WiMAX LAB™ 

WiMAX LAB™ is a complete simulation suite including link-level (WiMAX PHY Lab) and system-level (WiMAX MAC Lab*) simulators running under MATLAB environment. WiMAX PHY Lab is a comprehensive implementation of the mobile WiMAX physical layer (according to IEEE 802.16e-2005, 802.16d-2004 where necessary and WiMAX Forum Mobile System Profile Specification Release 1.5). WiMAX MAC Lab truly reflects the dynamic behavior of a modeled radio access network focusing on Radio Resource Management features such as scheduling and link adaptation and including implementation of propagation and mobility models.

* available on request

 

Downlink mobile WiMAX processing chain

 
MAC Management info, data and PHY channels baseband processing within BS transmitter MAC Management info, data and PHY channels baseband processing within MS receiver

Downlink channels and signals

  MAC Management Input Info Physical channels and frame allocations
Downlink DL-MAP, DCD, UL-MAP, UCD, DLFP, User data and Mac Management Messages Preamble, FCH, DL-MAP, Bursts, Pilots

Uplink mobile WiMAX processing chain

 
MAC Management info, data and PHY channels baseband processing within MS transmitter MAC Management info, data and PHY channels baseband processing within BS receiver

Uplink channels and signals

  MAC Management Input Info Physical channels and frame allocations
Uplink User data and MAC Management Messages Ranging, Bursts, Pilot

 

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Disclaimers
"WiMAX" is a trademark of the WiMAX Forum.
“The information contained in the Site is for general and informative purposes only, and does not constitute a recommendation and/or an opinion and/or an offer to buy or sell.”

  • IEEE physical layer implementation according to IEEE 802.16e-2005 (and 802.16d-2004 where necessary) and WiMAX Forum Mobile System Profile Specification Release 1.5
  • WirelessMAN-OFDMA PHY Layer
  • Downlink and uplink support available from day one
  • TDD duplexing, FDD – available on request
  • Support for MIMO (2 antennas: TX diversity, Spatial Multiplexing, Collaborative UL MIMO) and OFDMA
  • Flexible control of all the necessary parameters
  • Support for all the WiMAX bandwidths: 3.5MHz, 5MHz, 7MHz, 8.75MHz, 10MHz, 20MHz
  • PAPR reduction for downlink and uplink
  • Channel estimation and correction for downlink and uplink
  • Time and frequency synchronization for downlink and uplink
  • Channel models included (AWGN, SUI)
  • Test files included

  • R&D, prototyping and design of PHY layer baseband functions and algorithms including proprietary implementations and IPR, where WiMAX LAB™ shortens the development time
  • Development of RF processing and of higher layers (e.g., MAC) and protocols, where WiMAX LAB™ serves as a reference model
  • Testing and verification of the developed algorithms or complete equipment elements, where WiMAX LAB™ provides test and reference signal vectors
  • Education, including specialized technical trainings, as well as university classes, where WiMAX LAB™ can be used to demonstrate mobile WiMAX system behaviour and make those events more practical

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