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  1. 22 points
    Josh HillSprint 4G Rollout UpdatesFriday, April 5, 2019 - 3:06 AM PDT Now that VoLTE is actually rolling out on Sprint, it's a good time to dive into what exactly is VoLTE, and how is it different from Calling+ and VoWiFi (Wifi Calling). Background Terms E-UTRA or EUTRA: Stands for Evolved Universal Mobile Telecommunications System (UMTS) Terrestrial Radio Access. This is the technical name for the actual LTE airlink. QoS: Quality of Service. This is a way of tagging / flagging certain types of traffic to have priority above or below other traffic. When traffic has a QoS tag higher than other traffic, network equipment (the tower, routers, etc) will drop or ignore lower priority traffic to ensure that this traffic goes through instead. The equipment can also be configured to reserve a certain amount of bandwidth to only be used by traffic with a particular QoS tag. For example, if a router has 10 Mbps available, it can allocate 1 Mbps for a certain QoS tag. Normal traffic will only be able to use 9 Mbps, with 1 Mbps reserved for that QoS tag. The number of QoS priorities / tags varies between equipment vendors, but can be in excess of 256 priority levels. QCI: QoS Class Identifier. This is a value that an LTE / E-UTRA session can be assigned that corresponds to a particular QoS tag and specific attributes of that particular QoS queue. For example, it may or may not specify a guaranteed/dedicated bandwidth allocation (GBR). APN: The APN is the name of the gateway on a mobile network. It identifies the packet data network that should be used for that E-UTRA session. IMS: IP Multimedia Subsystem. It is a method for sending SMS over LTE, along with setting up VoLTE calls and other signaling. eCSFB: Circuit Switched Fall Back. For phones / UEs that can only listen on either LTE or CDMA rather than both simultaneously, it is a method for the LTE network to tell the device that a call is coming in, and to switch over to CDMA to process it. SRLTE: Single Radio LTE. This is a capability of newer devices that allows them to listen on both CDMA and LTE at the same time, but only transmit on one at a time. This replaces the need for eCSFB, allowing the device to see a call coming in over CDMA while it’s using LTE. It is also more reliable and reduces the number of missed calls due to failed fallback. When a call is active, the LTE session is stopped / paused. SIP: Session Initialization Protocol. This is the standard protocol for VoIP in telecom networks. How VoLTE Works While we typically think of LTE as a single connection, multiple E-UTRA “sessions” can actually be established, creating what are essentially virtual/multiple LTE interfaces, each with their own IP address, QoS level, APN, etc. Each session has a numerical QCI assigned that dictates the actual QoS priority and whether or not it has a GBR (Guaranteed Bitrate). QCI Resource Type QoS Priority Packet Delay Budget Packet Error Loss Rate Example Services 1 GBR 2 100ms 10−2 Conversational Voice 2 GBR 4 150ms 10−3 Conversational Video (Live Streaming) 3 GBR 3 50ms 10−3 Real Time Gaming, V2X messages 4 GBR 5 300ms 10−6 Non-Conversational Video (Buffered Streaming) 65 GBR 0.7 75ms 10−2 Mission Critical user plane Push To Talk voice (e.g., MCPTT) 66 GBR 2 100ms 10−2 Non-Mission-Critical user plane Push To Talk voice 75 GBR 2.5 50ms 10−2 V2X messages 5 non-GBR 1 100ms 10−6 IMS Signalling 6 non-GBR 6 300ms 10−6 Video (Buffered Streaming) TCP-Based (for example, www, email, chat, ftp, p2p and the like) 7 non-GBR 7 100ms 10−3 Voice, Video (Live Streaming), Interactive Gaming 8 non-GBR 8 300ms 10−6 Video (Buffered Streaming) TCP-Based (for example, www, email, chat, ftp, p2p and the like) 9 non-GBR 9 300ms 10−6 Video (Buffered Streaming) TCP-Based (for example, www, email, chat, ftp, p2p and the like). Typically used as default bearer 69 non-GBR 0.5 60ms 10−6 Mission Critical delay sensitive signalling (e.g., MC-PTT signalling) 70 non-GBR 5.5 200ms 10−6 Mission Critical Data (e.g. example services are the same as QCI 6/8/9) 79 non-GBR 6.5 50ms 10−2 V2X messages (source: https://en.wikipedia.org/wiki/QoS_Class_Identifier) As you can see in the above table, the QCI does not necessarily correspond to the QoS level. For example, QCI 1 has a QoS priority of 2, but QCI 5 has a QoS priority of 1, making it actually higher priority traffic. On Sprint, traditionally one E-UTRA session was used, with a QCI of 9 and QoS priority of 9. This is the lowest QoS priority, and does not have a guaranteed bitrate. On devices which use eCSFB or VoLTE, another E-UTRA session is established for the IMS APN using a QCI of 5 and QoS priority of 1, and is used for IMS. This session also does not have a guaranteed bitrate, but it has the highest QoS priority. IMS is used for SMS over LTE, along with setting up VoLTE calls. eCSFB devices use it for SMS, and likely also for triggering eCSFB. On newer device which instead use SRLTE, IMS is not used unless VoLTE is enabled, and they instead use CDMA 1x for SMS, so an IMS E-UTRA session is often not setup. When a VoLTE call is initiated, a third E-UTRA session is established, also using the IMS APN. This session has a QCI of 1 and QoS priority of 2. Unlike the other two sessions, this one does have a guaranteed bitrate. For Sprint, this bitrate is 39 Kbps. The screenshot below shows all 3 sessions: VoLTE E-UTRA sessions This is how VoLTE calls are prioritized over regular data. Normal data usage, such as loading a web page or watching a video, will still use the lower, default QoS (QCI of 9), while the data for the VoLTE call will be at the second highest priority (QCI 1), just after IMS signaling (QCI 5). The tower / eNB will ensure that the VoIP session always is able to use up to 39 Kbps by reserving that bandwidth and dedicating it to the call. This is in contrast to “Calling+”, which does not establish a separate E-UTRA session, and instead uses the normal QCI 9 session. The below screenshot shows an active Calling+ call. Note the presence of only a single E-UTRA session. Calling+ E-UTRA sessions So now that we have the airlink for VoLTE, what happens? VoLTE, Calling+, and VoWiFi are essentially standard SIP VoIP calls. The below screenshots show the SIP details for an active call, and the LTE Signaling messages that setup and then end the SIP call. VoLTE SIP details VoLTE Signaling For VoLTE, the traffic for the SIP call goes over the QCI 1 E-UTRA session instead of the normal QCI 9 session. This means that the eNB (tower) will reserve and guarantee 39 kbps for the call, but other traffic from the same device will not be prioritized and will use the normal session. So starting a VoLTE call will not make the rest of your traffic prioritized, it will apply only to the VoLTE call. So as a recap, when VoLTE is enabled, the UE / phone establishes multiple E-UTRA sessions. One is used for normal usage, one is used for texting and signaling, and one is used for the VoLTE call. Think of these like separate virtual ethernet cables. On the QoS prioritized and guaranteed bitrate VoLTE session, the UE establishes a SIP VoIP connection for a call. On Calling+ devices, the same SIP connection is used, however it runs over the default QCI 9 session instead, and therefore isn’t prioritized and doesn't have a guaranteed bandwidth. This is why Calling+ calls are more likely to cut out or not sound as good. VoLTE call Calling+ call VoWiFi (Wifi calling) operates almost the same way. Like VoLTE and Calling+, it also uses the same SIP connection for calls and presumably IMS for signaling, but instead of using an LTE E-UTRA session, the phone establishes an IKEv2 IPsec VPN connection to Sprint. This is an encrypted connection that allows data to be tunneled directly into Sprint’s network. The SIP and IMS traffic are then routed over this VPN to Sprint, but not other, normal traffic. From a QoS perspective, VoWiFi is identical to Calling+, in that neither are prioritized above other traffic. VoWiFi call Because VoLTE, Calling+, and VoWiFi all use the same SIP servers and connections, under normal conditions they sound the same and can technically hand off to one another. They can all take advantage of HD Voice codecs and should sound the same, since the call itself is identical across all three. The difference is how the data for that call makes it to Sprint. VoLTE is able to use a dedicated, guaranteed airlink to ensure that congestion on the network (LTE or WiFi) won’t adversely affect the call. One final performance benefit is that VoLTE is able to take advantage of something called RoHC (Robust Header Compression), seen in the above 3 screenshots. This compresses the IP, TCP, UDP, and RTP headers from 60 bytes to 1-3 bytes, resulting in up to 60% bandwidth savings. It’s only possible on a dedicated link, which is why VoLTE has it but Calling+ and VoWiFi do not. So not only does VoLTE have guaranteed, dedicated bandwidth, it will use potentially half as much, which matters a lot for maintaining the call in edge of cell scenarios.
  2. 12 points
    You guys are just falling for the propaganda. They all want us to think the Sprint's failure is imminent, if not even immediate, if the merger is not approved. You guys all mocked Sprint when they first were using hyperbole about their network and prospects when they played that card initially. And now going all ga-ga over the data again as if it was new info and now means even something more or different. This is all OLD NEWS. They want it rehashed and all of you to freak out and over talk about it, so general opinion is that Sprint is going to no longer exist with or without Tmo. But the reality is, as Brad mentioned above, Sprint is in better shape than it was last year, two years ago and five years ago. And also, I don't get the comment that "Softbank is looking for a bailout by any means necessary." Softbank is not looking for a bailout. No request of government giving money to save Sprint financially. That's a bailout. Softbank is looking for a BUYER. It's totally legit to look to sell the company. Why would this be surprising? Masa was discussing selling Sprint within weeks of buying it. That's always been on the table. And frankly, I wouldn't mind for someone to take over than Masa. A tie up with a cable company may be a very good thing for Sprint if the Tmo deal doesn't happen. But I fully expect a legal challenge if not approved. Robert
  3. 11 points
    Sprint has over 56 million customers, do we need to really go down this rabbit hole?! Is Sprint perfect? Nope, is any carrier perfect!? Nope. You should go with what works for you, if Sprint was somehow not meeting my needs, I would have moved on a long time ago. I'm not with them to save a buck, I'm still with them because the network meets my needs (and I consider myself a pretty heavy data user) and customer support has always taken care of any/all my issues. As a plus, I personally enjoy the community Robert and gang have created here, which has been extremely educational and enjoyable.
  4. 10 points
    SignalCheck 4.52 is rolling out to the masses! It should be available on Google Play within the hour. Here are the highlights: New options added: Added option to control display of horizontal signal meters on main screen. Added option to control logging of LTE sites if the TAC is missing/invalid. Added option to display LTE bandwidth on Android 9.0+ devices. This is nice, but not 100% reliable on most devices yet. Hopefully this improves over time. Added options to trigger Alerts based on specific LTE bands or plain-text strings. This is pretty cool.. you can choose LTE bands, and/or have the app alert on any text you want (or don't want, by using the "!" character). Set multiple alerts by separating strings with commas. Notable bug fixes: Resolved issue with app failing to exit immediately in certain scenarios. Resolved issue with missing data on Android Q Beta devices. Resolved issue with missing PLMN ID in certain scenarios. Resolved issue with missing provider database on Android 9.0 devices. Resolved issue with Alerts preferences not working properly on Android 8.0+ devices. Most of the Alert preferences are now handled directly by the system. Resolved issue with missing WCDMA data on newer devices. Some of these items were a lot more work than a brief sentence might hint.. many were significant bugs, some users will see great improvements! Other changes: Adjusted animated action bar tower icon colors when idle. Changed device location settings warning to reappear on every app update. Changed primary signal data source on Android 7.0+ devices. Disabled battery-related options for Location Service and Site Logger on Android 8.0+ devices; intend add back in a future update. Android no longer permits third-party apps to monitor power status changes; I am looking for an alternative method. Improved deployment process; releases will now be smaller, more optimized downloads. This is not a large app, but now it's approximately 30% smaller anyway. Thanks for all of your support! Feel free to shout if you have any questions.. -Mike
  5. 9 points
    No. A cable company buying out Sprint or T-mobile would be very likely better for the consumer as they'd have an incentive to compete and gain subscribers. It's only the natural path forward if one looks at how Comcast and TWC (Spectrum) is setting up things. They've already began building the infrastructure of supporting wireless users and triple play integration based on their MVNO setup. The next step would fully integrate those wireless users into their entire network top down instead of piggybacking off say Verizon. They can leverage their long haul fiber and last mile hybrid fiber coaxial networks to provide dedicated full speed backhaul to their own cell sites and new ones they can leverage using their own telephone poles and right of ways. It's one of the reasons why Shentel land is so amazing. Full vertical integration.
  6. 9 points
    VoLTE post is up! https://s4gru.com/entry/439-sprints-casting-call-of-voice-over-actors-an-in-depth-analysis-of-volte-calling-and-vowifi/ Sent from my Pixel 3 XL using Tapatalk
  7. 9 points
    Just a quick update for the Beta Crew, yes I am still hacking away at the new Alerts.. it is a lot of work trying to get everything working well on Oreo+ devices while not breaking pre-Oreo devices. I forgot how many ugly workarounds I needed to implement to keep everything working before. The new Android notification settings don't mesh well with my needs either, but it will get done. Just a tedious struggle. Side note, I accidentally stumbled across something I either didn't know or forgot about.. Pie introduced a new method to get the channel bandwidth, so hopefully that will be an easy and very cool addition making this wait worth it.. stay tuned.. -Mike
  8. 8 points
    This is a non-sequitur. My whole point was that they have the service on paper, but not in reality. If they put 5G-NR on 600 MHz on those same towers that currently have 700 MHz, they can fill a map full of rural areas running "5G" with the actual service being as poor as it is today. (And, if 5G-NR is a more fragile airlink than LTE, then it will be poorer.) Spectrum is not the issue, deployment is. Lose how? Once they've merged, what is the remedy if they decide to give the FCC, DOJ, and the American people the middle finger? I remind you to check out all the remedies that have been used on AT&T so far, such as... ... huh, I can't think of any. - Trip
  9. 8 points
    New beta is finally done brewing and has been uploaded to Google Play.. should be available within the hour! Lots of significant bugfixes and new LTE alerts that should make people very happy. Changelog: https://signalcheck.app/change-log Thanks for your patience, and let me know what I broke.. -Mike
  10. 8 points
    Massive MIMO antennas found today in the Columbus market. Can broadcast many beams of B41 LTE 2500 and 5NR (5G).
  11. 7 points
    Considering Dan Hasse was talking about it in NV 1.0 about 7 years ago I would say it's been past ridiculous. Sent from my SM-G965U using Tapatalk
  12. 7 points
    T-Mobile lost their speed crown to AT&T. Sprint passed Verizon and is only 500kbps behind T-Mobile. https://www.engadget.com/2019/04/03/atandt-has-the-fastest-wireless-network-in-the-us/
  13. 7 points
    Look like another M-MIMO antenna added at East 14th Street and 2nd Avenue, above the IHOP Restaurant building. The mini macro is still there and it is live pulling 167 down and 14 up at 12:30 PM. Sprint replacing 8T8R and mini mac for M-MIMO build so fast in Manhattan, some of them leave 8T8R and mini macro antenna up there.
  14. 7 points
    Google responded on reddit, looks like it will be addressed
  15. 7 points
    Report at the beginning of the month said no go for El Paso on band 26 Well.... Here it is Sent from my iPhone using Tapatalk
  16. 6 points
    Another beta just released! Many more fixes.. hopefully this will take care of everything I was aware of.. let me know! Hopefully this version can go public later this week..... -Mike
  17. 6 points
  18. 6 points
  19. 5 points
    I just successfully switched my Pixel 3 XL to use the eSIM on Sprint. Works out of the box now. Since I already had this phone on the line, I had to swap to another phone and then swap back with the eSIM. Everything works. Super convenient. No more having to order the correct SIM from Sprint, and I can now swap between Sprint and another carrier easily (traveling internationally, or even using another domestic carrier). Sent from my Pixel 3 XL using Tapatalk
  20. 5 points
    I'm glad to see no one is overacting...
  21. 5 points
    Sprint’s recent FCC Filing is enough to get you depressed... Holy cow they’re in trouble. https://ecfsapi.fcc.gov/file/10415297968006/Sprint%20Standalone%20Ex%20Parte%20-%20REDACTED%20-%20FINAL%20-%204.15.2019%20%5BAS-FILED%5D.pdf There’s so much in this it’s frankly overwhelming, but here are these nuggets: “Footnote 55: Sprint chose not to participate in the 600 MHz auction in 2016 partly due to lack of financial resources and the need to spend cash on more immediate network needs, and partly because at the time it expected to successfully densify its network using monopoles, which would have reduced the need for low band spectrum.” Page 33: ”Churn-bomb” Page 38: “Liquidity Wall” If you think they’re telling the truth here, Sprint is in deep trouble...
  22. 5 points
    Promise in one hand and do something else in the other... Fact of the matter is that right now, while T-Mobile has made the map look good, the actual service in rural areas is not good--at least in my experience--and that's with LTE. I'm not confident that the merger will improve this. I'm not sure why you expect it to. Are they going to put many billions of dollars into an escrow account that will be used only to fund rural deployment within a certain time frame and be forfeited to the government if not used? If not, then what is their promise other than words that could easily be ignored the moment after the merger is approved? Remember the time AT&T promised they wouldn't increase prices after merging with Time Warner and did so twice within a year? What was their promise worth? What makes T-Mobile's different? - Trip
  23. 5 points
    Do not underestimate a motivated Cable co with full vertical landline and wireless integration that wants to stick it in the face of other cable cos and wireless carriers. Sprint and tmobile is not a threat to Verizon and ATT. Comcast or TWC getting their hands on a nationwide wireless carriers network to combine with their cable and fiber holding is scary. Sprint has for years considered that possibility a significant threat. Sent from my Pixel 3 using Tapatalk
  24. 5 points
    T-Mobile's map looks reasonable with the pace at which they're rolling out L600. All L600 equipment is NR-Capable. Sprint's map is heavily understated, though, I think. Sprint's 5G rollout will most definitely be more widespread than that. Additionally, all Ericsson radio equipment that shipped after 2015 is software upgradable to LTE+NR with their proprietary spectrum sharing technology. I'm sure Sprint will take advantage of this.
  25. 5 points
    My most used site, which is ~125 miles out of Chicago, received M-MIMO about a month ago.
  26. 5 points
    I wouldn't say SoftBank starved Sprint of capex. They just never went out and borrowed more money for them. Which was always the hope. That SoftBank would bring a huge capital infusion. That did not happen as we know now. But they did clean up the house which also makes Sprint a healthier company to compete and even borrow money. Robert
  27. 5 points
    Random speedtest in Clairemont Mesa today. B41 B26
  28. 5 points
    As part of Sprints Next Generation Network (NGN) upgrades, Sprint has been actively deploying antenna setups that have a total of 4 individual 800 MHz antenna ports. It was first discovered with the 16 port triband antennas which had four 800 MHz ports, four 1900 MHz ports, and eight 2.5 GHz ports. Subsequently, 10 port dual band 800 MHz and 2.5 GHz antennas also began to appear shortly after in deployments alongside Network Vision era 6 port 800/1900 MHz antennas bringing the total amount of 800 MHz ports in use to four per sector. And for what reason one might ask? It's for 2 Transmit and 4 Receive (2Tx4Rx) diversity for 800 MHz at the cell site. Deploying such an antenna setup enables the eNB to maintain a stronger connection to UE which results in improved LTE data speeds and coverage as the device uplink is almost always the first to fail. This serves as a huge plus in terms of supporting Voice of LTE (VoLTE) as ubiquitous LTE coverage is essential for Sprint as there is no legacy voice fallback. With the these new 8 port dual band antennas, Sprint can now provide more consistent 800 MHz service than two individual antennas provided in the 10 port dual band antenna configuration provided and removed the extraneous 2.5 GHz hardware from the 16 port triband antenna where it is no longer needed. These new antennas will now stand alone next to 2.5 GHz Massive-MIMO antennas or older 2.5 GHz RRH and antenna configurations. Both highly optimized in what they do best. Nokia - Alcatel-Lucent 2x50w 800 MHz RRH + 1.9 GHz 4x45 RRH + 2.5 GHz 8x20 RRH Source: bucdenny Source: bucdenny Samsung 800 MHz RRH-C4 + 1.9 GHz RRH-P4 + 2.5 GHz 8x20 RRH-V3/B8 Source: RAvirani: Source: RAvirani Source: dkyeager Source: dkyeager Source: dkyeager Source: dkyeager
  29. 5 points
    Here is the picture of M-MIMO just been added and function, this site was Samsung Clearwire before it got replace by 8T8R Antenna build only lasted for a month before Nokia M-MIMO added. Location East Broadway and Catherine Street Building.
  30. 5 points
    It should be noted that in certain conditions the device will used a cropped image from the main sensor instead of the second lens. That was the case on the S9+ too. I can't say that I've seen the same smudginess that you guys are mentioning on my device. Here are 3 unedited pictures I took last Thursday for comparison between the zoom and the other 2 sensors.
  31. 5 points
    Happy Birthday@mikejeep!!
  32. 4 points
    Sprint is improving. Data from RootMetrics shows that from 2H 2019 to 1H 2019: Median download speeds in Ann Arbor, MI increased from 17.6Mbps to 33.2Mbps. Median download speeds in Bakersfield, CA increased from 16.7Mbps 30.7Mbps. Median download speeds in Baton Rouge, LA increased from 9.7Mbps to 17.6Mbps. Median download speeds in Boston, MA increased from 21.1Mbps to 30.2Mbps. Sprint had the fastest median download speed at 49.9Mbps during the outdoor walk tests in the "dense urban core of Boston". Median download speeds in Buffalo, NY increased from 10.9Mbps to 29.3Mbps. Median download speeds in Detroit, MI increased from 18.1Mbps to 30.3Mbps. Median download speeds in El Paso, TX increased from 17.9Mbps to 28.5Mbps. Sprint had the fastest median download speed at 28.5Mbps. Median download speeds in Flint, MI increased from 9.4Mbps to 33.4Mbps. Median download speeds in Fresno, CA increased from 5.6Mbps to 15.8Mbps. Median download speeds in Las Vegas, NV increased from 32.4Mbps to 45.7Mbps. Sprint had the fastest median download speed at 45.7Mbps. Median download speeds in Milwaukee, WI increased from 14.7Mbps to 21.8Mbps. Median download speeds in Ogden, UT increased from 18.3Mbps to 36.5Mbps. Median download speeds in Philadelphia, PA from 19.5Mbps to 28.2Mbps. Median download speeds in Provo, UT increased from 19Mbps to 37.8Mbps. Sprint had the fastest median download speed at 37.8Mbps. Median download speeds in Rockford, IL increased from 19.8Mbps to 30.2Mbps. Median download speeds in Sacramento, CA increased from 19.5Mbps to 35.5Mbps. Sprint had the fastest median download speed at 35.5Mbps. Median download speeds in Salt Lake City, UT increased from 20Mbps to 30.8Mbps. Median download speeds in San Jose, CA increased from 28.6Mbps to 37.4Mbps. Sprint had the fastest median download speed at 37.4Mbps. Median download speeds in Spokane, WA increased from 21.2Mbps to 29.6Mbps. Median download speeds in Syracuse, NY increased from 28.3Mbps to 38.9Mbps. Median download speeds in Tucson, AZ increased from 12.9Mbps to 28.4Mbps. Median download speeds in Youngstown, OH increased from 19.1Mbps to 36.2Mbps. Not all cities have had 1H 2019 data gathered yet.
  33. 4 points
    I had a HD VoLTE call with a Verizon phone on the other end yesterday. Call sounded great! Good to see HD calling with other carriers is working.
  34. 4 points
    Didn't SoftBank have a provision where they would be required to buy all of the Sprint stock if they ever went over the 85% mark? I thought that was why they couldn't just put more money into Sprint. Just asking.
  35. 4 points
    None of these are sufficient justifications for a merger in my opinion, because they can be fixed with increased capex and support from SoftBank as the parent company. A merger simply lets SoftBank off easy and subjects the consumer to the negative effects of a consolidated carrier market... and there’s no going back from that in the near/long term. The “Merge or we lose in 5G” argument is such a PR stretch it’s ridiculous.
  36. 4 points
    Interesting.... I think it would have been better to wait for VoLTE to go live on more devices.
  37. 4 points
    Here are the speeds at Capital One Arena...
  38. 4 points
    After months and months of our MB only outputting d/l speeds under 30mbps... we are now back up to what it was before. This is the first time with the MB Gold that we have achieved these speeds: DL Mbps/UL Mbps 73.3 / 7.39 68.0 / 8.08 78.5 / 9.46
  39. 4 points
    PC magazine tested Verizon 5G network in Chicago and it's basically a disaster in the making. https://www.pcmag.com/news/367659/heres-the-real-truth-about-verizons-5g-network You have a small cell/tower across the street from a Starbucks then inside of the next building to it, you drop to 41mbps LMAO while outside you would get over 400mbps. MMwave is a crap spectrum. Sprint was well positioned to smoke the competition on 5G had those cheap Japanese investors would have given them a vote of confidence. 2.5ghz is the sweet spot for 5G, its give you coverage and badass speeds.
  40. 4 points
    I'm saying Sprint speeds here have gotten better. I'm not going to deny that. coverage obviously can use improvements here but obviously they need money for that so I'm not going to complain about that. But other than that Sprint has improved that's definitely a true fact Sent from my ONEPLUS A6013 using Tapatalk
  41. 4 points
    Excited to see this. Columbus market seems to be doing pretty well for me lately. Already getting 120-150mbit at home/work and even see speeds around 250mbit along 33 southeast of Canal.
  42. 4 points
    A buddy said this to me : it’s simple, the merger was always in mind and it’s harder to mergers 2 companies that are doing well. So, one company has to show significant loses for the merger to make sense. Masa, wanted them to merge from the very beginning Sent from my iPhone using Tapatalk
  43. 4 points
    Looks like Sprint is finally ripping and replacing Clear sites in Northern NJ. Here by Weehawken, went from a single carrier Clear site, which did okish during offpeak times(30-50mbs) and (2-10mb peak) to 200mbs+ offpeak and 80mbs+ during peak times. Good stuff!
  44. 4 points
  45. 4 points
    It seems like something is happening to my home tower. Trying to get better pictures of it, but I'm just too far for anything but a blur on my iPhone. Over the weekend, we had sporadic LTE service go in and out. Speeds have slowed a bit, but now there are safety cones on the roof of the building where the equipment is.... fingers crossed. Best shot I could get:
  46. 4 points
    Experienced my first VoLTE call in Orlando last night, and it was pretty nice.
  47. 4 points
    VoLTE works surprisingly well on an unsupported device at the moment. I've forced it on the Pixel 3 XL, which Sprint insists is not possible, and it works great. It ignores all the per eNB enable/disable settings that Sprint broadcasts, so it's working on magic boxes and in theory unlaunched markets. I tested the QoS on it today in a rush hour subway station where Hangouts messages were taking 30-60+ seconds to send due to congestion, and it worked flawlessly. Honestly, I think whatever weird/non-standard(?) thing Sprint is doing to enable/disable it on a per eNB level is causing a lot of stability problems with supported devices, where it turns off and won't go back on, etc. Once that is overridden, it works really well, at least if you're in an area without 3G drops Sent from my Pixel 3 XL using Tapatalk
  48. 4 points
    I took my phone off of the charger Friday night right at midnight, 1 day and 9 hours later, as I'm typing this, I'm at 52%. All this includes lots of phone calls and emails, over an hour of youtube, about 30 minutes of 4k 60fps video and lots of web browsing.
  49. 4 points
  50. 4 points
    Am I the only one who doesn't care about 5G? I'm more than satisfied with LTE. I'll continue using it until I absolutely have to use 5G.
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