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MW1000

MW1000 is the LTE Emulator for UE and eNodeB. It emulates the UE and eNodeB Air-interface and Protocol Stack compliant of 3GPP LTE Release 9 for TDD and FDD and all Transmission Modes. It emulates 2x2 MIMO in DL and 1x1 in UL as per category 1, 2, 3 and 4. MW1000U is the LTE UE Emulator for TDD and FDD and MW1000E is the eNodeB Emulator. The emulators are capable of running peak DL data speeds of 100 Mbps and UL data speeds of 50 Mbps respectively. The MW1000 also forms the part of the LTE Design Test-Bench (give hyper link) for designing, developing and testing of LTE UE and eNodeB products. The Emulator is built with Mymo’s RF-mixed signal card of 2x2 MIMO scalable to 4x4 MIMO with strict adherence to 3GPP LTE RF conformance specifications TS36.101 and TS36.103.

MW1000 as RF-PHY Standalone Emulator for UE and eNodeB:
 

MW1000T indicates the LTE Emulator in TDD mode for all the Txn Modes. MW1000F works in the FDD mode. The Emulator can be configured as the standalone PHY Emulator for designing and testing the customers’ MAC and above Layers. It comes with the PHY-MAC Abstraction Layer which can be can customized as per customer requirements.

MW1000

Key Features:

  • ¨TDD and FDD

  • ¨PHY-MAC-RLC-RRC-PDCP-NAS

  • ¨20MHz, 10MHz, 5MHz, 3MHz, 1.4MHz

  • ¨Transmission Mode 1, 2, 3, 4, 5, 6, 7

  • ¨DCI Format-0, 1, 1A, 1B, 1C, 1D, 2, 2A, 3, 3A

  • ¨FH-PUSCH

  • ¨DL & DL HARQ with soft-combining

  • ¨ISI and AWGN. User can set the SNR

  • ¨Different Levels of user selectable Debug Logs

  • On-screen display of CRC match at different stages of Phy-MAC-RLC interactions

  • User controlled Debug Level settings for DL and UL Phy-MAC-RLC

  • Debug Level-0 for high level log statistics for DL and UL subframes

  • Debug Level-1,2,3,4 for detailed Physical and Logical level Channel log statistics

  • Number of retransmissions

  • Number of failed receptions (after HARQ retransmissions)

  • Number of successful/failed procedures (Attach, Detach, Default bearer, Idle-Active Transitions)

  • Multiple UE RACH collision scenarios

  • Neighboring UE Interferences to measure the eNodeB performance, user configurable injection of SINR

  • 3GPP LTE eNodeB and UE Wave-capture: The IQ vectors are captured and plotted at run-time and file logs for off-line analysis

 

MW1000 as PHY-MAC Standalone Emulator for UE and eNodeB:

MW1000 Emulator can be configured as the PHY-MAC Emulator for integration and testing the 3rd party RLC-RRC-PDCP-NAS layers.

The MW1000 Emulator all layers integrated PHY-MAC-RLC-RRC-PDCP-NAS.