He states that it remains to be seen how much they can improve it with software, and you take that as the issues can be greatly improved. LolThat's not exactly the full story. Here's what the original "expert" from WiWavelength believes posted 9/26:
"Now that many users are reporting numerous, varied cellular and Wi-Fi networking issues, I do believe that the Intel baseband and/or iOS firmware is at least partly responsible for those user issues. While any antenna shortcomings are impervious to a software patch, the Intel baseband and iOS firmware likely will improve with updates. How much improvement remains to be seen.
AJ"
It sounds like the issues can be greatly improved/minimized by OS/baseband software despite the characteristics of the antenna due to 4x4.
Starts with FF
He states that it remains to be seen how much they can improve it with software, and you take that as the issues can be greatly improved. Lol
Here's my Speedtest results. Both taken several times on my work Wifi at the same time (Spectrum internet).
First one is from my Dell work laptop. Second one is from my iPhone Xs Max (256GB Space Gray on AT&T).
Weird indeed. AT&T LTE also seems to be suffering. Used to pull 15-25 Mbps on my iPhone 6s+. Getting 2-5 on my iPhone Xs Max. We are on their highest unlimited plan and it's the end of our billing cycle. Maybe we're just being throttled for some reason, but I'm not sure.
Starts with FF
it's almost like some people work for apple and that apple can do no wrong
Oh Christ.... WiWavelength Report the "Facts" from FCC, and interpret them with his knowledge.
Then people who has absolutely no technical knowledge ( as usual these days ) misinterpret it. I mean if you don't know what -db, RSSI, SNR ,BER, or other basics why are you even trying to discredit WiWavelength?
The software update may ( or will ) improve Data Rate, and connections drop. Looking at these report it is highly likely the firmware for Intel Baseband is not quite finished. The original announcement for XMM75 Series were based on CEVA IP and should have come with ARM instructions set as with all previous Intel modem. For better or worst the new 75 series comes with an embedded x86 processor inside the baseband.
But the sensitivity of those antenna is a done deal. Apple traded higher transfer speak for slightly / much lower reception quality. It seems the 2x2 on Xr is even better than the iPhone 8 and X.
Why would they make that trade ?
Plus 99% probably have never heard of macrumors and are unaware of this problem.Interesting question. Maybe they know the majority of XS customers will be in decent reception areas?
And what exactly is his knowledge? His profile on that site describes him as “Armchair engineer & communications policy wonk.”. No qualifications listed. No industry experience listed. I’ll bet no-one on here had heard of him or his site before last week. He may be right, he may be wrong, but why on the above evidence should we believe he knows more about antenna design than anyone else in general or, specifically, the cellular engineering team at Apple who, unless you believe they intentionally designed a faulty product, clearly thought that the antenna would perform ok?Oh Christ.... WiWavelength Report the "Facts" from FCC, and interpret them with his knowledge.
Plus 99% probably have never heard of macrumors and are unaware of this problem.
They removed 3 of my posts. There was no vulgarity or calling Apple names.I heard a rumor that you got banned on the Apple support forums is that true ? I have noticed a bunch of postings being removed over there that have to do with cellular reception issues.
Interesting question. Maybe they know the majority of XS customers will be in decent reception areas?
If your wifi is bad then your cellular is fine . It's either or so far with the XS for whatever reason since launchYes, if you have good LTE signal, the 4x4 and other new features will make it faster than older iphones. When the signal gets weaker, those features don’t matter as much, and the antenna performance is more important.
My XS Max has ok LTE, but WiFi is very weak. The 5Ghz band drops 15ft from the router, and 2.4Ghz also stops working at a shorter distance than an iphone 6.
And what exactly is his knowledge? His profile on that site describes him as “Armchair engineer & communications policy wonk.”. No qualifications listed. No industry experience listed. I’ll bet no-one on here had heard of him or his site before last week. He may be right, he may be wrong, but why on the above evidence should we believe he knows more about antenna design than anyone else in general or, specifically, the cellular engineering team at Apple who, unless you believe they intentionally designed a faulty product, clearly thought that the antenna would perform ok?
P.s. if you look at his site, the last postings before September 2018 were in 2013. If he’s some sort of industry expert who follows these matters closely it’s odd that he’d break a 5 year silence just in time to comment on this, isn’t it?
Or not on Sprint.Interesting question. Maybe they know the majority of XS customers will be in decent reception areas?
I have already returned 3 phones that all had the same bad cellular issuesWow apple banning people from their site from talking about this issue......Sounds like people with this issue that its time to return it. Why hold on to a $1000.00 plus phone that cant even keep a slow connection..........
I was thinking more eastern America. Appalachian Mountains. I live in a small city, not rural, not urban. But there is a lot of topography that interferes with signals in my area. Mountains, valleys. Add in major cities 1.5 to 2 hours away and farm land all-around and it's a perfect testing ground.
It sounds like the issues can be greatly improved/minimized by OS/baseband software despite the characteristics of the antenna due to 4x4.
Problem is, literally no-one outside Apple knows whether that is the case or not (including the guy over at wiwavelength, the website no-one had ever heard of until a few days ago written by a guy no-one has ever heard of with no apparent qualifications). Yes, there is the FCC filing but whether those figures translate into a hardware problem that affects real-world performance rather than this being a soft/firmware issue is unknown at this point.