8 | | This tutorial contains instructions for setting up [https://www.amarisoft.com/ amarisoft] 5G NR network using COTS user equipment. |
9 | | Amarisoft provides software based gNB, 5GCore (eNB,EPC), and UE simulator that run on commodity off-the-shelf devices. A typical software-based cellular basestation/UE consists of a host PC and an SDR, where host PC is used for processing the baseband signals sent to and received from the SDR. Amarisoft supports various SDRs including USRPs such as N310, X310. |
10 | | In this tutorial, we run 5GCore, gNB(SA) on a host server+USRP N310 in COSMOS SB1. The UEs used in this experiment are |
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| 7 | This tutorial provides instructions for setting up an [https://www.amarisoft.com/ Amarisoft] 5G NR network using commodity off-the-shelf (COTS) user equipment and software-defined radios (SDRs). Amarisoft software provides a software-based gNodeB, 5G Core (including eNB and EPC), and a UE simulator, all of which run on COTS hardware. A typical software-based cellular base station or UE consists of a host PC for processing baseband signals and an SDR for radio communication. Amarisoft supports various SDRs, including USRPs like N310 and X310. |
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| 9 | In this setup, the Amarisoft software runs on srv2-lg1.sb1.cosmos-lab.org, which serves as the 5G Core and standalone gNodeB (SA), using sdr1-s1-lg1.sb1.cosmos-lab.org as the SDR peripheral (USRP N310). The UEs used in this experiment are: |