Changes between Version 40 and Version 41 of GENILTE/LTEDeployment


Ignore:
Timestamp:
06/16/17 08:53:39 (7 years ago)
Author:
lnevers@bbn.com
Comment:

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  • GENILTE/LTEDeployment

    v40 v41  
    388388<<TBD>>
    389389
    390 = Base Station Configuration via NetSpan Tool =
    391 
    392 The GPO Base Station was configured with [http://www.airspan.com/netspan/ NetSpan}, which is an SNMP based Web interface tool delivered by [http://www.airspan.com Airspan] to manage  Radio Access Network elements in the RAN (4G & 5G) and Backhaul domains. The Rutgers installation of NetSpan was used in this procedure and was accessible from BBN over the LTE Multipoint VLAN at this address:
     390= Base Station Configuration =
     391
     392The GPO Base Station was configured with [http://www.airspan.com/netspan/ NetSpan], which is an SNMP based Web interface tool delivered by [http://www.airspan.com Airspan] to manage  Radio Access Network elements in the RAN (4G & 5G) and Backhaul domains. The Rutgers installation of NetSpan was used in this procedure and was accessible from BBN over the LTE Multipoint VLAN at this location:
    393393
    394394{{{http://10.3.0.252}}}
    395395
    396 This section captures the NetSpan Configuration for the BBN base station, other site will have different Node Types, Radio Profiles and Network Profiles.  In particular for the Radio profile, the site's assigned frequency must be considered, more details in the Cell Radio Profile section below.
     396This section captures the !NetSpan Configuration for the BBN base station, other site will have different Node Types, Radio Profiles and Network Profiles.  In particular for the Radio profile, the site's assigned frequency must be considered, more details in the Cell Radio Profile section below.
    397397 
    398398== Configure eNodeB settings ==
    … …  
    427427
    428428
    429 Next we insert the calculate EARFCN DL value in the BBN Cell Radio Profile
     429Next we insert the calculate EARFCN DL value in the Cell Radio Profile. Note the EARFCN value is based on '''your Frequency'''.  Following is the BBN Cell Radio Profile:
     430
     431[[Image(RadioCellProfile.jpeg)]]
     432
     433
     434The Network Profile for BBN was also defined to use the BBN MME:
    430435
    431436
    432437[[Image(BBBNetworkProfile.jpeg)]]
    433438
    434 Additionally, the Network Profile "AmeriSoftMME1000" will need the BBN MME address and handle use of VLAN tags(TBD?).
    435 
    436439But initial attempt to get setup running uses the MME at Rutgers, which includes these settings for the Network Profile:
    437440