GPP Evolved Universal Terrestrial Radio Access (E-UTRA) standard. The library accelerates PHY and algorithm development, supports golden reference verification, the generation of custom test and measurement waveforms and more.

 

Simulation Platforms

Downloads

Product Datasheet LTE_Library_datasheet.pdf 0.04 MB

Overview

The 3G Evolution Lab - LTE Library for Synopsys System Studio is part of Steepest Ascent's 3G Evolution Lab family of PHY simulation products.

It provides models to perform channel coding/decoding and modulation/demodulation operations implementing the full physical layer transmit/receive processing chain, from transport channels and control information to OFDM and SC-FDMA modulated waveforms. Receive models are available to recover the transmitted signals. Full 2 and 4 antenna MIMO layering and precoding are supported. More information about the library can be found on the product webpage.

An advantage over other tools is the high simulation speeds achieved with Steepest Ascent's 3G Evolution Lab in combination with System Studio, accelerating the development phase and reducing time to market. This library will be available end of Q3 2009. The development roadmap includes tracking compliance with Release 8 into Release 9.

Features

  • 3GPP Release 8 E-UTRA physical layer implementation conforming to TS36.211 and TS36.212
  • Full control of all parameters
  • Downlink & uplink support
  • Complete support for 1, 2 and 4 antenna transmissions including all MIMO layering and precoding options
  • DCI message creation and control region building and decoding
  • Full support for Downlink Reference and Synchronisation Signals and Uplink Reference Signals
  • Physical layer transmit/receive processing chain available:
    • Channel coding/decoding
    • Scrambling - descrambling
    • Symbol Modulation - symbol demapper
    • Layer mapping and precoding
    • Resource element mapping
    • OFDM and SC-FDMA modulation

 


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