The iPhone 14 Pro and iPhone 14 Pro Max feature Qualcomm's Snapdragon X65 modem for faster 5G speeds, lower power consumption, and improved mmWave support on U.S. models, according to a teardown of the devices shared on YouTube today.
The X65 chip can be seen on the logic board in a teardown of the iPhone 14 Pro. We're still in the process of confirming whether the iPhone 14 and iPhone 14 Plus also have the X65, but all models within a series typically share the same modem.
iPhone 14 Pro teardown confirms the inclusion of Qualcomm's X65 modem
Qualcomm announced the X65 modem in February 2021 with power efficiency improvements, resulting in improved battery life while using 5G. In addition, the X65 modem is the world's first 10 Gigabit 5G modem and antenna system for smartphones, enabling theoretical data speeds up to 10 gigabits per second. In May 2021, Qualcomm updated its X65 Snapdragon modem with wider mmWave spectrum support.
The power efficiency improvements of both the X65 modem and A16 Bionic chip contribute to longer battery life on iPhone 14 Pro models. A battery test earlier this week claimed that the iPhone 14 Pro Max lasted two hours longer than the iPhone 13 Pro Max from last year. The iPhone 14, iPhone 14 Pro, and iPhone 14 Pro Max are now starting to arrive to customers.
Key details about the overall specifications of the iPhone 17 lineup have been shared by the leaker known as "Ice Universe," clarifying several important aspects of next year's devices. Reports in recent months have converged in agreement that Apple will discontinue the "Plus" iPhone model in 2025 while introducing an all-new iPhone 17 "Slim" model as an even more high-end option sitting...
Following nearly two years of rumors about a fourth-generation iPhone SE, The Information today reported that Apple suppliers are finally planning to begin ramping up mass production of the device in October of this year. If accurate, that timeframe would mean that the next iPhone SE would not be announced alongside the iPhone 16 series in September, as expected. Instead, the report...
The upcoming iPhone 16 models that we're expecting to see in September are going to be quite similar to the iPhone 15 models, but rumors suggest that Apple is making big changes in 2025. We've been hearing hints of an all-new device in the iPhone lineup, and it may be the most expensive iPhone Apple has offered to date. New 'Slim' Design Rumors have taken to referring to the new iPhone 17...
Wednesday July 24, 2024 9:06 am PDT by Joe Rossignol
Apple supply chain analyst Ming-Chi Kuo today shared alleged specifications for a new ultra-thin iPhone 17 model rumored to launch next year. Kuo expects the device to be equipped with a 6.6-inch display with a current-size Dynamic Island, a standard A19 chip rather than an A19 Pro chip, a single rear camera, and an Apple-designed 5G chip. He also expects the device to have a...
Apple released the fourth beta of iOS 18 today, introducing small changes to a number of features throughout the operating system. There are no big additions in this beta, but Apple is continuing to refine existing settings and design choices. Apple plans to continue updating iOS 18 over the next few months, with the update set to be released this fall. We've rounded up all of the changes...
The fourth-generation iPhone SE will offer a series of major upgrades over the current model, the leaker known as "Ice Universe" claims. The information was listed in a post on Weibo, which also detailed the specifications of the iPhone 17 lineup. As previously rumored, the fourth-generation iPhone SE is expected to feature Face ID and USB-C, marking a major upgrade from current and previous ...
Apple is planning to release at least one iPhone 17 model next year with mechanical aperture, according to a report published today by The Information. The mechanical system would allow users to adjust the size of the iPhone 17's aperture, which refers to the opening of the camera lens through which light enters. All existing iPhone camera lenses have fixed apertures, but some Android...
Shortly after the iPhone 15 Pro and iPhone 15 Pro Max were released last September, some customers began to experience an issue with the devices overheating. Apple eventually mitigated the problem with an iOS 17 update, but it might go a step further with the iPhone 16 models that are set to be released later this year. The Information today cited a source who said that iPhone 16 models will ...
Don’t think i saw any reviewer speak about improved signal unfortunately. Battery gains are nice but man apple needs to sprinkle some magic on those antennas.
The X65 is actually a big deal. Not for top theoretical speeds, but it’s much better at aggregating different channels to achieve higher speeds if the cellular site and provider support it.
But the feature I’m most excited about is its ability to use AI to eke out the most from a weak signal. As shown in the article below, the X65 modem has the ability to get over 4 times the throughput with a medium to very weak signal compared to the X60 modem.
I believe Qualcomm sells the modem along with an antenna system. However, I’m not sure the apple uses their antenna system. So if not the performance probably isn’t quite as good as the s22 but should still see improvements over the 13.
I am, and sometimes it's noticeably better, but mainly because on my carrier in Canada in busy areas sometimes the 4G LTE is congested.
What our big three Canadian carriers do is reserve 5G for their main brand, but put the cheaper brands on 4G LTE. This along with the fact that a lot of the installed base isn't on 5G yet means that the 5G service is a lot less congested.
It's not about max download speed though. It's about reliability and reduced lag.
When I got my 13 ProMax last year I noticed a significant improvement overmy 12 ProMax LTE modem. We also live in area of town where the cell signals vary between 1-2 bars in my yard and usually 1 in house with aluminum siding and all. With last years Qualcomm modem I was getting 2 to 3 bars outside sometimes. (Still mostly 2 but better) and 1-2 bars inside. So I saw a major improvement in going to 5G for me I suppose even with weaker signal strength this tower on edge of town had less on 5G vs LTE?
