Jump to content

AT&T/Verizon 700mhz vs Sprint 800mhz


RAvirani

Recommended Posts

Just an update on this: Sprint has implemented ORNL recently for several of the more prominent devices on their network (iPhone for example), allowing the network to push a device to 3G from LTE. Maybe we'll start to see more changes soon ;).

Which Android devices?

 

Sent from my Pixel XL

Link to comment
Share on other sites

Note that Android phones have maintained a "LTE Available List"  which contains a list of SID, NID, Base_ID for any CDMA where it has found LTE to be present.  LG phones with CA also appear to be always tracking CDMA while in LTE.

Link to comment
Share on other sites

Just an update on this: Sprint has implemented ORNL recently for several of the more prominent devices on their network (iPhone for example), allowing the network to push a device to 3G from LTE. Maybe we'll start to see more changes soon ;).

I wonder if it is working in my area - my iPhone pops on to LTE a lot faster when coming out of known 3G-holes lately. It seems to be forced on to LTE even during a streaming session now, whereas before it would not hit LTE again until the data connection was interrupted. (Pausing Spotify)

 

Could all be placebo, though.

Link to comment
Share on other sites

I wonder if it is working in my area - my iPhone pops on to LTE a lot faster when coming out of known 3G-holes lately. It seems to be forced on to LTE even during a streaming session now, whereas before it would not hit LTE again until the data connection was interrupted. (Pausing Spotify)

 

Could all be placebo, though.

Seamless data transitions between cdma to LTE and LTE to cdma has been possible for a long time now (at least on Android). I may be wrong, but I think ORNL enables the network to now push UEs (phones, tablets, etc.) to 3G if LTE becomes too congested, which currently doesn't happen. The only way a phone can go from LTE to 3G today is if it loses LTE signal. I'm assuming that will no longer be the case and the network now has another way of balancing user load.
Link to comment
Share on other sites

I wonder if it is working in my area - my iPhone pops on to LTE a lot faster when coming out of known 3G-holes lately. It seems to be forced on to LTE even during a streaming session now, whereas before it would not hit LTE again until the data connection was interrupted. (Pausing Spotify)

 

Could all be placebo, though.

Seamless data transitions between cdma to LTE and LTE to cdma has been possible for a long time now (at least on Android). I may be wrong, but I think ORNL enables the network to now push UEs (phones, tablets, etc.) to 3G if LTE becomes too congested, which currently doesn't happen. The only way a phone can go from LTE to 3G today is if it loses LTE signal. I'm assuming that will no longer be the case and the network now has another way of balancing user load.

There was a typo in my original post. ORNL allows the network to push a device FROM 3G TO LTE.

Link to comment
Share on other sites

Having used AT&T Band 17 a lot and very recently, Verizon Band 13 (my work decided it would be a good decision to give me a hotspot) a question has arised. Why is it that AT&T and Verizon devices can hold a -116 to -120 dbm signal on 700mhz if I put them in my pocket while while sprint can barely hold a -110 800mhz signal in my hand? A it just how sprint has programmed their phones or does the iPhone 6S have a terrible Band 26 antenna because it seems like sprint should hold onto that band 26 signal down to -120 at the very least and be very reluctant to drop to 3G.

The Iphone 7 works better than the Iphone 6's as far as the radio works the fixed all those issue with the iphone 7 I have 13 lines & 2 of those have the Iphone 7 plus both have better coverage then the iphone 6's & the LG v20 works well as well also the HTC Bolt was made for just Sprint where it works best is still being worked out as I am in CA it works best where they have started out in the midwest 

Link to comment
Share on other sites

Seamless data transitions between cdma to LTE and LTE to cdma has been possible for a long time now (at least on Android). I may be wrong, but I think ORNL enables the network to now push UEs (phones, tablets, etc.) to 3G if LTE becomes too congested, which currently doesn't happen. The only way a phone can go from LTE to 3G today is if it loses LTE signal. I'm assuming that will no longer be the case and the network now has another way of balancing user load.

This happens to me all the time on busy sites. The network sends an RRC Connection Release packet to my phone with reason "other" and directs it to a specific CDMA channel. Often it's almost immediately after handoff to the site in the first place, and it usually only happens during peak hours. I'll have to see if I still have screenshots somewhere.

  • Like 1
Link to comment
Share on other sites

Join the conversation

You can post now and register later. If you have an account, sign in now to post with your account.

Guest
Reply to this topic...

×   Pasted as rich text.   Paste as plain text instead

  Only 75 emoji are allowed.

×   Your link has been automatically embedded.   Display as a link instead

×   Your previous content has been restored.   Clear editor

×   You cannot paste images directly. Upload or insert images from URL.

  • large.unreadcontent.png.6ef00db54e758d06

  • gallery_1_23_9202.png

  • Posts

    • Fury Gran Coupe (My First Car - What a Boat...)
    • Definite usage quirks in hunting down these sites with a rainbow sim in a s24 ultra. Fell into a hole yesterday so sent off to T-Mobile purgatory. Try my various techniques. No Dish. Get within binocular range of former Sprint colocation and can see Dish equipment. Try to manually set network and everybody but no Dish is listed.  Airplane mode, restart, turn on and off sim, still no Dish. Pull upto 200ft from site straight on with antenna.  Still no Dish. Get to manual network hunting again on phone, power off phone for two minutes. Finally see Dish in manual network selection and choose it. Great signal as expected. I still think the 15 minute rule might work but lack patience. (With Sprint years ago, while roaming on AT&T, the phone would check for Sprint about every fifteen minutes. So at highway speed you could get to about the third Sprint site before roaming would end). Using both cellmapper and signalcheck.net maps to hunt down these sites. Cellmapper response is almost immediate these days (was taking weeks many months ago).  Their idea of where a site can be is often many miles apart. Of course not the same dataset. Also different ideas as how to label a site, but sector details can match with enough data (mimo makes this hard with its many sectors). Dish was using county spacing in a flat suburban area, but is now denser in a hilly richer suburban area.  Likely density of customers makes no difference as a poorer urban area with likely more Dish customers still has country spacing of sites.
    • Mike if you need more Dish data, I have been hunting down sites in western Columbus.  So far just n70 and n71 reporting although I CA all three.
    • Good catch! I meant 115932/119932. Edited my original post I've noticed the same thing lately and have just assumed that they're skipping it now because they're finally able to deploy mmWave small cells.
  • Recently Browsing

    • No registered users viewing this page.
×
×
  • Create New...