Jump to content

DISH and nTelos Test 2.5 GHz Fixed Broadband in Rural Virginia


4GHoward

Recommended Posts

 

P.S. Those speeds are nice, but 10x10 FD-LTE rel 8 can do better in an unloaded situation like that, and the latency on that connection is just horrid for LTE with an obviously-good signal. Also, Bandluxe is a lower-end provider of equipment than AlcaLu or whoever...Dish said they were using Alcatel-Lucent and Ericsson gear for the deployment, but I guess they just meant the base stations. To be fair though, they aren't the first in the US to do this; Bend Broadband in Oregon used AlcaLu base stations and Bandluxe modems for their AWS HSPA+ network a few years back (they've since moved to LTE).

 

 

We don't know the channel size, the number of people on the channel, the MIMO configuration at the basestation and the end user modem, the distance from the basestation, etc, etc.
 
But I agree with you. Sprint can get somethings out of this if they are not too hung up on Charlie abrasive methods.
Link to comment
Share on other sites

Hold on.  Clearwire does not control every single ounce of BRS/EBS 2600 MHz spectrum in every single market across the country.  Dish or nTelos could easily be licensed some BRS in rural Virginia, but I would have to check.  I am not going to check EBS, however, because it is a pain in the ass to track down.

 

AJ

 Clearwire has BRS in 411 out of 493 BTAs. EBS licenses are licensed wierdly in that they are circles around a point of 25 miles radius. The point being the education institution or Catholic church/school.

Edited by bigsnake49
Link to comment
Share on other sites

 Clearwire has BRS in 411 out of 493 BTAs. EBS licenses are licensed wierdly in that they are circles around a point of 25 miles radius. The point being the education institution or Catholic church/school.

 

Right, I am aware of those facts.  But another fact to consider is that Clearwire does not hold all BRS in all of those BTAs.  In some, Clearwire shares BRS with at least one other licensee.

 

AJ

Link to comment
Share on other sites

Right, I am aware of those facts.  But another fact to consider is that Clearwire does not hold all BRS in all of those BTAs.  In some, Clearwire shares BRS with at least one other licensee.

 

AJ

 

It would be really nice to know the Clearwire's exact holdings  for both the BRS and EBS spectrum by BTA.

Link to comment
Share on other sites

With all the talk about Clearwire holding somewhere between 100-160 mhz of spectrum, does Sprint really need that?  I would think if they get 40mhz and use that in high traffic areas it would be enough bandwidth for the foreseeable future, and let Dish/Clearwire do whatever they want with the rest.  Or up that amount to 60 or 80 mhz for additional headroom in the future, but you'll still leave Dish/Clearwire some spectrum for their own purpose.

Link to comment
Share on other sites

It would be really nice to know the Clearwire's exact holdings  for both the BRS and EBS spectrum by BTA.

 

I started that project for BRS.  I might go ahead and finish it.  But no way am I doing EBS for free.  Tracking those site based licenses is a Herculean headache and a half.

 

AJ

  • Like 1
Link to comment
Share on other sites

With all the talk about Clearwire holding somewhere between 100-160 mhz of spectrum, does Sprint really need that?  I would think if they get 40mhz and use that in high traffic areas it would be enough bandwidth for the foreseeable future, and let Dish/Clearwire do whatever they want with the rest.  Or up that amount to 60 or 80 mhz for additional headroom in the future, but you'll still leave Dish/Clearwire some spectrum for their own purpose.

 

Not exactly.  WiMAX spectrum usage is all over the map.  Cutting its BRS/EBS spectrum resources back to even 80 MHz would hamper Clearwire in its ability to continue to operate WiMAX and deploy TD-LTE.  Clearwire needs as much BRS/EBS spectrum as it can for the next several years as it runs WiMAX and TD-LTE in parallel.

 

AJ

Link to comment
Share on other sites

Not exactly.  WiMAX spectrum usage is all over the map.  Cutting its BRS/EBS spectrum resources back to even 80 MHz would hamper Clearwire in its ability to continue to operate WiMAX and deploy TD-LTE.  Clearwire needs as much BRS/EBS spectrum as it can for the next several years as it runs WiMAX and TD-LTE in parallel.

 

AJ

 

Clearwire's ability to afford running a Wimax network may decrease significantly if Sprint can move move most/all customers off of the network before usage based billing kicks in.

Link to comment
Share on other sites

Clearwire's ability to afford running a Wimax network may decrease significantly if Sprint can move move most/all customers off of the network before usage based billing kicks in.

 

But Clearwire has other wholesale WiMAX contracts that it must honor.  It is safe to say that WiMAX will not be going anywhere before 2015.

 

AJ

Link to comment
Share on other sites

A bankrupcy could change all of that.

...and would probably signal the end of Sprint, too.

 

AJ

Link to comment
Share on other sites

Clearwire's ability to afford running a Wimax network may decrease significantly if Sprint can move move most/all customers off of the network before usage based billing kicks in.

Only because they chose to deploy an n=3 Wimax reuse pattern. Which means they can be lazy about network optimization.

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

    • Since this is kind of the general chat thread, I have to share this humorous story (at least it is to me): Since around February/March of this year, my S22U has been an absolute pain to charge. USB-C cables would immediately fall out and it progressively got worse and worse until it often took me a number of minutes to get the angle of the cable juuuussst right to get charging to occur at all (not exaggerating). The connection was so weak that even walking heavily could cause the cable to disconnect. I tried cleaning out the port with a stable, a paperclip, etc. Some dust/lint/dirt came out but the connection didn't improve one bit. Needless to say, this was a MONSTER headache and had me hating this phone. I just didn't have the finances right now for a replacement.  Which brings us to the night before last. I am angry as hell because I had spent five minutes trying to get this phone to charge and failed. I am looking in the port and I notice it doesn't look right. The walls look rough and, using a staple, the back and walls feel REALLY rough and very hard. I get some lint/dust out with the staple and it improves charging in the sense I can get it to charge but it doesn't remove any of the hard stuff. It's late and it's charging, so that's enough for now. I decide it's time to see if that hard stuff is part of the connector or not. More aggressive methods are needed! I work in a biochem lab and we have a lot of different sizes of disposable needles available. So, yesterday morning, while in the lab I grab a few different sizes of needles between 26AWG and 31 AWG. When I got home, I got to work and start probing the connector with the 26 AWG and 31 AWG needle. The stuff feels extremely hard, almost like it was part of the connector, but a bit does break off. Under examination of the bit, it's almost sandy with dust/lint embedded in it. It's not part of the connector but instead some sort of rock-hard crap! That's when I remember that I had done some rock hounding at the end of last year and in January. This involved lots of digging in very sandy/dusty soils; soils which bare more than a passing resemblance to the crap in the connector. We have our answer, this debris is basically compacted/cemented rock dust. Over time, moisture in the area combined with the compression from inserting the USB-C connector had turned it into cement. I start going nuts chiseling away at it with the 26 AWG needle. After about 5-10 minutes of constant chiseling and scraping with the 26AWG and 31AWG needles, I see the first signs of metal at the back of the connector. So it is metal around the outsides! Another 5 minutes of work and I have scraped away pretty much all of the crap in the connector. A few finishing passes with the 31AWG needle, a blast of compressed air, and it is time to see if this helped any. I plug my regular USB-C cable and holy crap it clicks into place; it hasn't done that since February! I pick up the phone and the cable has actually latched! The connector works pretty much like it did over a year ago, it's almost like having a brand new phone!
    • That's odd, they are usually almost lock step with TMO. I forgot to mention this also includes the September Security Update.
    • 417.55 MB September security update just downloaded here for S24+ unlocked   Edit:  after Sept security update install, checked and found a 13MB GP System update as well.  Still showing August 1st there however. 
    • T-Mobile is selling the rest of the 3.45GHz spectrum to Columbia Capital.  
    • Still nothing for my AT&T and Visible phones.
  • Recently Browsing

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