apple-rumors-2021:-iphone-13,-airtags,-mini-led,-an-augmented-reality-gadget

Apple rumors 2021: iPhone 13, AirTags, mini-LED, an augmented reality gadget

The Apple rumor mill turns up right at the beginning of the year: Apple is planning to bring its first augmented reality device onto the market this year, expects the usually well-informed analyst Ming-Chi Kuo, but details about the hardware are for the time being not leaked. Most recently it was said that Apple was working on both an AR / VR headset and classic glasses with AR functions, the introduction of which is probably still a long way off.

AirTags and mini-LED devices Kuo also expects Apple to launch the AirTags key finder 2021 on the market. Observers assume that the AirTags rely on both Bluetooth and ultra-broadband radio and are in a simple, small button housing, Apple could offer accessories such as key rings.

Likewise 2021 the first Apple devices with mini-LED screens are on the horizon, both MacBooks and iPad Pro could rely on the technology enable the playback of high-contrast HDR content. The analyst had previously forecast that Apple would introduce a new 14 “MacBook Pro with mini-LED display and in-house chip. Also a new 16 “MacBook Pro and an iMac with Apple Silicon should be on the program.

iPhone 13 with lidar throughout Suppliers assume that Apple will use lidar sensors for all model series of the iPhone 13. So far, these can only be found in the Pro models and the iPad Pro 100. Lidar allows a three-dimensional recording of the environment, which, for example, augmented reality apps can use. In the iPhone 12 Pro (Max), this also supports the camera’s auto focus, making it faster even in dark surroundings and ensure more reliable focus on objects or people. It can also be assumed that Apple will expand support for 5G networks in the millimeter wave range (mmWave), so far such devices have only been offered in the USA. In Germany mmWave is unlikely to play a role for the time being.

According to another report from the supply chain, Apple is also using gallium nitride transistors (GaN) interested in high-performance power supplies from 60 watts to 100 watts are intended. The manufacturer could thus introduce more compact USB-C power supplies for MacBooks, some of which are already offered by third-party manufacturers.

(lbe)

tiktok-debuts-first-augmented-reality-filter-that-uses-iphone-12-pro’s-lidar-camera

TikTok debuts first augmented reality filter that uses iPhone 12 Pro’s LIDAR camera

TikTok has released its first augmented reality filter that can utilize the iPhone 12 Pro’s LIDAR sensor for an enhanced confetti effect that realistically settles on people or objects in your room.

The effect itself is just a somewhat belated 2021 ball drop (which feels like it would have been a lot more useful a few days ago.) But the ball drop filter is just the start, with TikTok promising to “develop more innovative effects in 2021.” And the fact that one of the most popular video platforms in the world is jumping onboard with support for one of the marquee features on Apple’s more pricey and premium smartphones is certainly notable.

To ring in 2021 we released our first AR effect on the new iPhone 12 Pro, using LiDAR technology which allows us to create effects that interact with your environment – visually bridging the digital and physical worlds. We’re excited to develop more innovative effects in 2021! pic.twitter.com/6yFD2FfHta

— TikTokComms (@tiktok_comms) January 6, 2021

TikTok isn’t the only major company with eyes on Apple’s LIDAR tech. Snapchat, one of the other major players when it comes to augmented reality filters, already added support for Apple’s LIDAR sensor back in October, allowing creators to build their own enhanced AR filters for the app.

report:-the-two-iphone-13-pro-models-will-use-120-hz-ltpo-oled-displays-from-samsung

Report: the two iPhone 13 Pro models will use 120 Hz LTPO OLED displays from Samsung

Samsung will be the exclusive supplier of LTPO OLED displays for the upcoming iPhone 13 generation, reports The Elec. Those panels will be used on the two Pro models and will run at 120 Hz.

LTPO panels are more power efficient than their LTPS counterparts. A key advantage is that they can have an adaptive refresh rate without additional hardware. The vanilla iPhone 13 duo will continue using the older LTPS panels, which probably means they’ll stick to 60Hz for another year.

That will change in 2022, as Apple is reportedly planning on using only LTPO OLEDs for all four iPhone 14 models. By then, it should be able to use LG Display as a second source of panels to reduce its reliance on Samsung Display.

But only Samsung will have enough capacity to meet Apple’s quotas this year. It is planning to produce 60,000 sheets per month at its A3 line in Asan. For comparison, LG’s E6 line in Paju can put out only 5,000 sheets a month, though it plans to expand that to 25,000 before the end of this year.

LTPO panels take a longer time to produce as the technology requires the addition of an oxide layer (the O in the name). This makes them harder to produce and more expensive too.

The power savings of 5-15% are worth it, though. While it was never officially confirmed, Apple allegedly wanted to include both 5G and 120 Hz in the iPhone 12 generation but had the power budget for only one and it went with next-gen connectivity. LTPO will allow the display to run at 120 Hz without killing the battery.

LTPO was developed by Apple and first used on the Watch Series 4 (which can throttle its display down to 1 Hz to save battery). Samsung’s Galaxy Note20 Ultra became the first phone to use an LTPO panel and rumor has it that the upcoming S21 series will use the technology as well.

Source

the-next-iphone-will-have-a-lidar-sensor-in-all-its-variants-according-to-the-latest-rumors

The next iPhone will have a LiDAR sensor in all its variants according to the latest rumors

by Jordi Bercial 04 / 01 / 2021

As we can read in PhoneArena, it seems that a feature that debuted in the last iPad Pro will make room in all variants of the next iPhone, and is neither more nor less than the LiDAR sensor , a laser-based sensor that allows the device higher performance in augmented reality applications.

This is achieved by measuring the time it takes for the laser to bounce off an object and return to the terminal, something that is known as ToF (Time of Flight) and that allows us to know the precise distance to through various calculations.

The iPad LiDAR sensor allows us to have depth maps , thus improving the performance of augmented reality scenarios, something that has worked very well on iPads, but can also be helpful on iPhones, for example, taking photos in portrait mode.

In any case, although on the iPhone 12 we can find some variants that have a LiDAR sensor, the iPhone 13 will enjoy the advantages that the LiDAR sensor is capable of providing the user in all its variants , so that it will not be necessary to have the most expensive models of the Pro ranges to be able to have this sensor.

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Jordi Bercial

Avid technology and electronics enthusiast . I mess around with computer components almost since I learned to ride. I started working at Geeknetic after winning a contest on their forum for writing hardware articles. Drift, mechanics and photography lover. Don’t be shy and leave a comment on my articles if you have any questions.