Category Archives: Technology

Android App Development

Android App Development technology for developers

Mobile phones have evolved from simple communication gadgets into smartphones, enabling people to also make online purchases, digital payments, and transfer documents. These gadgets are replacing the personal computer, increasing the demand for mobile apps for faster and smoother processes like shopping, funds transfers, and networking. Approximately 97% of India’s smartphone market relies on Android technology, increasing the role and demand for android app developers. Indeed, studies by Statista show that the mobile app sector is growing with a 50 billion increase in app downloads between 2016 and 2017; there were 149.3 billion and 197 billion downloads in 2016 and 2017 respectively, while forecasts expect this figure to rise to 352.9 billion by 2021. Companies are now seeking the services of mobile app developers to make their apps more accessible and user friendly, leading to improved branding, ability to attract and retain customers, and sell more. The increased focus on Android new technology comes from the volumes.

Android App Development

Android has more than 2.6 million apps on play store with smartphone users downloading approximately 40 unique apps every month. Therefore, companies seeking to remain competitive are using Android apps to gain exposure to their clients. What can mobile app developers do to take advantage of this trend? This article covers the top Android latest technology that developers can use to make better, advanced, and on-demand applications. Let’s have a look at them.


Kotlin is becoming famous among mobile app developers, with rankings for programming languages placing it at position 49 as of 2018. By September 2017, Kotlin’s adoption had grown by 7.54 percent while Java had declined to 46.23 percent. Android app developers are embracing this statically typed and JVM-powered technology because it is faster to write, saving programmers and companies time and costs to craft Android apps. Given Kotlin’s rising status, including Google’s elevating it to a first-class citizen among Android programming languages, this technology is set to replace Java as a tool for Android app development. Kotlin compiles programming code to native binaries, eliminating the need for a virtual machine. Developers can also integrate it with JavaScript source code using Kotlin’s native standard library and compiler infrastructure.

This Android latest technology for developers comes with more advanced features created through Integrated Design Environments; hence, has better performance capabilities than Java. If you have been using Java before, you will only need a Kotlin plugin to change files written in the former language to Kotlin in your IntelliJ or Android Studio.

Machine Learning

Machine learning (ML) is a subsection of artificial intelligence, a technology that enables Android apps to use existing programming techniques to automatically learn and improve from user experience. The best platform for applying ML is in predictive applications, which determine what users would like to view or shop next. These apps use unstructured data like text or images, and a wide range of variables to solve problems.

As an Android app developer, you can start by designing a product (or getting product ideas from your clients), incorporating inference commands, and implementing pre-existing ML models. The next step should be to retrain the program or create new ML-powered designs. Companies can create AI-powered apps easily using Google guidelines like People + AI Guidebook, which comes with design patterns and protocols like barcode scanning and product-detection capabilities. App developers can also use pre-trained programs like Google Cloud for applications using remote cloud services. Alternatively, they can create new models using tools like TensorFlow.

Google Assistant

The list of Android latest technology for developers in 2020 will be incomplete if we fail to appreciate Google Assistant and its capabilities. This integration enables companies to incorporate the content and services available in their apps with the Google Assistant for faster access to goods or services provided. App developers can use app actions to deep-link activities of interest from the Google Assistant into the mobile application.

Additionally, Android Slices can push the most important product or service features from the mobile app to the Google Assistant users, leading to improved customer engagement, lead generation, and better sales. Companies are increasingly seeking to integrate Android latest technologies for app development with the Assistant because chatbots are becoming popular. There is an improved adoption of smartphones, ML, and AI technologies, making it easier to predict consumer needs and meet them promptly. Google Assistant’s market share stands at 51% in the AI sector, mainly because the technology is now integrated into smart speakers and assistant devices like Google Home and Amazon Alexa. The Android AI Assistant is one of the leading Android new technology for developers, commanding an improved quality of eCommerce apps for suggestive shopping.

Internet of Things (IoT)

The integration of the IoT into Android mobile app development is on the rise as users adopt new technologies to manage devices like wireless earphones, and share photos, videos, chats, and artworks. Android app developers are leveraging and facilitating this space by creating smart devices on existing hardware platforms like Raspberry Pi. Some of the technology used for this purpose is the Android SDK and Android Studio, allowing for easy, remote access to displays and cameras.

Developers also connect apps with additional peripherals using APIs or Google services. These developments have enabled companies to push new products, services, and features to Android app users, including security updates. According to Statista, the IoT market could hit $1.6 trillion by 2025, making Android app development a vital technology for industries like eCommerce, education, healthcare, and logistics. Once the application is ready to launch or update, a code is sent to relevant devices using the Android Things Console.

This technology has tools to enable users to install and update the IoT features on supported hardware. For instance, learning programs in the education sector have incorporated IoT functionalities like C-Pen, Nymi, and Edmodo for improved communication, information sharing, and collaboration between tutors, students, and parents. Android Things 1.0 is a Google-supported operating system, which enhances the pre-existing Android Bluetooth APIs with more advanced features for better management of smart devices. This technology enables app developers to control and track the process of implementing remote software updates using the Android Things Console. 


This Android latest technology for developers software manages app motion, widgets, and animation for Android version 4.0. The MotionLayout is a part of the ConstraintLayout model with a rich collection of features, which Android app developers use to integrate layout transitions with complex motion.

This program defines inter-layout transitions, supports seekable transitions, and enables developers to animate any layout features. It also allows for instant inter-transition displays using functions like touch input. Android app developers are adopting MotionLayout to develop animation interfaces for better user experience and understanding of apps’ functions.

Instant Apps

Instant apps enable users to try games and applications before installation. E-commerce and gaming companies are adopting this technology for improved user experience and customer attraction and retention. For instance, the New York Times’ Crossword app has an instant version where users are allowed to play a game before installing. This Android latest technology for developers ensures apps are created instantly with ease. As a developer, you can use the Android Studio to create an application from scratch or change the existing one.

You will need access to the same Android API, project, and source code for instant apps. More tools for developing instant apps are also available on Google. Instant app development can lead to higher installations, improved app discovery, and even more active users. Google Play’s Instant program has basic and advanced experiences. The basic one enables users to access the instant experience using the ‘Try Now’ or ‘website banner’ button. At the same time, the advanced option allows users to start the program after launching a URL.

Multiplatform Development (Flutter)

This cross-platform technology was developed by Google to enable Android app developers to build an advanced native interface for both Android and iOS apps. It is a cost-effective and easy way of creating two apps using Google’s Dart language. Dart carries almost similar commands as JavaScript, including in-built safety support. Flutter has enhanced features for Android app developers, such as Hot Reloading and rich user interface capabilities like animation libraries, widgets, and layered adjustable architecture.

Developers can use platform APIs and native code to create more responsive apps in Flutter. Software engineers are increasingly integrating this technology into the mobile application design process. Apps like Reflectly, Google Ads, Hookie, Birch Finance, and Alibaba use the multiplatform development technique, making Flutter one of the latest trends in Android development.

Android Jetpack

Android Jetpack comprises guidelines, tools, and libraries, which developers use to develop advanced applications using simplified, routine tasks. Google’s package for using this program consists of the following four parts. For faster and easier android app development, software engineers are embracing the Android Jetpack, making it one of the latest technologies for developers in 2020. Its new array of tools make it even the better choice for Android UI designs. Developers need less code and bug classes because Jetpack Compose can create all the features using the UI instructions fed into it. Compose is also easy to adopt because it is compatible with existing codes, simplifying programming, and app maintenance.

Sony Android NW-A306

The new Sony Android NW-A306 Walkman

Sony A300 Walkman line has a new model, the Sony NW-A306 Walkman. Users who desire a luxury appearance and excellent audio will appreciate this Walkman’s design. Low impedance, consistent, clean sound, and strong bass are the results of its machined aluminium frame’s better stiffness. This follows the release of the Sony NW-A105 and premium Walkman models NW-WM1ZM2 and NW-WM1AM2 last year. In 2020, Sony NW-A105 was introduced in India. Wi-Fi is supported, and the 32GB of internal storage on the Sony NW-A306 may be expanded using a micro SD card. It also boasts a 3.6-inch HD TFT touchscreen display. The audio formats Hi-Res Audio, LDAC, DSD, and FLAC are supported, and an S-Master HX digital amplifier with low noise and distortion is included as well. On the side, it also contains easy-to-use controls for media playback. The addition of DSEE Ultimate for upscaling music, whether it is downloaded or streamed via Wi-Fi, distinguishes the new NW-A306 from its prior models. Wireless headphones can be used to listen to compressed digital music files that have been accurately upscaled to better quality by The Edge-AI and DSEE Ultimate.

Sony Android NW-A306

Now, it looks like Sony finds better accommodation in more of the range of premium and with niche devices, so Introducing the new Walkman NW-A306 that will soon be sold in Spain officially, and that brings us closer to High-quality audio with Android operating system And simply perfect finish.

Sony Walkman NW-A306, photo gallery

obviously, the algorithm exists DSEE Ultimate (Digital Sound Enhancement Engine)As you would all expect, however, this time a new version has been released which will allow Increase resolution and quality of various file types especially CD quality ones (16 bits, 44.1 or 48 kHz). As far as the finish is concerned, this new Walkman NW-A306 is slightly larger than a ribbon cassette traditional with an aluminum body and meticulous construction to details, which has a patterned back that will improve grip and high-quality physical buttons. Take a USB Type-C connector and a standard audio-jackHow can it be less?

One 3.6 Inch Touch Screen With HD resolution and 32GB of internal storage (of which 18GB is available to the user), it has WiFi and Bluetooth 5.0 LE, plus NFC, It is based on Android 12 with customization by Sony and weighs 113 grams A battery that provides up to 36 hours of autonomy, and of course, supports the services of streaming most popular music Current scene A real gem for audio fans!

Prices and Availability

The new Walkman is the NW-A306 very sharp tool premium and intended for music loversHence it is logical to think of a higher price considering its high-performance components An area that has always presented us with very high costsAt least in such professional products. It is only available in its Black finish, with 32 GB capacity and at a price of 400 euros This should not surprise anyone.

Sony NW-A306 Walkman Specifications

It comes with a 3.6-inch HD (1280 x 720 Pixels) TFT colour display with a white LED backlight with Android 12 support. It has Ports – USB Type-C (USB 3.2 Gen1), Stereo mini-jack, and MicroSD card support with 32GB internal memory. It supports Bluetooth Codec: SBC, LDAC, aptX, aptX HD, and AAC with Wi-Fi 802.11 ac (2.4GHz + 5GHz). Audio Playback: MP3: 32 – 320kbps (supports VBR) / 32, 44.1, 48kHz, WMA: 32-320kbps (supports variable bitrate(VBR) / 44.1kHz (STEREO) ,32-48kbps / 44.1kHz (MONO) , FLAC: 16, 24bit / 8-384kHz, WAV: 16, 24, 32bit (Float / Integer) / 8-384kHz, AAC: 16-320kbps / 8-48kHz, HE-AAC: 32-144kbps / 8-48kHz, Apple Lossless: 16, 24bit / 8-384kHz, AIFF: 16, 24, 32bit / 8-384kHz, DSD: 1bit / 2.8224, 5.6448, 11.2896 MHz, APE: 8, 16, 24bit / 8-192kHz (Fast, Normal, High)

Music Play Modes: Shuffle Playback, Repeat Off, Repeat 1 Song, Repeat All, All Range, Selected Range. Additionally, it supports 360 Reality Audio. Sony’s 360 Spatial Sound technology, used in 360 Reality Audio, enables you to hear a range of sounds in a 360-degree spherical sound field. The Sony NW-A306 Walkman costs £350 (about $428 or Rs. 34,840) in the UK and €400 (roughly $433 or Rs. 35,305) in Europe. It is available in black and blue. Beginning this month, it will be for sale throughout Europe.

new features to older versions

Google’s bringing new features to older versions of Android

Google is taking another shot at bringing new features to phones that haven’t gotten OS updates in years. It’s releasing something called the “Extension Software Developer Kit,” which should let developers use features like Android 13’s new photo picker in apps running on some versions of Android 11 and 12. In a blog post announcing the change, the company says the feature lets it “extend the support of certain platform functionality to existing Android versions.” While more access to the photo picker previously exclusive to Android 13 is definitely nice, Google seems to have much bigger plans for the Extension SDK. “This update also sets the stage for expanding Privacy Sandbox testing on Android,” says Scott Westover, a Google spokesperson. Privacy Sandbox is Google’s in-progress replacement for its current ad-tracking system, and the company is planning to roll out the beta for the system on Android 13.

new features to older versions

So far, Google isn’t talking about backporting Privacy Sandbox to older versions of the OS. Instead, it seems like the Extension SDK will help the company update Privacy Sandbox on newer versions of Android without having to put out major OS updates. The blog uses the test as an example of how being able to introduce new features outside of major updates “allows faster innovations.” The way this works is complicated, and the blog post announcing the news is mainly aimed at the developers who will actually be making use of the system. The TL;DR is that Google’s been laying groundwork for years that lets it update core components of Android through the Play Store. Now, it’s taking advantage of that system to make changes to the APIs that developers use and giving them new ways to check what the system is capable of. In the photo picker example, a developer could have their code check to see whether the user’s Android 11 phone has a sufficiently updated API and use the new photo picker if it does.

This is just the latest effort from Google to make sure that users can still get new features, even if the company that made their phone isn’t releasing software updates. (Something I deeply appreciate as someone who just bought a phone that will likely stay stuck on Android 11.) With Android 10, the company introduced “Project Mainline,” which is meant to make it so that some parts of the OS could be updated through the Play Store. Mainline itself followed Android 8’s Project Treble, which XDA Developers says was meant to make it easier for phone manufacturers to push out updates. We’ve actually seen this work pay off. Some of Android’s systems for controlling things like media playback, Wi-Fi, permissions, and even the Android Runtime itself have been modularized, giving Google more control over how they’re updated. And the company has taken to rolling out new features like digital state ID cards (which can theoretically be used on devices running Android 8) via Google Play Services, which gets updates through the Play Store, instead of point releases to Android itself.

As for this latest effort, there will almost certainly be limits. For one, it’s not like Google made everything modular in Android 10. Each OS update has added new modules  Android 12 modularized ART and scheduling, while Android 13 turned things like Bluetooth, AppSearch, and UWB into components. If you’re on Android 11, it wouldn’t be as easy for Google to add features for those systems to your phone because they’re still built into the OS rather than being pieces that can be updated via the Play Store. Fragmentation has been a longstanding complaint about the Android ecosystem. Often users miss out on features of the latest Android version because they are using older devices that are no longer updated. To reduce the gap, Google has released the first public version of the Extension SDK, which aims to bring features of the latest Android version to older iterations.

As a part of this announcement, Google is opening up Photo Picker API support to Android 11 and Android 12. Photo Picker lets users give access to select photos from their library to an app right now, only Android 13 users can use the latest photo-picker interface. Notably, as this is an SDK, app developers will have to include this functionality in their apps. But users won’t need a system update to use the photo picker. The Extension SDK also brings support to implement AdServices APIs to prepare for the launch of the Android Privacy Sandbox. The Android Privacy Sandbox is Google’s new ad stack to replace cookies in Chrome. Currently, Google is testing Privacy Sandbox on a limited number of devices running Android 13, with a wider beta launch expected this year. With components like the Extension SDK, Google will aim to roll out Privacy Sandbox support to devices running older versions of Android. Google has tried to compress feature rollout times through programs like Project Mainline, which was introduced with Android 10 to make the operating system more modular and push features through Google Play. So users don’t have to wait for phone makers to issue a software update. The Extension SDK is another step in that direction.

Google Pixel 7 Pro

Google Pixel 7 Pro Long-term Review

The Google Pixel 7 Pro is every bit as good as the best smartphones from Apple and Samsung. It looks great, takes amazing photos, and stands out in a crowd. Google made lofty promises for this phone, and it delivers on the most important, even though some features aren’t as good as we’d hoped (and others have yet to arrive). Google implements software features as art, and the Pixel 7 Pro improves the smartphone in areas we’d forgotten needed improvement. When the Google Pixel 7 Pro launched, Google didn’t just say it would be the best Pixel phone ever, as it has with previous Pixel phones. This time around it said the Pixel 7 Pro would be the best smartphone you can buy, period. It would also, somehow, cost less than the best. 

Google Pixel 7 Pro

The Google Pixel 7 Pro takes amazing photos with ease, night and day, but it also takes the photo experience further than ever before – it actually made our photos from older phones look better. For now, that’s something you can only do with a Tensor G2-enabled phone like the Pixel 7 and Pixel 7 Pro; in fact, there are quite a few things the Pixel 7 Pro can do that none of its competitors even attempt. With the Pixel 7 Pro, Google has decided to keep the exact same price. 899 euro. A surprising fact considering that other brands –Apple and even Xiaomi– have raised the price of their products due to the macroeconomic conditions we are experiencing in Europe. This, again, plays in favor of the Google product. But, yes only if the product is capable of living up to it. 

Small changes with a big impact

Let’s start with the exterior design. I have to admit that the impression I had when taking the Pixel 7 Pro out of the box was better than what I felt with the Pixel 6 Pro at the time . And it is curious. The exterior of the phone, if you look at the press images, is not that different. Why, instead, was I liking this phone more in those first moments? This is fantastic proof that sometimes small changes can have a pretty big impact . In the Pixel 7 Pro we find, first of all, a flatter screen. It is not totally flat, but it does have a more subtle curvature. Curved screens, let’s remember, were booming for years, achieving some popularity and even consumer approval. The main key was aesthetics. In those years, the screens had thicker frames. And many saw in the curved panels a way to modernize the aesthetic although functionally they had some negative sides. 

Over time, however, the fronts were modernized in other ways . And the curves, consequently, began to lose meaning. Proof of this is that Samsung, its main driver, has been reducing the radius of curvature of its panels with each generation, being much smaller in the Galaxy S22 Ultra and non-existent in the rest of the Galaxy S22. For Google to walk in this direction and reduce the radius of curvature of the screen is therefore a wise decision. The phone feels more comfortable than before both when holding and using it. And, also, it feels more current.

On the other hand, Google has redesigned the appearance of the photographic module , which is one of its main hallmarks. It is now covered by a sheet of metal that seamlessly joins the sides of the phone. And honestly, it suits her very well. Much better than the finish of the previous model, which never won me over. As far as colors are concerned, Google has made two changes: on the one hand, to put an end to the two-color backs; and, on the other, to present a new range of shades . The only one I have been able to see in person is the color white. And honestly, I find it quite nice. It reminds me a lot of the ceramic finish of the Huawei P40 Pro Plus , a phone with a very attractive rear.

The combination of that screen that occupies the entire front, with a much smaller curvature, the shiny aluminum sides, the white back and the renewed aesthetics of the photographic module make this Pixel 7 Pro transmit a better sensation nothing more take it out of the box . Proof, as I said, that small details can have a very significant impact on the overall perception of the product. This list of praise, yes, does not mean that the Pixel 7 Pro is the new benchmark in terms of design or finishes . The iPhone 14 Pro –or the Pro Max variant– continues to lead this ranking with its excellent quality of finishes and careful design. And, if you place them next to each other, you can see how Apple’s phone finishes off certain details better –the touch of the buttons, the millimeter symmetry of the frames, etc. However, I’m glad to see that Google evolves in this sense as well as to have found a phone that, unlike last year, has convinced me on the outside.

The Tensor G2 is once again peculiar processor

Another relevant point of the Pixel 7 Pro is its processor . Google insists that this is its own SoC, although the reality is closer to a co-development with Samsung than to something like what Apple does with its chips. In any case, that is not relevant to the consumer who considers buying this phone. The key question is: how does the Google Tensor G2 perform? Bottom line: The Google Tensor G2 is on par with a Snapdragon 888 CPU, has a new GPU that comes close to that of the Snapdragon 8 Gen 1 , and packs a noticeably more powerful TPU than the previous model. It’s an unquestionably better chip than the previous generation , but the relative situation is the same: it’s, in general, a small step behind the best chips on the market.

How much does this matter? Well it depends who you ask. A gamer, for example, will tell you that those extra FPS provided by other chips are essential for him. But other people, on the other hand, are likely not to notice the difference between one chip and another. What people will notice is that your photos are better. Or your videos. And, there, the Tensor G2 is a fundamental part of the equation thanks to the GPU that Google has incorporated and its own TPU.

The camera is the star of the show

The Google Pixel are synonymous with excellent cameras. And this Pixel 7 Pro is no exception. The best way to describe my experience with it is simply to say that I could go on a trip with the Pixel 7 Pro, capture all the memories with it and be completely satisfied . And some may think that this statement is not such a big deal, but, in reality, it is, since there are many factors that come into play: consistency, reliability, quality of results, versatility… And, furthermore, I consider myself a person demanding in this regard. So to say that the Pixel 7 Pro is a camera you would trust something as precious as travel memories is a huge compliment. To test the Pixel 7 Pro camera, I had a fantastic setting: Las Vegas. Lights, night scenes, dynamism… It is a challenge for phones to make good images in these situations on a regular basis. And the Pixel 7 Pro sure does. The images are sharp, the processing is natural, the experience is consistent across all three cameras… A truly reliable camera.

I have also done some tests together with the iPhone 14 Pro Max to see what the situation is between both products . The one from Apple is not afraid of leaving the shadows dark, it balances the general lighting of the scene correctly, leaves less noise, etc. Meanwhile, the Pixel opts for a flatter image in terms of contrast, works on detail in a more neutral way, etc. We could spend hours explaining in this review each of the differences that I have seen in the photos that I have taken, but everything could be summed up in that I have seen details of the Pixel that I liked more than those of the iPhone and also vice versa. Neither is clearly ahead of the other.

However, the balance leans a bit more towards the iPhone side if we put ProRAW mode with the 48-megapixel sensor into the equation . With that mode, iPhone images are generally better. The processing is there, but it is less aggressive, it leaves more noise in the scene but also more natural sharpness, it works better with certain illuminated signs, etc. In auto mode, the situation is relatively even; in RAW mode, the iPhone is one step ahead. On the other hand, one facet I quite like about the Pixel 7 Pro is the zoom range . Thanks to the 50 megapixel sensor, you can take photos as if it were a 2X with less quality loss than usual – ideal for portraits. In addition, AI algorithms combine information from different cameras and intervene to improve results between 2.5X and 4.9X. They are not comparable to a dedicated lens with that focal length, but they are quite acceptable. And finally, you have the 5X for shooting from a long distance. Having all these options is very interesting from a creative point of view.

In video, Google has made a notable improvement in terms of quality , as well as stabilization. The latter, however, sometimes stabilizes certain sudden movements in a somewhat artificial way. However, in general terms, the evolution in this sense is appreciated, as it was necessary. It also debuts a new cinematic video mode that surprisingly works better than expected. It’s not perfect, obviously, but it’s a window that I’m glad Google has opened, as it’s probably one of the next barriers to be overcome by mobile phones.

apple new technology

What we expect from apple new technology in 2023

A new year means that Apple has a whole range of devices with which to make us spend our money, and here we are going to list them. As every year, variety is the taste, and the Cupertino brand has virtual reality headsets, new Macs and of course the new generation of iPhones on the horizon. While we wait for the official announcements, here is the list of the most anticipated.

apple new technology

15-inch MacBook Air

Everyone was pretty impressed with the 2022 MacBook Air redesign, so to say we’re looking forward to a potential 15 model isn’t an exaggeration. At this point in the rumor mill, this MacBook would be the largest to date, with speculated figures indicating exactly 15.2-inch size. No radical design changes are expected from the current model. Very thin edges, low profile, and flat corners are traditional on MacBook Airs, so expect them on the next. There are rumors that it will carry a 1080p camera, MagSafe charging and improved speakers.

A redesigned iPhone SE

The current iPhone SE 3 has fairly wide bezels, a ‘Home’ button and an LCD screen, but for its fourth generation rumors suggest a change of course. Very thin edges, no ‘Home’ button and an OLED screen could bring it closer to the experience of higher-end models. The leaks indicate that the iPhone SE 4 would resemble the iPhone XR, with a 6.1-inch screen and rounded corners. It could also still have the notch, but without facial recognition to reduce costs, and thus be the affordable phone you need.

HomePod 2

It’s been over two years since the debut of the HomePod, Apple’s smart speakers, so it may be time for an update. There’s not much to say about the design, but rumors of a device that looks like a mix of an iPad and a conventional speaker are floating around. A HomePod with a screen would be a welcome change, along with improvements to HomeKit, plus better audio hardware.

A bigger iPad Pro

How does a 16-inch iPad Pro sound? Well, very well, since the largest iPad right now reaches 12.9. Those 16 inches are the size of the largest laptop that the American company currently has, so the iPad Pro would match it. However, some analysts mark 14 inches as the size in which it would come out, while others hesitate between the two, they do not agree. Apart from the size change, the rest of the news doesn’t say much among them are a change to OLED screen or the inclusion of the M2 or M3 chip. What is clear is that the target audience for this product includes professionals such as graphic designers, who need a bigger screen, the better.

M2 Mac Mini

The Mac Mini is Apple’s small desktop computer, and design changes are expected for the next one, such as a smaller chassis, the addition of a USB-C and Ethernet port, more color options, the removal of its circular base and even the replacement of its aluminum top. Quite a bit of change by the looks of it. Also, the future Mac Mini will probably have an M2 processor, but it’s going to be an M2 Pro. We’ll see which one prevails in the end.

Virtual Reality Headset

Apple’s virtual reality device is yet to come, so the rumors are at their peak. People have been waiting for the release for a long time, and it finally seems that 2023 is the year that will see the light of day.As it will be your first device of this type, you cannot speculate much, unlike with other products where you can intuit the changes. What does seem clear is that it will cost an arm and a leg, we are talking about Apple, after all. Because it could combine virtual and augmented reality, it’s expected to carry plenty of cameras, with some reports describing it as a pair of ski goggles with a mix of different materials.

iMac Pro with the Apple Silicon chip

Apple has plans for multiple iMacs in 2023, but the iMac Pro is getting the most attention, mostly because of the M3 processor it will carry. It’s the next generation step up from the M2 Pro and M2 Max that comes with the MacBook Pro. Right now, the iMac Pro news is a bit confusing. Some say it will be the revival of the 27-inch iMac Pro that came out in 2017 and was discontinued in 2022, while others believe it will be an upgraded version of the 24-inch iMac that came out last year.

iPhone 15

The year is not complete without a new iPhone, and 2023 is not going to be less. Apple replaced the Mini model with the larger Plus, and next year it looks like one of the four (the Pro Max has the ballots) would give way to an Ultra model. The iPhone 15 could be the first to renew the Lightning charging port for USB-C, as mandated by the European Union, and the dynamic island, which has reached the public so well, has the potential to reach the entire iPhone line 15. A new periscope camera is also expected to increase zoom capabilities (from 3x to 10x).