We detail how to check some configuration on SBTS in LMT such as VLANID, IP BTS, etc.. Now we continue checking on Commissioning File (XML File).

We recommend you to install notepad++ because it is easy to search keyword.

1. SBTS Name, ID and Profile

  • Find "sbtsName"



Result read:
<log action="created" dateTime="2018-03-07T02:17:56+00:00"… it means commissioning file create from SBTS.
…. appVersion="SBTS16.10_ENB_A50_0100_004390_000111" /> it means current running software SBTS
<managedObject class="SBTS" distName="SBTS-1008" operation="create" version="SBTS16.10"> it means SBTS ID
<p name="btsProfile">LWG23_2</p> it means current STBS Profile.
<p name="sbtsName">NSoPSK0172PSK</p> it means SBTS name

2. VLANID of SBTS

  • Find "vlanif"


Result read:
<managedObject class="VLANIF" distName="SBTS-1008/TNL-1/ETHSVC-1/ETHIF-1/VLANIF-1" operation="create" version="SBTS16.10">
<p name="vlanId">2518</p> (OM VLANID)
</managedObject> 
<managedObject class="VLANIF" distName="SBTS-1008/TNL-1/ETHSVC-1/ETHIF-1/VLANIF-2" operation="create" version="SBTS16.10">
<p name="vlanId">1018</p> (2G VLANID)
</managedObject> 
<managedObject class="VLANIF" distName="SBTS-1008/TNL-1/ETHSVC-1/ETHIF-1/VLANIF-3" operation="create" version="SBTS16.10">
<p name="vlanId">1518</p> (3G VLANID)
</managedObject>
<managedObject class="VLANIF" distName="SBTS-1008/TNL-1/ETHSVC-1/ETHIF-1/VLANIF-4" operation="create" version="SBTS16.10">
<p name="vlanId">2018</p> (4G VLANID CP/UP)
</managedObject>

Note: VLANIF-1 is OM, VLANIF-2 is 2G, VLANIF-3 is 3G and VLANIF-4 is 4G

3. IP Address of SBTS

  • Find "ipif"

Result read:

<managedObject class="IPIF" distName="SBTS-1008/TNL-1/IPNO-1/IPIF-1" operation="create" version="SBTS16.10">
<p name="interfacePtr">ETHIF-1/VLANIF-1</p><p name="ipMtu">1500</p>
<list name="ipAddrList">
<item>
<p name="ipAddrIdentifier">1</p>
<p name="localIpAddr">10.194.228.154</p> (OM IP Address)<p name="localIpPrefixLength">30</p>
</item>
</list>
</managedObject> 
<managedObject class="IPIF" distName="SBTS-1008/TNL-1/IPNO-1/IPIF-2" operation="create" version="SBTS16.10">
<p name="interfacePtr">ETHIF-1/VLANIF-2</p><p name="ipMtu">1500</p>
<list name="ipAddrList">
<item>
<p name="ipAddrIdentifier">2</p>
<p name="localIpAddr">10.194.36.154</p> (2G IP Address)<p name="localIpPrefixLength">30</p>
</item>
</list>
</managedObject> 
<managedObject class="IPIF" distName="SBTS-1008/TNL-1/IPNO-1/IPIF-3" operation="create" version="SBTS16.10">
<p name="interfacePtr">ETHIF-1/VLANIF-3</p><p name="ipMtu">1500</p>
<list name="ipAddrList">
<item>
<p name="ipAddrIdentifier">3</p>
<p name="localIpAddr">10.194.100.154</p> (3G IP Address)<p name="localIpPrefixLength">30</p>
</item>
</list>
</managedObject> 
<managedObject class="IPIF" distName="SBTS-1008/TNL-1/IPNO-1/IPIF-4" operation="create" version="SBTS16.10">
<p name="interfacePtr">ETHIF-1/VLANIF-4</p><p name="ipMtu">1500</p>
<list name="ipAddrList">
<item>
<p name="ipAddrIdentifier">4</p>
<p name="localIpAddr">10.194.164.154</p> (4G IP Address)<p name="localIpPrefixLength">30</p>
</item>
</list>
</managedObject>

Note: IPIF-1 is OM, IPIF-2 is 2G, IPIF-3 is 3G and IPIF-4 is 4G

4. Transmission Interface SRAN to Transmission

  • Find "ETHLK"


Result read:

Case LAN cable 
<managedObject class="ETHLK" distName="SBTS-1008/TNL-1/ETHSVC-1/ETHLK-1" operation="create" version="SBTS16.10">
<p name="administrativeState">unlocked</p> Port on SBTS is Enable<p name="clockMode">AUTODETECT</p>
<p name="connectorLabel">FSMF_EIF1_RJ45</p> is LAN Cable connection<p name="speedAndDuplex">AUTODETECT</p>
<p name="userLabel">EIF-1</p> is LAN Cable connection<p name="l2IngressRate">1000000</p> is bandwidth allocate in SBTS</managedObject> 
Case Optical cable 
<managedObject class="ETHLK" distName="SBTS-1045/TNL-1/ETHSVC-1/ETHLK-1" operation="create" version="SBTS16.10">
<p name="administrativeState">unlocked</p> Port on SBTS is Enable<p name="clockMode">AUTODETECT</p>
<p name="connectorLabel">FSMF_EIF2_SFP</p> is Optical Cable connection<p name="speedAndDuplex">AUTODETECT</p>
<p name="userLabel">EIF-2</p> is Optical Cable connection<p name="l2IngressRate">1000000</p> is bandwidth allocate in SBTS</managedObject>

 5. BSC IP

  • Find "mPlaneRemoteIpAddressOmuSig"


Result read:

<managedObject class="BTSSCC" distName="SBTS-1008/BTSSCC-1" operation="create" version="SBTS16.10">
<p name="bcfId">255</p>
<p name="bscId">403869</p>
<p name="iuaAckTimerOmuSig">3</p>
<p name="mPlaneDscpOmuSig">34</p>
<p name="mPlaneLocalIpAddressOmuSig">10.194.36.154</p> (BTS IP Address)<p name="mPlaneRemoteIpAddressOmuSig">10.194.11.10</p> (BSC IP Address)<p name="mPlaneRemoteIpAddressOmuSig2">0.0.0.0</p>

 6. RNC IP

  • Find "rncConfigList"


Result read:

<list name="rncConfigList">
<item>
<p name="identifier">1012</p> RNC id<p name="sctpFarEndSubnetIpAddress">10.193.21.32</p> (RNC IP Address)<p name="sctpFarEndSubnetPrefixLength">32</p>
</item>
</list>

 7. MME IP

  • Find "LNMME"



Result read:

<managedObject class="LNMME" distName="SBTS-1008/LNBTS-1008/LNMME-0" operation="create" version="FL16">
<p name="administrativeState">unlocked</p>
<p name="ipAddrPrim">10.88.0.253</p> (MME IP Address)<p name="transportNwId">0</p>
<p name="s1LinkStatus">available</p>
<p name="ipAddrSec">
</p>