Jump to content

Network Vision/LTE - Missouri Market (includes St. Louis)


riddlebox

Recommended Posts

How do you like the N5?

 

 

Nice. Depending which model you got, that nearly breaks even.

 

Sent from my Nexus 5 using Tapatalk

 

 

Awesome phone. Very quick, nice screen, awesome RF performer, and the ability to swap between Sprint, AT&T, various MVNOs, and Tmobile on the fly is very nice.

 

 

I should have it by tomorrow unless UPS is still having issues. I just hope the signal picks up better inside buildings. My wife has an iPhone and I used it today and it worked so much better than the Galaxy S4 it was sickening. 

 

Not sure if I have a POS phone or if all the S4's on the Sprint network are crappy.

Link to comment
Share on other sites

I should have it by tomorrow unless UPS is still having issues. I just hope the signal picks up better inside buildings. My wife has an iPhone and I used it today and it worked so much better than the Galaxy S4 it was sickening.

 

Not sure if I have a POS phone or if all the S4's on the Sprint network are crappy.

I really wonder if you just ended up with a bad one. I haven't actually owned one, but what I've heard is that it performed as good or better than the GS3 which had very good LTE reception. Not quite the Note, but good. The N5 has the best reception of any Sprint LTE smartphone out right now. Won't necessarily mean better speeds, but at least better coverage.

 

Sent from my Nexus 5 using Tapatalk

 

  • Like 1
Link to comment
Share on other sites

I really wonder if you just ended up with a bad one. I haven't actually owned one, but what I've heard is that it performed as good or better than the GS3 which had very good LTR reception. Not quite the Note, but good. The N5 has the best reception of any Sprint LTE smartphone out right now. Won't necessarily mean better speeds, but at least better coverage.

 

Sent from my Nexus 5 using Tapatalk

Typos galore!

Link to comment
Share on other sites

Chicago has AT&T OF 800 MHz live if I remember right.

What are you talking about with AT&T, "OF," and 800 MHz?

 

AJ

Link to comment
Share on other sites

I sold it to my Brother in Chicago and he said it has been working perfectly. He is a salesman and is in and out of building downtown and said so far - so good. That tells me it has to be the STL market isn't ready for LTE yet.

 

I really think you just managed to find the holes. With the exception of downtown, there are enough sites completed to at least provide outdoor coverage across the whole city. That's all that's required for launch. In fact, that's more than required for launch. And nowhere does any carrier claim to provide consistent indoor coverage. Expecting indoor coverage everywhere is unrealistic, for any carrier.

Link to comment
Share on other sites

I really think you just managed o find the holes. With the exception of downtown, there are enough sites completed to at least provide outdoor coverage across the whole city. That's all that's required for launch. In fact, that's more than required for launch. And nowhere does any carrier claim to provide consistent indoor coverage. Expecting indoor coverage everywhere is unrealistic, for any carrier. 

 

Seriously? Wow.

Link to comment
Share on other sites

Wow what?

I would expect to have voice coverage(at least 1x) everywhere. 3G data pretty much everywhere. LTE 1900 when the market is complete pretty much everywhere outdoors and indoors 50-50. LTE 800 should be a game changer though.

Link to comment
Share on other sites

I would expect to have voice coverage(at least 1x) everywhere. 3G data pretty much everywhere. LTE 1900 when the market is complete pretty much everywhere outdoors and indoors 50-50. LTE 800 should be a game changer though.

That still doesn't change the fact that expecting indoor coverage everywhere is unrealistic for any carrier. The different types of building materials, distances from cell sites, frequencies used ... ect. make it impossible to provide ubiquitous coverage. The only guaranty made by any carrier is outdoor coverage.

Link to comment
Share on other sites

That still doesn't change the fact that expecting indoor coverage everywhere is unrealistic for any carrier. The different types of building materials, distances from cell sites, frequencies used ... ect. make it impossible to provide ubiquitous coverage. The only guaranty made by any carrier is outdoor coverage.

Only time I have ever experienced no coverage outdoors is in rural Illinois out past Fosterburg and Brighton and north of there. And even then I roam on VZW and used to roam on USC. Indoors within Sprint Coverage areas the only time I don't service is inside the tin can of a wharehouse we have in Delhi, IL. In there I don't even get 1x unless I put my phone in the window in the office.

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

  • Similar Content

  • Posts

    • Historically, T-Mobile has been the only carrier contracting with Crown Castle Solutions, at least in Brooklyn. I did a quick count of the ~35 nodes currently marked as "installed" and everything mapped appears to be T-Mobile. However, they have a macro sector pointed directly at this site and seem to continue relying on the older-style DAS nodes. Additionally, there's another Crown Castle Solutions node approved for construction just around the corner, well within range of their macro. I wouldn’t be surprised to see Verizon using a new vendor for their mmWave build, especially since the macro site directly behind this node lacks mmWave/CBRS deployment (limited to LTE plus C-Band). However, opting for a multi-carrier solution here seems unlikely unless another carrier has actually joined the build. This node is equidistant (about five blocks) between two AT&T macro sites, and there are no oDAS nodes deployed nearby. Although I'm not currently mapping AT&T, based on CellMapper, it appears to be right on cell edge for both sites. Regardless, it appears that whoever is deploying is planning for a significant build. There are eight Crown Castle Solutions nodes approved for construction in a 12-block by 2-block area.
    • Starlink (1900mhz) for T-Mobile, AST SpaceMobile (700mhz and 850mhz) for AT&T, GlobalStar (unknown frequency) for Apple, Iridium (unknown frequency) for Samsung, and AST SpaceMobile (850mhz) for Verizon only work on frequency bands the carrier has licensed nationwide.  These systems broadcast and listen on multiple frequencies at the same time in areas much wider than normal cellular market license areas.  They would struggle with only broadcasting certain frequencies only in certain markets so instead they require a nationwide license.  With the antennas that are included on the satellites, they have range of cellular band frequencies they support and can have different frequencies with different providers in each supported country.  The cellular bands in use are typically 5mhz x 5mhz bands (37.5mbps total for the entire cell) or smaller so they do not have a lot of data bandwidth for the satellite band covering a very large plot of land with potentially millions of customers in a single large cellular satellite cell.  I have heard that each of Starlink's cells sharing that bandwidth will cover 75 or more miles. Satellite cellular connectivity will be set to the lowest priority connection just before SOS service on supported mobile devices and is made available nationwide in supported countries.  The mobile device rules pushed by the provider decide when and where the device is allowed to connect to the satellite service and what services can be provided over that connection.  The satellite has a weak receiving antenna and is moving very quickly so any significant obstructions above your mobile device antenna could cause it not to work.  All the cellular satellite services are starting with texting only and some of them like Apple's solution only support a predefined set of text messages.  Eventually it is expected that a limited number of simultaneous voice calls (VoLTE) will run on these per satellite cell.  Any spare data will then be available as an extremely slow LTE data connection as it could potentially be shared by millions of people.  Satellite data from the way these are currently configured will likely never work well enough to use unless you are in a very remote location.
    • T-Mobile owns the PCS G-block across the contiguous U.S. so they can just use that spectrum to broadcast direct to cell. Ideally your phone would only connect to it in areas where there isn't any terrestrial service available.
    • So how does this whole direct to satellite thing fit in with the way it works now? Carriers spend billions for licenses for specific areas. So now T-Mobile can offer service direct to customers without having a Terrestrial license first?
  • Recently Browsing

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