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iPhone 14 Pro Features
iPhone 14 Pro features and the phone itself were recently announced at Apple’s Far Out event in Cupertino, California. The iPhone 14 Pro feels like a tour de force in the premium smartphone market, with features like an entirely new 48-megapixel wide-angle camera, an always-on display, and a revamped notch region called “Dynamic Island.” The master of marketing that it is, Apple is doing all in its power to portray the features found in its flagship as revolutionary.
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With the iPhone 14 Pro, Apple included some amazing new features, but keep in mind that some of these features have been available on Android devices for quite some time.
Every year in the fall, Apple introduces a new batch of iPhone models. Additionally, the business presents each new feature it adds to the iPhone as ground-breaking technology with each new version. That isn’t always the case, though. In fact, the iPhone 14 Pro has a number of capabilities that many Android phones have had for a while.
Check out some features of the iPhone 14 Pro that we first saw on Android.
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1. Dynamic Island
The Dynamic Island, a redesigned “movable” notch at the top of the phone that will display information like the song you are listening to or when gadgets connect to your phone, is the outstanding feature of the all-new iPhone 14 Pro versions, which claims numerous improvements.
Although pill-shaped display cuts on smartphones are nothing new, they have remained largely motionless, and Android-based rival companies did nothing to make the top of the screen more interactive with apps and notification displays.
A secondary screen that displayed the time, date, and notifications was located at the top of all devices except the LG V20. The LG V20’s secondary display was useful, but it never gave the impression of being integrated into the user interface.
In essence, Dynamic Island solves a hardware issue through software. It’s comparable to saying that “your smartphone still has a notch,” but the pill-shaped cutout now adjusts dynamically as you use the device as if it were designed to be a feature of the user experience. Brilliant use of the notch, no doubt.
2. Always-On Display
The always-on display (AOD), which enables iPhone users to quickly check the clock and their alerts, is finally available on the iPhone 14 Pro. Although the Samsung Galaxy S7 introduced this capability to Android phones for the first time in 2016, the technology existed far earlier.
The Nokia 6303 was the first phone to include the always-on Display in 2008. Additionally, all of the company’s Symbian OS-powered smartphones, including the Nokia N8, that came with AMOLED displays also had AOD. However, the ability to reduce the screen refresh rate to as low as 1Hz distinguishes Apple’s version of the AOD from other devices.
By doing this, the AOD may operate with a little negative impact on the iPhone 14 Pro’s battery life even while the entire screen is on (instead of just a section, like most Android phones show). This guarantees that even when the screen never turns off, iPhone users continue to experience outstanding battery life.
3. 48MP Main Camera
The iPhone’s primary camera last received a resolution boost in 2015, when the iPhone 6S received a 12MP sensor in place of the iPhone 6’s 8MP sensor.
It would have been good if Apple regularly increased the number of megapixels in its cameras as Android manufacturers do. Sensor resolution isn’t the end-all and be-all of camera quality because computational photography and sensor size are also significant factors for smartphone cameras.
After all, 2021 launches of smartphones with 108 MP sensors have already occurred, including the premium Samsung Galaxy S21 Ultra and the midrange Realme 8 Pro. And even if the Apple iPhone Pro has quad pixels with a 2.44 m size, or 1.22 m pixels before binning, it is still inferior to the enormous 50.3 MP camera on the Xiaomi 12S ultra, which has a 1-inch sensor and 1.6 m pixels.
It has been suggested that Apple’s Photonic Engine will be the deciding factor. However, other manufacturers, including Samsung, Google, and Xiaomi, are advancing their computational photography technology as well, producing breathtaking photographs with their top-tier smartphones even in the same low-light circumstances.
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4. Autofocusing Selfie Camera
The front-facing selfie camera on the majority of smartphones lacks focus. That’s because the intricate gear needed for focus control cannot be installed in the limited space for front cameras. Even though Apple eventually made this function available with the iPhone 14 and iPhone 14 Pro, Android users have already been taking advantage of it for a while.
This feature was initially made available by Samsung with the S8 in 2017. In 2018, Google adopted the trend and added autofocus to the Pixel 3’s front-facing camera. Although this capability is absent from products from Huawei, Xiaomi, and Motorola, Apple took five years to include it in the iPhone.
5. Action Mode
Apple also launched Action mode for the iPhone 14 and iPhone 14 Pro in addition to the front camera’s autofocus feature. Although we are unsure of the specific mechanics of this feature, it undoubtedly makes use of both optical and digital image stabilization to maintain a steady recording even when filming in unsteady circumstances.
Smartphones have used this technology before, though. Super Steady video was available on the Samsung Galaxy S10 from 2019 as well as Ultra Stabilization on the Vivo V25 Pro, a mid-range smartphone.
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6. Crash Detection
Apple has recently prioritized health and safety greatly. The business is integrating accident detection into the most recent generation of iPhones in addition to the health and safety features it released in the Apple Watch and the Emergency SOS through satellite communication on the iPhone 14.
However, the OnStar Guardian app was already released in 2021 by the General Motors subsidiary OnStar, which offers customers access to vehicle services including navigation and security. This software, which is available for both iOS and Android, uses your phone’s internal sensors to detect crashes and instantly dial 911.
Even the 2020-released Pixel 4a has automobile crash detection built in. Android devices also include microphones and barometers, despite Apple’s claims that it added a high-g accelerometer to detect abrupt changes in speed and direction.
7. A 4nm Processor
The A16 Bionic CPU in the iPhone 14 Pro is marketed by Apple as being the most potent smartphone processor ever. However, Apple simply asserted that it is 40% quicker than the competition in a graphic that provided no further information save the fact that it performs better than the A13 Bionic from 2019. So, we don’t know how much better it is than the A15 chip from the previous year.
According to the manufacturer, the 4nm technology utilized to make the A16 chip was what gave it its strength and efficiency. However, this method is already utilized by the Snapdragon 8 Gen 1 featured in the Galaxy S22 series and certain other Android flagships released in 2022.
The Snapdragon 8 Gen 1+, an upgraded version of this top-tier chip, and the Snapdragon 7 Gen 1, an upper mid-range variant, were both announced by Qualcomm in May 2022 utilizing the same 4nm manufacturing process.
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Conclusion
Apple and many other companies are excellent at marketing their products, thus during their presentations, they can make features that have been present on Android smartphones look novel and revolutionary. After all, it employs the top advertising companies and invests millions of dollars in its global marketing strategies.
While Emergency SOS via satellite and the Dynamic Island are some of Apple’s exciting new features for the iPhone 14 Pro, the majority of them are just advancements of earlier and already-existing technologies.
However, even though these technologies have been accessible on Android for years, Apple implements them in a refined manner that makes them appear novel and exciting at least to Apple users.
