The iPhone 14 Pro and iPhone 14 Pro Max feature 6GB of faster RAM, which helps make overall device performance faster and more efficient compared to last year's iPhone 13 Pro.
Earlier today, a teardown of the iPhone 14 Pro revealed it features Qualcomm's X65 5G modem, offering faster 5G speeds and lower energy consumption.
That same teardown also confirmed that the iPhone 14 Pro and iPhone 14 Pro Max feature the newer and faster type of LPDDR5 RAM compared to the LPDDR4X memory in the previous iPhone 13 Pro. Like the iPhone 13 Pro last year, the iPhone 14 Pro still features the same 6GB capacity of RAM but benefits from the newer LPDDR5 memory type.
The standard iPhone 14 and iPhone 14 Plus, as rumored, are expected to still be featuring LPDDR4X memory alongside the A15 Bionic chip from last year's high-end iPhones. According to Apple, the A16 Bionic in the iPhone 14 Pro features 50% more memory bandwidth, which is in line with the expected increase from moving to LPDDR5 memory. The iPhone 14 Pro and iPhone 14 Pro Max feature the new A16 Bionic chip that Apple says is the "fastest chip ever in a smartphone."
Sunday September 13, 2026 3:00 am PDT by Eric Slivka
Apple is about to release iOS 27, which will finally deliver more advanced Siri AI capabilities as well as a variety of other refinements, improvements, and new features to iPhones. It's Apple's biggest software update of the year, and Apple announced at Wednesday's iPhone event that it will be releasing iOS 27 sometime tomorrow – Monday, September 14.
iOS 27 won't be the only release on...
Saturday September 12, 2026 3:27 pm PDT by Joe Rossignol
As noted by Nicolas Lellouche, who writes for the French tech website Numerama, Apple has updated its tech specs pages for the iPhone 18 Pro and iPhone 18 Pro Max to clarify which models are equipped with its new C2 cellular modem and where.
Apple now says the iPhone 18 Pro has a C2 modem worldwide, while the iPhone 18 Pro Max uses the chip in every country except for the U.S.
According...
Friday September 11, 2026 4:42 am PDT by Tim Hardwick
Production theater company IMAX has responded in a mixed way to Apple's embrace of a 1:1.4 aspect ratio on the iPhone Duo's inner and outer displays. The boxier ratio happens to be very close to the classic "full-frame" IMAX 1.43:1 aspect ratio, which comes from the geometry of the company's original 15-perforation/70mm film system.
In response to an X post from someone wondering if we'll see...
What is incredible is that an iPhone is just 2GB shy of the 8GB offered in entry level MBAs and MBPs. Goes to show how important memory is for the Mac-line and how under powered they are to boost bottom line.
Very nice! All we need is 10 more GB of ram for Apple to catch up to Android.
I am legitimately curious, in what situation does the iPhone ever show that it doesn't have enough RAM? I have been using them since the first and I cannot ever remember wishing for more memory. I still find the experience smoother than any other phone I have ever used.
Not being a dick, just trying to figure out why people keep wanting more and more RAM when it seems like Apple has the iPhone pretty optimized using less than competitors.
Very nice! All we need is 10 more GB of ram for Apple to catch up to Android.
The reason why Android needs so much memory is that it lacks Apple's level of hardware and software integration and, like generic windows and other software that is required to run on a plethora of ambiguous hardware, is highly inefficient and needs twice as much to do pretty much the same as Apple does on its highly regulated hardware.
If iPhone ever moves over to M series with its unified memory architecture, this gap in performance and power usage will be literally LOLworthy.
What is incredible is that an iPhone is just 2GB shy of the 8GB offered in entry level MBAs and MBPs. Goes to show how important memory is for the Mac-line and how under powered they are to boost bottom line.
Unpopular opinion? Perhaps.
I'm sure there are those with use cases that can support 8gb. People who buy computers, hopefully understand their use cases and then buy the appropriate hardware to support their use cases.
