Changes between Version 106 and Version 107 of GENILTE/LTEDeployment


Ignore:
Timestamp:
06/21/17 14:12:30 (7 years ago)
Author:
lnevers@bbn.com
Comment:

--

Legend:

Unmodified
Added
Removed
Modified
  • GENILTE/LTEDeployment

    v106 v107  
    161161Once software is installed, several configuration steps must take place for the OAI software, and XXX
    162162
    163 == ePC OAI Configuration changes ==
     163== ePC OAI Configuration Changes ==
    164164
    165165The following '''openair-cn''' configuration files were modified for the BBN Site:
     
    408408}}}
    409409
    410 === OAI database notes ===
     410=== OAI Database Notes ===
    411411In defining the OAI database at BBN, two OAI database rules were discovered that __must__ be met:
    412412
     
    438438This 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.
    439439 
    440 == Configure eNodeB settings ==
     440== Configure eNodeB Settings ==
    441441
    442442This captures the procedure used for creating the BBN eNodeB node entry in !NetSpan. It is assumed other site will use this as a reference, but keeping in mind that changes are required for your sites Node Types, Radio Profiles and Network Profiles.  Instructions below assume access to !Netspan.
     
    458458
    459459
    460 === Configure Your eNodeB node ===
     460=== Configure Your eNodeB Node ===
    461461
    462462Access node configuration details, by selecting "Nodes" in the lower left corner of the home page and a list of nodes will be shown in the main panel.  In our case we double click on the  "BBN eNodeB" entry. In the resulting page, select the "Provision" tab, scroll to the bottom of the page and click "Edit" to modify settings.  Following is a capture of the "BBN eNodeB" settings which use the Rutgers MMS and the BBN Cell Radio Profile: