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 This is the description of what. The AI is saying 

 

 

The given information appears to be a log or output related to the physical channel configuration of an LTE network connection. Here are the key points:

It shows details of multiple component carriers (CCs) or cells that the device is connected to.

The primary serving cell has a downlink bandwidth of 5 MHz and uplink bandwidth of 5 MHz on Band 13 (753.5 MHz downlink frequency).

There are three secondary serving cells:

20 MHz downlink, 14 MHz uplink on Band 2 (1955 MHz downlink frequency)

20 MHz downlink, 14 MHz uplink on Band 7 (2630 MHz downlink frequency)

20 MHz downlink, 10 MHz uplink on Band 66 (2180.04 MHz downlink/uplink frequency) for 5G NR

 

 

 Then  I asked if it was normal 

 

No, the provided LTE physical channel configuration details do not seem normal or typical. Here are a few reasons why:

  1. It shows an extremely high number of component carriers (4 CCs) being aggregated, which is uncommon even for LTE-Advanced Pro networks. Most devices only utilize 2-3 CCs maximum.
  2. The combination of frequency bands being aggregated (Bands 13, 2, 7, 66) is highly unusual. Operators typically aggregate carriers within the same frequency range (low, mid, high) for better performance.
  3. One of the CCs is listed as using 5G NR Band 66 (2180 MHz), which operates on a different radio access technology than LTE. LTE and 5G NR carriers cannot be aggregated together.
  4. The extremely wide bandwidths listed for some CCs like 20 MHz are impractical, as most operators deploy 10 MHz or lower for better coverage.
  5. The context IDs listed (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2) do not follow the typical pattern for LTE channel mapping.

 

 

 

 And it don't matter if I change the.   To lge only. It still say the same thing.     Last night when I.  Did a scan for networks. This.   In the picture came up. And a network. I'm. Not sure if this. Makes a difference    but here is the.    Code I'm basing this.  Message on 

 

LTE Physical Channel Configuration: ffmConnectionStatus=Prim aryServing,mCellBandwidth DownlinkKhz=5000,mCel IBandwidthUplinkKhz=500 0,mNetworkType=LTE,mFre quencyRange=LOW,mDownl inkChannelNumber=5255,m UplinkChannelNumber=525 5,mContextlds=h0, 0, 0, 0, 0 0, 0, 0, 0, 0, 0, 0, 0, 1, 2],mPh ysicalCelld=125,mBand=13 mDownlinkFrequency=753 500,mUplinkFrequency=-1), (mConnectionStatus=Sec ondaryServing,mCellBandwi dthDownlinkKhz=20000,mC ellBandwidthUplinkKhz=14 00,mNetworkType=LTE,mFr equencyRange=MID,mDown linkChannelNumber=850,m UplinkChannelNumber=85 0,mContextlds=C0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1. 2],mPh ysicalCellld=125,mBand=2, mDownlinkFrequency=1955 000,mUplinkFrequency=-1), (mConnectionStatus=Sec ondaryServing,mCellBandwi dthDownlinkKhz=20000,mC ellBandwidthUplinkKhz=140 O,mNetworkType=LTE,mFre quencyRange=MID,mDownl inkChannelNumber=2850,m UplinkChanneINumber=285 0,mContextlds=h0, 0, 0, 0, 0 0, O, O, O S O, O, O, 1, 2],mPh ysicalCellld=125,mBand=7, mDownlinkFrequency=2630 000,mUplinkFrequency=-1), (mConnectionStatus=Sec ondaryServing,mCellBandwi dthDownlinkKhz=20000,mC ellBandwidthUplinkKhz=10 000,mNetworkType=NR,mF requencyRange=MID,mDow nlinkChannelNumber=4360 08,mUplinkChannelNumber =436008.mContextlds=10. 0.2],mPhysicalCelld=383,mB and=66,mDownlinkFrequen cy=2180040,mUplinkFreque ncy=2180040))

 

So….what do you mean by “the Ai” and what did you ask it? Besides that, are you having issues with your Koodo service or did you get curious with a setting in the phone? To be honest your post is a little hard to understand. If your service is working and you’re able to make calls, text and use data then what is your current issue? The networks shown are ones you can manually select, they’re not currently connected to those providers (the 4 in the image) as you can select which providers tower you want to use. (If you tap one it will use that providers tower and or services) That’s what the setting is for. To make it easier on yourself you can have it be automatic.

 This is the description of what. The AI is saying 

 

 

The given information appears to be a log or output related to the physical channel configuration of an LTE network connection. Here are the key points:

It shows details of multiple component carriers (CCs) or cells that the device is connected to.

The primary serving cell has a downlink bandwidth of 5 MHz and uplink bandwidth of 5 MHz on Band 13 (753.5 MHz downlink frequency).

There are three secondary serving cells:

20 MHz downlink, 14 MHz uplink on Band 2 (1955 MHz downlink frequency)

20 MHz downlink, 14 MHz uplink on Band 7 (2630 MHz downlink frequency)

20 MHz downlink, 10 MHz uplink on Band 66 (2180.04 MHz downlink/uplink frequency) for 5G NR

 

 

 Then  I asked if it was normal 

 

No, the provided LTE physical channel configuration details do not seem normal or typical. Here are a few reasons why:

  1. It shows an extremely high number of component carriers (4 CCs) being aggregated, which is uncommon even for LTE-Advanced Pro networks. Most devices only utilize 2-3 CCs maximum.
  2. The combination of frequency bands being aggregated (Bands 13, 2, 7, 66) is highly unusual. Operators typically aggregate carriers within the same frequency range (low, mid, high) for better performance.
  3. One of the CCs is listed as using 5G NR Band 66 (2180 MHz), which operates on a different radio access technology than LTE. LTE and 5G NR carriers cannot be aggregated together.
  4. The extremely wide bandwidths listed for some CCs like 20 MHz are impractical, as most operators deploy 10 MHz or lower for better coverage.
  5. The context IDs listed (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2) do not follow the typical pattern for LTE channel mapping.

 

 

 

 And it don't matter if I change the.   To lge only. It still say the same thing.     Last night when I.  Did a scan for networks. This.   In the picture came up. And a network. I'm. Not sure if this. Makes a difference    but here is the.    Code I'm basing this.  Message on 

 

LTE Physical Channel Configuration: ffmConnectionStatus=Prim aryServing,mCellBandwidth DownlinkKhz=5000,mCel IBandwidthUplinkKhz=500 0,mNetworkType=LTE,mFre quencyRange=LOW,mDownl inkChannelNumber=5255,m UplinkChannelNumber=525 5,mContextlds=h0, 0, 0, 0, 0 0, 0, 0, 0, 0, 0, 0, 0, 1, 2],mPh ysicalCelld=125,mBand=13 mDownlinkFrequency=753 500,mUplinkFrequency=-1), (mConnectionStatus=Sec ondaryServing,mCellBandwi dthDownlinkKhz=20000,mC ellBandwidthUplinkKhz=14 00,mNetworkType=LTE,mFr equencyRange=MID,mDown linkChannelNumber=850,m UplinkChannelNumber=85 0,mContextlds=C0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1. 2],mPh ysicalCellld=125,mBand=2, mDownlinkFrequency=1955 000,mUplinkFrequency=-1), (mConnectionStatus=Sec ondaryServing,mCellBandwi dthDownlinkKhz=20000,mC ellBandwidthUplinkKhz=140 O,mNetworkType=LTE,mFre quencyRange=MID,mDownl inkChannelNumber=2850,m UplinkChanneINumber=285 0,mContextlds=h0, 0, 0, 0, 0 0, O, O, O S O, O, O, 1, 2],mPh ysicalCellld=125,mBand=7, mDownlinkFrequency=2630 000,mUplinkFrequency=-1), (mConnectionStatus=Sec ondaryServing,mCellBandwi dthDownlinkKhz=20000,mC ellBandwidthUplinkKhz=10 000,mNetworkType=NR,mF requencyRange=MID,mDow nlinkChannelNumber=4360 08,mUplinkChannelNumber =436008.mContextlds=10. 0.2],mPhysicalCelld=383,mB and=66,mDownlinkFrequen cy=2180040,mUplinkFreque ncy=2180040))

Based on my limited understanding, your phone is connected to a number of bands within the Koodo network, which is used to increase the bandwidth. You can read the following page for more information on this kind of technology. https://www.3gpp.org/technologies/101-carrier-aggregation-explained

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