Apple Vision Pro Preview: Highlight its Key Features

Apple Vision Pro Preview: After a long wait, Apple has finally revealed its highly anticipated AR headset called the Vision Pro. It was previously rumored to be named Reality Pro. We’ll provide a detailed review once it’s available, but for now, let’s discuss what we have seen and know about this headset.

Highlight its key features into tabular figure

Apple Vision Pro Design

The Vision Pro headset from Apple has a design resembling ski goggles, which makes it bulkier compared to some other AR glasses. This is because it houses various components, including two processors, storage, and two screens.

To maintain a thinner profile, the Vision Pro has an external battery that is intended to be kept in the user’s pocket. However, this design choice may not be appealing to everyone, as it involves carrying an external battery.

As a premium product, the Vision Pro features an aluminum alloy and glass body, giving it a sleek and high-quality appearance. The headband is notable for its soft cushion-like texture, and it also incorporates stereo speakers within the side frames.

Apple has mentioned that the headband is modular, allowing for third-party replacements and different-sized versions of the default headband.

While the aluminum body might suggest a potentially heavier weight for the Vision Pro, the presence of an external battery could actually make it lighter compared to other AR/VR headsets.

In terms of physical buttons, the headset includes a button on top, which functions as a camera shutter, and a Digital Crown resembling the one found on Apple Watch. The Digital Crown is used to switch between AR and VR modes, enabling users to immerse themselves in virtual environments instead of viewing the real world.

Apple Vision Pro Display

The Vision Pro headset from Apple features two separate 1.41-inch micro OLED screens, unlike more affordable VR headsets that usually use a single LCD screen. When the user wears the headset, each screen aligns with their eyes and displays a different image, creating a 3D effect commonly seen in VR headsets.

The rumored pixel density of these displays is 4,000 pixels per inch (PPI), which is highly impressive. It means that the screens should have virtually no visible pixels or the “screen door effect” that older VR headsets suffered from due to pixel gaps. These display specifications indicate a premium quality, as expected from Apple.

Another noteworthy aspect is the rumored maximum brightness of over 5,000 nits for the Vision Pro’s displays. This makes it the brightest AR/VR headset seen thus far, surpassing the industry standard by a significant margin. For comparison, the popular Meta Quest 2 headset has a brightness of only about 100 nits, which is already considered sufficient for clear usage. It will be interesting to see how Apple utilizes this exceptional brightness in their design.

Surprisingly, the Apple Vision Pro also includes an external display called EyeSight. This curved OLED screen is located on the front of the headset and is primarily intended for people around the user. It can partially display the user’s face, notably their eyes, to facilitate more natural conversations when necessary. Additionally, it can provide cues to indicate whether the user is fully immersed in the virtual world or if they are currently recording a video using the headset.

Apple Vision Pro Camera

The Apple Vision Pro headset is equipped with a total of 12 cameras. These cameras serve various purposes such as tracking the user’s movements, capturing images and videos, and providing passthrough views of the real world.

The exact specifications and capabilities of these cameras have not been disclosed, but they play a crucial role in enabling augmented reality experiences. By capturing and analyzing the surrounding environment, the cameras help the headset overlay virtual objects onto the real world, creating immersive AR interactions.

Having a substantial number of cameras allows for more accurate tracking and depth sensing, enhancing the overall AR experience. It also enables features such as hand tracking and facial expression recognition, which can further enhance user interactions within the augmented reality environment.

While specific details about each camera’s resolution or functionality are not available, the presence of multiple cameras emphasizes Apple’s commitment to delivering a robust AR experience with the Vision Pro headset.

Apple Vision Pro Software and apps

The Apple Vision Pro headset runs on a new operating system called VisionOS (previously rumored as xrOS). It is similar to iPadOS, which can run iPad apps with minimal modifications. VisionOS is built from the ground up but utilizes iOS frameworks.

This means that many apps from iPhones and iPads can be quickly adapted to work on the Vision Pro headset. Not only social media and entertainment apps but also productivity apps are expected to become available, making the Vision Pro a compelling device for productivity tasks.

Apple has already demonstrated popular apps like Disney+ and Microsoft Excel and Word, which will be available on VisionOS and the Vision Pro headset. Additionally, familiar apps such as Safari, FaceTime, Reminders, and Siri will also be accessible on the headset.

VisionOS will have its own app store separate from iOS and iPadOS, but it will include many of the same apps. Developers will require minimal or no adjustments to make their apps compatible. This suggests that the headset will have a substantial app library right from the start, including many popular iPhone and iPad apps.

Apple Vision Pro Processor and Performance

Although the complete specifications of the Vision Pro headset are not yet known, it is equipped with the powerful and energy-efficient Apple M2 chip. Additionally, it features a specialized processor called the Apple R1, designed specifically for AR/VR experiences. The M2 chip handles tasks like app management and multitasking, while the R1 chip processes the information captured by the headset’s cameras, which is a demanding task for creating convincing augmented reality.

With the M2 chip, we can expect exceptional performance from the Vision Pro, similar to what we see on modern MacBooks and iPad Pros.

The headset supports multi-window multitasking, indicating a good amount of RAM and suggesting strong performance capabilities. Apple also showcased productivity apps like Adobe Lightroom, further indicating the device’s potential for delivering solid performance as a “facial computer.”

For a comprehensive evaluation of its performance, we will have to wait for our full review once the headset is released. At that time, we can thoroughly test and determine whether it lives up to the impressive performance standards set by iPhones, iPads, and MacBooks.

Apple Vision Pro Battery and Charger

Apple has made the decision to have the Vision Pro headset’s battery external, which means it will hang from the headset via a cable. Users will need to have a pocket available to keep the battery in. While the exact capacity of the battery is not known, Apple has promised “up to 2 hours of battery life.”

This puts it in line with the budget-friendly AR/VR Quest 2 headset, which has an internal battery. While having an internal battery is more convenient, it does make the headset thicker and heavier.

Two hours of battery life may not sound like a lot, considering the constant computational power the Vision Pro requires. However, given the demanding nature of the device, it is realistic to expect this kind of battery life. We can only hope that charging the battery will be quick and convenient, although Apple has not provided details on how it will work.

Interestingly, Apple mentions that the Vision Pro can have “all-day use when plugged in.” This suggests an alternative to using the external battery. Users can remove the default battery and replace it with a larger one or simply connect the headset to a long charging cable attached to a wall charger.

While this option may seem less cool and convenient than wireless usage, as someone who frequently uses their Quest 2 while plugged in, I can attest that it is a practical solution. Having the choice between an external battery or being plugged into an outlet is better than having only one option.

Apple Vision Pro Audio Output

Similar to other modern VR headsets, the Apple VR/AR headset is equipped with dual stereo speakers integrated into the device. However, unlike some competitors such as the Quest 2, it does not have a headphone jack for connecting wired headphones. Instead, users can connect Bluetooth headphones like Air Pods, which are easy to pair with, just like on other Apple devices such as the iPhone or iPad.

During the presentation, Apple highlighted the headset’s support for Spatial Audio and directional audio, features that are common among AR/VR headsets. While we cannot comment on the audio quality at this time, we did get a glimpse of the speaker design, which bears a resemblance to the speakers found on Mac Books known for their good quality sound.

Also Read: Apple iPhone 15 Pro Max: The Next Level Of Innovation

My Final Words About Apple Vision Pro

The Apple Vision Pro headset holds promise as a high-end augmented reality device with its sleek design, powerful processors, and compatibility with iOS apps. While its battery life and pricing may raise concerns, it has the potential to deliver a premium AR experience once tested and reviewed.

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