Jump to content

Lightsquared's LTE network doomed


Recommended Posts

LS2 is bleeding $ with only enough funding for a few more quarters. Clearwire is on life support from Sprint who is leveraged up the ying/yang in dept to fund NV and pay for the iPhone. I don't think a partnetship is going to happen. Unless LS2 can do a spectrum swap soon they can then rekindle their agreement with Sprint and may have a chance. if not, LS2 will soon become a footnote in a business textbook.

Link to comment
Share on other sites

Sprint just needs to move on from Lightsquared and focus on Network Vision and Clearwire. Sprint needs to put strict tabs on Clearwire and cannot let them delay on their LTE deployment. Its going to be a long year to have just a single 5x5 LTE carrier on Sprint when it could really use the 2.5 Ghz LTE to offload customers when outside in dense urban cities.

  • Like 1
Link to comment
Share on other sites

Sprint just needs to move on from Lightsquared and focus on Network Vision and Clearwire. Sprint needs to put strict tabs on Clearwire and cannot let them delay on their LTE deployment. Its going to be a long year to have just a single 5x5 LTE carrier on Sprint when it could really use the 2.5 Ghz LTE to offload customers when outside in dense urban cities.

 

Yeah, with Clearwire having the first 5,000 sites date out there so far, I don't want to hear any excuses on delay.

 

Robert

  • Like 1
Link to comment
Share on other sites

LS2 needs to take the remaining funds it has and set up monitoring to see which industry devices bleed over into its spectrum and bill the offender for its use. LS2 could recoup a bunch of money that way. Silly, I know but its a waste to see a good idea and business plan go down the drain because of politicians, sloppy manufacturers and politicians.

 

What is terrible about this is that GPS systems are still not that accurate and have problems in cites, which is where they are needed most.

I think that the FCC should allow LS2 to swap their frequency at the next spectrum sale. There shouldn't have been a problem with the other frequencies, but if they can sell the spectrum to someone that will use it as intended for satellite transmission, they might still have a chance to become a viable company.

Link to comment
Share on other sites

What is terrible about this is that GPS systems are still not that accurate and have problems in cites, which is where they are needed most.

I think that the FCC should allow LS2 to swap their frequency at the next spectrum sale. There shouldn't have been a problem with the other frequencies, but if they can sell the spectrum to someone that will use it as intended for satellite transmission, they might still have a chance to become a viable company.

 

I don't think that the FCC is interested in swapping spectrum. They are all for bringing internet to the people, but they aren't going to give up billions of dollars of spectrum to a company that tried to convert cheap spectrum into premium spectrum. No, it's not lightsquared's fault that GPS is spilling over into their spectrum, or that using their spectrum would cripple the GPS devices, but they bought satellite spectrum and tried to convert it to terrestrial spectrum. It was a good idea, but in the end it didn't work out.

  • Like 1
Link to comment
Share on other sites

So with lightsquare deader than a door nail what hope does Sprint have to launch a LTE network like they have been promising?

 

Can you elaborate? What does the LS deal have to do with Sprint's LTE?

  • Like 1
Link to comment
Share on other sites

So with lightsquare deader than a door nail what hope does Sprint have to launch a LTE network like they have been promising?

 

Maybe you should read some of the articles on this site about how Sprint is rolling out their LTE network. Lightsquared was a partner to Sprint, and Sprint was going to build out the lightsquared network alongside their own LTE network in exchange for lightsquared paying cash and allowing Sprint to use their network for extra data capacity. Now that Sprint has cut lightsquared loose, they are continuing on their own course and plan to use clearwire for extra capacity. It's a good thing Sprint "didn't put all their eggs in the same basket" but it would have been very foolish to count on lightsquared for their entire LTE network as lightsquared wasn't guaranteed that they would even be allowed to use their spectrum for terrestrial service which is what sunk them in the end.

  • Like 1
Link to comment
Share on other sites

Maybe you should read some of the articles on this site about how Sprint is rolling out their LTE network. Lightsquared was a partner to Sprint, and Sprint was going to build out the lightsquared network alongside their own LTE network in exchange for lightsquared paying cash and allowing Sprint to use their network for extra data capacity. Now that Sprint has cut lightsquared loose, they are continuing on their own course and plan to use clearwire for extra capacity. It's a good thing Sprint "didn't put all their eggs in the same basket" but it would have been very foolish to count on lightsquared for their entire LTE network as lightsquared wasn't guaranteed that they would even be allowed to use their spectrum for terrestrial service which is what sunk them in the end.

 

Sprint put all their eggs in the WiMax basket and look what it got them in the end, rotten eggs. They learned from that mistake and they won't do that again. All partner companies will only be used for extra LTE capacity from this point forward. Sprint is making the smart move to build their own LTE network.

Link to comment
Share on other sites

Unfortunately, the general reporting on the LightSquared/Sprint deal was flawed in expressing the true nature of the relationship. Also, many people jumped to conclusions that the deal with LightSquared was exactly the same as Clearwire, just with LTE.

 

As was noted above, Sprint was not using LightSquared for LTE. Sprint was hosting LS's LTE, not the other way around. With losing LS, Sprint is losing revenue, not LTE. Sprint is still deploying its own LTE network and that plan is completely unaffected by LightSquared's failures to get FCC approval.

 

It is true that Sprint did negotiate a deal to use LightSquared for additional LTE capacity when needed. However, Sprint said they would not likely use it before 2015. Sprint would only use LS when and where it was absolutely necessary, because it would have to pay per GB charges for it. And there wouldn't have been Sprint devices that supported LS frequencies for a long time.

 

As I always say, stay tuned to S4GRU.com for all the latest on Sprint's LTE deployment. It is going to be two years of non-stop announcements!

 

Robert

  • Like 1
Link to comment
Share on other sites

 

Sprint put all their eggs in the WiMax basket and look what it got them in the end' date=' rotten eggs. They learned from that mistake and they won't do that again. All partner companies will only be used for extra LTE capacity from this point forward. Sprint is making the smart move to build their own LTE network.[/quote']

 

Well, that was the only basket at the time.

Link to comment
Share on other sites

Sprint put all their eggs in the WiMax basket and look what it got them in the end, rotten eggs. They learned from that mistake and they won't do that again. All partner companies will only be used for extra LTE capacity from this point forward. Sprint is making the smart move to build their own LTE network.

 

I don't really blame them for using Clearwire and Wimax, LTE wasn't ready at the time, Clearwire was going to roll out a "nationwide" WiMax network, and the cost was relatively low in comparison to building the network themselves. Who knows, Sprint may have been planning on building their own LTE network the entire time... just using Clearwire to get the first 4G network and buy some time while Sprint saved money for their LTE network. Clearwire $#!# the bed on securing other wholesale customers and apparently was betting on their retail business to carry the network. Retail revenue wasn't what they expected, they had to slow their rollout and had to rely on Sprint like a crutch. Sprint could have let them go bankrupt, but losing 4G would have taken Sprint down too. So, it all comes down to, would you have rather seen Sprint stay 3G until now? Or be the first with a 4G network covering a good percentage of their customers?

  • Like 1
Link to comment
Share on other sites

And we must not forget they had mobile broadband build out requirements on the spectrum. It took them from 2008-2011 building out WiMax to meet FCC Minimum Coverage standards.

 

They likely couldn't have gotten rolling with LTE until Mid 2010 at the absolute earliest (and to be an early adopter like that would have been hugely problematic). There is no way in the world they could have met the FCC Minimum Coverage standard in less than 12 months from Mid 2010 to May 2011. WiMax was really their only choice in the short term.

 

Robert, Roberto, Admin, Hey You! Its all good! But this was posted from my E4GT with ICS using Forum Runner

  • 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

    • On Reddit, someone asked (skeptically) if the US Cellular buyout would result in better service.  I'd been pondering this very issue, and decided to cross-post my response here: I've been pondering the question in the title and I've come to the conclusion that the answer is that it's possible. Hear me out. Unlike some of the small carriers that work exclusively with one larger carrier, all three major carriers roam on US Cellular today in at least some areas, so far as I know. If that network ceases to exist, then the carriers would presumably want to recover those areas of lost service by building out natively. Thus, people in those areas who may only have service from US Cellular or from US Cellular and one other may gain competition from other carriers backfilling that loss. How likely is it? I'm not sure. But it's definitely feasible. Most notably, AT&T did their big roaming deal with US Cellular in support of FirstNet in places where they lacked native coverage. They can't just lose a huge chunk of coverage whole still making FirstNet happy; I suspect they'll have to build out and recover at least some of that area, if not most of it. So it'd be indirect, but I could imagine it. - Trip
    • 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.
  • Recently Browsing

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