That's why apple decided to pay back Qualcomm what they owe....Apple ready to drop intel like a bad habit.More proof that Intel chips sucks.
That's why apple decided to pay back Qualcomm what they owe....Apple ready to drop intel like a bad habit.More proof that Intel chips sucks.
I don't even know why they bother mentioning max theoretical speeds. Like yeah, if nobody else is connected to the tower, and you're standing 10ft away from the tower, and the weather is perfect and the sun is down and general network congestion on the ISP and backbones are low, and if you're not holding it but have it mounted from a specific point using a tripod that has non-metal contact points then maybe. Meanwhile in the real world, you've hit the jackpot if you get close to 100Mbps on any given speed test, and typically can expect 30-60Mbps.
I did the same thing and sadly it’ll have to live another year as I’m not getting another iPhone until it has Qualcomm as an option again. Too many dropped calls and horrible 4g speeds in rural areas....Glad I stuck with an unlocked 8P with a QCOM modem.
Intel is making the Modems, not the Chips. TSMC makes Micro Chips for Apple.....More proof that Intel chips sucks.
The Samsung Galaxy S10 and the new OnePlus 7 Pro are both flagship smartphones that are designed to compete with the iPhone XS Max, and to see how their LTE chips compare, PCMag teamed up with Cellular Insights to test the signal strength of the new devices.
Apple's iPhone XS Max is equipped with an XMM7560 modem chip from Intel, while the Galaxy S10 and the OnePlus 7 Pro are using Qualcomm's X24 modem, which theoretically offers better performance.
The Intel XMM7560 modem in the iPhone XS Max supports supports 5-carrier aggregation but offers 1Gb/s maximum theoretical data transfer speeds, while the Qualcomm X24 in the Galaxy S10 has max theoretical speeds of 2Gb/s (it uses 7-carrier aggregation) and the OnePlus 7 Pro has max theoretical speeds of 1.2Gb/s (lower because it uses 5-carrier aggregation like the iPhone).![]()
iPhone XS Max in blue, OnePlus 7 Pro in orange, Samsung Galaxy S10 in gray, and LG V40 in yellow
In testing on LTE band 4 with good signal, there wasn't a lot of difference in performance between the iPhone XS Max, the newer smartphones from Samsung and OnePlus, and the LG V40, which PCMag added in because it was 2018's best performing phone in terms of cellular speed.
All of the smartphones performed similarly, but the Samsung Galaxy S10 did see some of the slowest speeds, and at peak signal, the iPhone XS came in behind the OnePlus 7 Pro and the LG V40.
In a test with poorer LTE signal, the iPhone XS Max saw the slowest speeds and was outperformed by all of the Qualcomm chips. The iPhone XS Max was quite a bit slower than the Galaxy S10 and the OnePlus 7 Pro specifically.
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Starting in 2020, Apple is no longer going to use Intel chips and is instead going to transition to Qualcomm's 5G chips. Intel has decided that it's exiting the 5G smartphone modem chip business leaving Apple no choice but to rely on Qualcomm technology and perhaps some chips from Samsung.
Apple and Qualcomm recently settled a vicious legal battle which had seen Apple refusing to use Qualcomm chips. Because of the dispute, Apple used Intel chips in the 2018 iPhones, and is expected to continue to use Intel chips for the 2019 iPhones.
Though the legal battle is over, Apple isn't likely to have time to swap over to Qualcomm modem chips for the 2019 iPhones, and Intel has confirmed that it's going to continue to supply 4G chips to meet its current obligations.
Article Link: iPhone XS Max Signal Strength Compared to OnePlus 7 Pro and Samsung Galaxy S10
Actually, AWS is the primary band in the US.The test is cherry picking band 4 which isn't primary band for most carriers. They need to do a comprehensive multi-band test.
I just looked through my Speedtest logs which go back to 2015 and my fastest time was 89.1Mbps about a month ago on my XS. I'd love to see a result even half of that at 500Mbps, which is what I get on my home WiFi.I don't actually remember about being near a tower. However, speeds are dependent on network congestion as well as the back-end server you choose to connect to. I would like to see a speedtest with 1gbps on LTE.
I wish there was a better way of quantifying this for the average user. Like when I buy a desktop that is 3.6GHz, I expect it to run at 3.6GHz minimum. But then there are things like USB drives, which are clearly 5400rpm spinning 2.5" drives, but say things like "Up to 5 Gbit/s" even though in reality you'll be lucky to get a fifth of that because they're listing the bus speed. I wish the advertising laws in the U.S. were better about this sort of thing, but the people writing the laws don't understand any of it. Heck, I'm a fairly technical person and I know enough to know that I don't know much.There is a direct relationship between the maximum capabilities that the modem is capable of and the average actual speeds that you can experience in the real-world. Check out the tables in this article for an explanation:
https://www.qualcomm.com/news/onq/2...es-can-give-you-fastest-data-speeds-available
Doesn't matter when it comes to modem where Qualcomm is the best option for Apple (though there are others with great modems, but probably not an option).Forget Qualcomm. iPhone has a processor that is at least a year ahead of the competition and a OS that actually works.
Count your blessings. I live in a rural area on TMobile. I’m happy if I get 3MB down and 800K up. 600K down is a regular thing. The telecoms will always let you down - the modem you have is the last thing to worry about.I don't know if it is increased network congestion or worse reception, but I used to frequently see speeds on Verizon over 100 Mbps. Now, the norm is around 60.
You’ve hit the nail on the head. Android is a malware infested mess. I’m in a 1 to 2 bar signal area on TMobile. (Verizon has no signal, and I would never do business with ATT under any circumstances). My Xr is way better than my 6s+ was in these crappy signal circumstances.In the end, I couldn't care less about the signal strength of Android phones, or any other hardware feature that they have. Android is crap. It's crap coated crap with crap filling.