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PedroDaGr8

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Everything posted by PedroDaGr8

  1. PedroDaGr8
    Ok I have come across one potential bug, CA bands often report as 0 MHz as shown in the image below. It is clear the app knows that 3xCA is enabled but it can't seem to find the data. The bands show up in the various system menus, so it is real, just not in the SignalCheck app.
  2. PedroDaGr8
    Thanks for the excellent update! I love the level of refinement in this new version. The 5G data works great on my Note 20 Ultra. Sent from my SM-N986U using Tapatalk
  3. PedroDaGr8
    Went by there today and confirmed it is broadcasting 3x20MHz b41 carriers (2518.4MHz, 2538.2 MHz, and 2558.0 MHz), and a single n41 carrier (2588.4 MHz, BW: 40 MHz). That means all 100 MHz from that antenna is accounted for. The allocation is odd considering the nearby Sprint tower is still broadcasting 3xB41 (2640.4MHz, 2660.2MHz, and 2680.0MHz). That means there is technically 120MHz (our of 194MHz) allocated to B41 in that area, 40MHz n41. This leaves a gap of around 30Mhz in the middle and 12Mhz at the low end left unallocated.
  4. PedroDaGr8
    Sorry that was incorrect. Tengen31 corrected his statement to confirm I saw only NSA NR. So far I have only seen B71, B2, and B66 LTE+NR. That being said, I will definitely contribute any B41/N41 that I see. Sent from my SM-N986U using Tapatalk
  5. PedroDaGr8
    Wow awesome, I just got this phone and I've seen loads of actual SA 5G in my area. Sent from my SM-N986U using Tapatalk
  6. PedroDaGr8
    Does this mean I am ACTUALLY connected to NSA 5G? Sent from my SM-N986U using Tapatalk
  7. PedroDaGr8
    Snohomish isn't exactly a bustling metropolis. :-D For the downtown area, a single N41 tower is more than enough. Sent from my LG-LS998 using Tapatalk
  8. PedroDaGr8
    Yes! How the hell did you get that from the limited info I gave? I'm impressed! I don't know if it is live or not because I don't have a 5G phone but the Park & Ride location is still broadcasting B41 on all three carriers.
  9. PedroDaGr8
    I think I spotted a Nokia N41 panel on a tower which hosts T-Mob, ATT, and Verizon. Sprint is nearby in a much worse location on a building, so it makes sense that T-Mob would prefer this tower. Sent from my LG-LS998 using Tapatalk
  10. PedroDaGr8
    I think I spotted my first N41 MMIMO panel on the Eastside. Sent from my LG-LS998 using Tapatalk
  11. PedroDaGr8
    This is actually a common reason that Sprint used to leave unconnected antennas at sites. It allowed them to swap in a new antenna without issue. Sent from my LG-LS998 using Tapatalk
  12. PedroDaGr8
    T-Mobiles 5G requires a lower frequency carrier along with the 2.5Ghz channel(s), though they plan to release standalone 5G in the future. Tmobiles 5G is supposedly more efficient than sprints too. Sent from my LG-LS998 using Tapatalk
  13. PedroDaGr8
    Came across a strange small cell broadcasting on only low B41 EARCFNs. It's on top of the Overlake Sprint store in Redmond. At first I thought it was the tower right behind the store but that has the usual tri-band setup (which used to be on the Sears nearby). I nearly missed this antenna, it's a small white fully enclosed small sell. You have to be far from the sprint store to see it. It only has these two cells unlike the old clearwire sites. Not the first time I've seen these EARFCNs, they seem to be used a lot in the Georgetown district. Edit: Checking back, most of those in the Georgetown district are also small cells but at least one is on a regular tower. Not sure why the Georgetown district has so many of these. Sent from my LG-LS998 using Tapatalk
  14. PedroDaGr8
    Actually more than that since Sprint/T-Mobile controls the entire 2.5Ghz block (all 194Mhz) for the entire metro Seattle region. This allows them to use the J and K guard bands as well, since they control the blocks around them in their entirety. The K guard band (2614-2618) in particular was why the B41 20Mhz channels started at 2628MHz (until yesterday). As such, that would leave 130MHz for 5G communication if they wanted. Relevant License Links: B413 - TDI Acquisition Sub, LLC (shell company of Clearwire) L000002361 - Clearwire Spectrum Holdings II (shell company of Clearwire) L000007381 - Clearwire Spectrum Holdings III (shell company of Clearwire) L000007382 - Clearwire Spectrum Holdings III (shell company of Clearwire) L000007383 - Clearwire Spectrum Holdings III (shell company of Clearwire) L000031135 - American Telecasting of Seattle - Sprint acquired this spectrum in 2018.
  15. PedroDaGr8
    That gives them 100-120Mhz for NR based on my estimates. Sent from my LG-LS998 using Tapatalk
  16. PedroDaGr8
    Since the T-Mobile version already supports B25/B26/B41 as well as the usual T-Mobile bands including 5G, I imagine they didn't need to resubmit to the FCC. It wouldn't surprise me if they don't even switch out the boot screen.
  17. PedroDaGr8
    I looked through a bunch of permits and they use a variety of antennas over the years. The most common in recent years are the Commscope FFHH-65C-R3, Commscope SBNHH-1D65B, and Nokia AAFIA. Usually, the Comscope FFHH and Nokia AAFIA are used together. I included the ones I encountered in some quick searches below. I have also included links to pages or pdfs which show the antenna. Commscope: TMZXX-6516-A2M - 2 port: 1710-2155MHz (B2, B4, B66?) HBXX-6517DS-A2M - 4 port: 1710-2180MHz (B2, B4, B66?) SBNHH-1D65C - 6-port: 2x 698-896Mhz (B5, B12) and 1695-2360Mhz (B2, B4, B66) FFHH-65C-R3 - 8-port: 4x 617-806Mhz (B12, B71) and 4x 1695-2460Mhz (B2, B4, B66) Nokia: AAFIA - 16T16R - B25 and B66
  18. PedroDaGr8
    A quick hint, if your city has an online permit portal: If there are multiple towers in a small area, online permits are a great way to figure out exactly which tower is the for which company. I use that often to cross-check towers I believe are correct.
  19. PedroDaGr8
    You don't define cheap, but the LG v30 and v40 work well, can be rooted, and can be found for pretty cheap(<$100-150). As expected, the v30 is cheaper than the v40 and I can attest the v30 works very well. That being said, it lacks bands 28, 40, and 71 and has the drawback that Sprint never released Pie for it (the only vendor who didn't). This means some of the 9.0 bandwidth features are not available for SCP, that being said NSG is able to provide this data on 8.0. Sprint LG V30+ (LS998) LTE Bands: 1, 2, 3, 4, 5, 7, 8, 12, 13, 17, 20, 25, 26, 41 Sprint Lg V40 (LM-V405UA) LTE Bands: 1, 2, 3, 4, 5, 7, 8, 12, 13, 17, 20, 25, 26, 28, 40, 41, 71
  20. PedroDaGr8
    You can move them in the app as by long pressing on the tower and dragging it to it's new location. Sent from my LG-LS998 using Tapatalk
  21. PedroDaGr8
    I tooed my phone (LG V30+) this weekend and I noticed that the ##data# screen now shows "Enable All" instead of the weird letter salad which it showed previously. Not sure what this means exactly but at least now I can use NetworkSignalGuru. On that note, it confirmed what everyone else stated which was the B25 was 15x15. As for the other details, it appears to also be max 64QAMx64QAM and 2x2 MIMO which is pretty impressive because the numbers I was getting were near the theoretical limit for that combination (112.5/56.3 and I got 112/42.3). Sent from my LG-LS998 using Tapatalk
  22. PedroDaGr8
    A couple of comments: 1. In the PNW, Sprint roaming on T-Mobile as Sprint still shows up as Clearwire B2, B4, B12 2. Not sure if you are tracking EARFCNs but D/L EARFCN 8615 is B25 15x15 according to this post.
  23. PedroDaGr8
    Yeah 15x15 sounds about right. Checking ##DATA#, my phone has 256WAM/64QAM enabled and 4x4 MIMO enable for both B25 and B41
  24. PedroDaGr8
    Seems T-Mobile uncapped the u/l on B25. I have never encountered this level of u/l speeds on any band. 5Mhz B25 (256QAM, 4x4 MIMO maybe?) D/L: EARFCN: 8615 (1987.5Mhz) - 112Mbps U/L: EARFCN: 26615 (1907.5) - 42.3 Mbps Previously, in this exact location, I would get Sent from my LG-LS998 using Tapatalk
  25. PedroDaGr8
    I noticed on my phone that T-Mobile has reordered the band priority moving B41 from second to third. Previously it went B25->B41->B26; now it goes B25->B26->B41. This explains why I have been connecting to B26 a LOT more often than I used to. My guess is this is part of the preliminary steps to phase out B41.
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