Nothing is evolving in the right direction with its lineup of phones and audio accessories. The brand wants to a wider chunk of the consumer market who want a device that’s not flagship-grade but still has a design distinction without going too heavy on gimmicks. Yes, I’m talking about the Phone (2a) smartphone that has the right set of specifications for normal users.

Now, Nothing Phone (2a) is coming in a special edition version that looks absolutely stunning. Especially, gamers and nerds will trip over this for sure. On pure looks, it closely resembles the Super Nintendo controller with the red, yellow and blue hues in immaculate form. Make no mistake the smartphone market is saturated and being distinct has its brownie points. The colors come from the brand’s use of these colors on the first earbuds and the blue on the Phone (2a).

Designer: Nothing

On the inside, the Android 14 phone has the exact same hardware as the original version. There’s an 8-core chip Dimensity 7200 Pro chip, 20 GB RAM, and a 5000 mAh battery that’s bigger than the flagship Phone 2 device. The 6.7-inch AMOLED display having 1,300 nits peak brightness and 120 Hz refresh rate should suffice your multimedia needs without any regrets. On the rear, the phone has a 50MP camera with optical image stabilization and 4K video recording capability. Even the front selfie camera can shoot at 1080p – 60 FPS.

Interested buyers can order the Phone (2a) Special Edition from Nothing’s website or the Product drop at Soho store in London on June 1, in 12GB and 256GB storage configuration. The price tag of $444 will mostly interest Gen-Z. There’s no word about the US launch but we’ll keep you updated.

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Once upon a time, mobile phones weren’t the fragile and replaceable devices they are today. Sure, they were still expensive during their period, but accidentally dropping one didn’t always mean the end. Replacement parts, officially or unofficially, were easy to come by and the actual process of repairing these phones didn’t require a degree. But as mobile phones turned into powerful yet complicated smartphones, much of the repairability of the past also got thrown out the window. Granted, very few consumers will dare to open up their iPhones or Pixels on their own, so why is there a lot of noise these days about having the ability to repair yours? As it turns out, the ability to repair smartphones more easily benefits not just the planet or buyers but even the phone brands themselves.

Designer: Fairphone

Right to Repair

Part of the rhetoric around the smartphone repair situation involves the general Right to Repair movement. As the name implies, it is pushing for legislation, policies, and awareness that would allow owners, as well as third-party businesses, to repair the products that they have bought. It might come as a surprise given how it seems to go against common sense, but the situation with electronics, which includes smartphones, basically disallows anyone but the company and its authorized service centers from opening up and repairing these products. Although it’s not an accurate comparison, it would be like being forbidden from repairing the dress or furniture, requiring you to go to the boutique or shop you bought them from to have them fixed.

Designer: Apple (via iFixit)

To be fair, smartphones are complex beasts, and opening them up risks further damaging the device. Companies also have the obligation to protect their intellectual property from snooping eyes, but that isn’t a blanket reason to design phones to be nearly impossible to repair. iFixit, one of the biggest proponents of this Right to Repair movement for consumer electronics, has reached a middle ground with companies, providing official repair guides and a store for buying replacement parts so that anyone with the skill and courage can do it, whether they’re the owner or a small repair business.

Repairable Phones Are Sustainable Phones

Legal arguments aside, proponents of making smartphones more repairable often appeal to the harmful effects the current state of business has on the planet. The number of smartphones made and shipped every year has probably already exceeded the population of the world, which raises the question of what has happened to these devices over the years. While manufacturers do have programs for sending them your old or broken phones for proper disposal, just how many people actually make the effort to do that? More often than not, they simply stow old phones until they’re forgotten or, worse, mindlessly throw them in the trash so that these non-biodegradable objects ultimately end up in landfills.

Designer: Fairphone

Smartphones aren’t immortal or invincible, of course, but the longer we can keep using them, the longer they’ll stay out of the trash. Truth be told, the biggest reason why people change phones isn’t because of the latest trends but because their old ones have become nearly unusable. A cracked screen, bloated or failing batteries, or a broken charging port are the most common causes, so being able to change these easily helps keep electronic waste down to a minimum and for longer periods of time.

Repairable Phones Save You From Stress

There are definitely people who switch to the latest and greatest models after just two years or sooner, but the majority of users would like to keep their phones for years as long as they’re still usable. It isn’t as much about fondness for the device as the stress of switching to a new one. Even with all the advancements in cloud storage, backups, and phone transfers, people still experience loss and stress when their phones no longer work and have to switch to a new one, often from scratch.

Designer: HMD Global

You still should back up your phone and its data regularly, of course, but improving these devices’ repairability lessens or shortens the anxiety and stress that owners experience. Your phone goes empty in less than a day? Simply change the battery and it’s as good as new. USB charging port feel loose and unreliable? Swap it out for a new one and be on your way. It also saves people from the stress of an unplanned major expense, especially when they can get a better model when the time really comes for them to upgrade.

Repairable Phones Are Good Business

Being able to repair smartphones easily might save consumers money and give small repair shops some business, but manufacturers and their shareholders will probably see it more as a revenue loss. After all, the longer people hold on to their old phones, the less they will buy new ones. Unfortunately, there is definitely some truth to that, which is why even big phone companies hesitate to encourage self-repairs or third-party services. It is, however, an outdated mentality that no longer reflects the reality of our present. Even Apple is realizing that profits are no longer coming just from outright hardware sales but also from software, services, and other sources. It’s definitely high time for these brands to be creative in how they can make more money without busting people’s wallets or killing the planet.

Designer: Samsung

Manufacturers can, for example, profit from selling those replacement parts, but that also needs to be done in moderation. Recent news on this front demonstrates not what to do, which is to make those parts too expensive to the point that it becomes less economical to repair the phone in the first place. iFixit announced it is cutting ties with Samsung for that very reason, with parts beyond the reach of most people anyway.

Companies also need to see repairable phones from a different angle, particularly in how they actually reduce their operational costs and waste. They can cut down on the production of surplus units, keeping their stocks tight. This, in turn, reduces their reliance on costly materials that are either hard to acquire, harmful to the environment, or might even be controversial for being conflict materials. It forces companies to rethink their business, which is currently unsustainable both in the environmental sense as well as the economic sense, driving innovation that could hopefully create a greener tomorrow for its customers.

The post How Repairable Phones Benefit the Environment, Consumers, and Business Alike first appeared on Yanko Design.

Technological innovation often requires navigating a labyrinth of ideas and balancing creativity with practicality. This journey is vividly illustrated by a story shared by Pete Lau, SVP & CPO of OPPO and Founder of OnePlus. It centers on a bold, almost revolutionary smartphone concept imagined by Will Zhou, head of OPPO’s Find Series product line. This narrative explores the essence of what makes a great product idea and reveals the nuanced decisions behind design innovation.

Designer: OPPO

Zhou’s vision, born five years ago, was nothing short of radical. He imagined a smartphone with a secondary display on its back—not just an additional screen but a dynamic interface that would transform users’ interactions with their devices. This secondary display would serve up personalized content, real-time updates, and interactive widgets, offering a new dimension of functionality that traditional smartphones lacked.

Sketch share by Pete Lau, SVP & CPO of OPPO, Founder of OnePlus

The allure of this concept lies in its potential to revolutionize user experience. Imagine glancing at the back of your phone to see tailored notifications, weather updates, or even a customizable digital art piece without the need to unlock your primary screen. This idea promised a fusion of aesthetics and utility, aiming to make every interaction with the device more intuitive and engaging.

However, as OPPO’s team delved deeper into the feasibility of this design, they confronted a critical question: What value would this secondary screen truly provide to users? They needed to consider whether the additional display could offer something substantial that the primary screen couldn’t already accomplish. This introspection is crucial in product development, where tangible user benefits must justify innovation.

At OPPO, the approach to innovation is defined by a balance between audacity and pragmatism. The team navigates the excitement of new ideas while remaining their own harshest critics. This process ensures that only the most viable concepts advance. OPPO’s culture empowers teams to dream big and challenge norms, but it also emphasizes the importance of clarity and practical application.

Despite the potential and initial excitement surrounding Zhou’s concept, it was ultimately shelved. This decision wasn’t a failure but a testament to OPPO’s commitment to meaningful innovation. By rigorously evaluating the idea, the team recognized that the secondary display, while fascinating, didn’t offer enough unique value to justify its implementation.

Interestingly, this exploration wasn’t in vain. The lessons learned from the secondary display concept paved the way for other innovations, like the exterior display on the Find N Flip devices. This evolution underscores how every idea can contribute to future advancements, even those not realized.

Reflecting on this journey, it’s clear that ideas that appear promising on paper may only sometimes succeed in the market. The real challenge lies in identifying which concepts can mature into practical, user-centered solutions. Innovation involves creating value that resonates with users and enhances their everyday experiences.

Understanding the delicate balance between creativity and practicality is essential in product design. The story of OPPO’s unseen smartphone concept serves as a reminder that innovation involves an intricate dance of daring ideas and meticulous scrutiny. By focusing on what truly matters to users and ensuring that every innovation is visionary and viable, companies like OPPO continue to drive the tech industry forward, one thoughtful design decision at a time.

The post The Vision Behind OPPO’s Unseen Display: A Design Philosophy Unveiled first appeared on Yanko Design.

Generative AI, or GenAI, has been making waves in the software industry for several years, proving its potential to revolutionize various sectors with its ability to generate new content and provide insightful analyses based on existing data. However, it is only recently that this technology has started to transition from software applications to consumer hardware, specifically within the mobile phone market. This transition marks the beginning of a new era in consumer electronics, where smartphones are not only smart in name but are endowed with the capability to perform complex AI tasks that were once reserved for powerful servers.

The term “GenAI smartphone,” or “GenAI phones” for short, began to gain traction in the last six months, emerging prominently in reports from leading market research firms. These devices are distinguished from standard smartphones’ ability to harness large-scale, pre-trained generative AI models to create and modify content directly on the device. This capability isn’t just a marginal upgrade to existing features. Still, it represents a fundamental shift in how mobile technology interacts with users, offering distinctive personalization and functionality directly from one’s hand.

As these GenAI smartphones prepare to enter the market, they promise to redefine user interactions with mobile devices. With the potential to handle tasks ranging from real-time language translation and complex content creation to intuitive personal assistants that understand and predict user needs, GenAI phones aim to set a new standard in mobile computing. This evolution from a communication tool to an intelligent companion stresses a pivotal shift in the mobile industry, driving consumer excitement and industry innovation. As we stand on the brink of this technological leap, it is crucial to understand what precisely a GenAI smartphone is, how it differs from traditional smartphones, and what it promises for the future of mobile technology.

What is a GenAI Phone?

A GenAI phone represents a new category of smartphones that embed generative artificial intelligence (AI) at the core of their functionality, offering previously unimaginable capabilities in a handheld device. These devices integrate large-scale, pre-trained AI models to provide unprecedented personalization and functionality directly from one’s hand.

At the heart of a GenAI phone are AI-driven applications capable of generating original content. Whether it’s composing personalized emails, designing unique artwork, or creating music from simple user prompts, these applications dynamically produce outputs tailored to user interactions. Unlike traditional apps that operate within their confines, AI tools in a GenAI phone are embedded system-wide, enhancing the user experience across all functionalities. This integration ensures that AI capabilities improve everything from the camera and messaging apps to system settings, adapting to the user’s behavior to predict and automate actions like app selection or environmental adjustments.

GenAI phones are equipped with specialized CPUs explicitly designed for intensive AI tasks to power these sophisticated features. These processors perform billions of operations per second, enabling the device to run complex AI models directly on the device. This capability of processing data locally speeds up operations by eliminating the latency associated with cloud computing. It significantly enhances user privacy and security, as sensitive data does not need to be transmitted over the Internet.

GenAI phones must remain elegantly designed and user-friendly despite the advanced technology embedded within them. Consumers expect their devices to combine functionality with aesthetic appeal, mirroring the sleekness and minimalism of products like the iPad Pro M4. The challenge for manufacturers is integrating these powerful AI capabilities into slim, attractive, and intuitive devices, ensuring that technological advancements enhance rather than complicate the user experience.

What Isn’t a GenAI Phone and Current Market Scenario

Understanding what isn’t a GenAI phone is crucial in distinguishing it from the myriad of smartphones equipped with basic AI functionalities. Although many modern smartphones boast AI capabilities, having AI features doesn’t automatically make a device a GenAI phone. This distinction is required to set realistic expectations about the device’s capabilities and understand smartphone technology’s evolution. A GenAI phone fundamentally differs from standard smartphones because it integrates advanced AI functionalities directly into the device’s core systems and processes data locally rather than relying heavily on cloud computing. This integration means that GenAI phones are equipped with specialized hardware to handle complex AI tasks independently, thereby enhancing privacy and functionality by keeping the processing on the device itself.

In contrast, many smartphones on the market today, often mistaken for GenAI devices, do not meet these criteria. For example, while devices like the iPhone 15 Pro Max offer AI-driven features like facial recognition, predictive text, and enhanced photography tools, these features, although advanced, do not necessarily qualify the device as a GenAI phone. This is because a true GenAI phone not only uses AI for specific tasks but integrates AI deeply across all system operations, processing complex AI tasks entirely on the device. In other words, even though iPhones process a significant amount of data on-device to ensure user privacy, the breadth and independence of AI integration in terms of generative capabilities might not be as extensive as in dedicated GenAI devices. Similarly, many Android devices boast impressive AI-powered photo editing and voice assistant features; however, these tasks are often processed with the aid of cloud servers, making them less autonomous and, therefore, not true GenAI phones. These smartphones might utilize AI for specific applications like optimizing battery life, managing screen brightness based on ambient conditions, or even offering user behavior-driven app suggestions. Yet, because they lack the hardware to independently process complex AI tasks directly on the device, they fall short of the GenAI classification. The reliance on cloud processing raises concerns about data privacy and limits the device’s functionality when offline or in areas with poor connectivity.

Thus, while many current smartphones are marketed with the allure of AI, only a select few truly qualify as GenAI phones by virtue of their ability to perform sophisticated AI operations natively and independently. Among the notable examples that set the benchmark in this emerging category are the Samsung Galaxy S24 series and the Google Pixel 8 Pro. These devices display the integration of AI at a foundational level, equipped with the necessary hardware to process complex AI tasks directly on the phone. This enables a range of innovative applications, from enhanced image processing to real-time language translation without cloud dependency.

For instance, the Samsung Galaxy S24 series demonstrates its generative AI capabilities through features that enable sophisticated on-device content creation and personalization, enhancing user interaction in ways that were previously only achievable with server-based computing. Similarly, the Google Pixel 8 Pro leverages its specialized hardware to deliver advanced AI functionalities like next-generation assistant features and more nuanced user engagement through AI, all processed locally on the device. This focus on native processing is a crucial aspect that boosts performance and efficiency and significantly enhances data privacy, a growing concern among consumers. By minimizing data transmission to external servers, these GenAI phones offer a more secure environment for users to enjoy the benefits of AI without compromising their personal information.

Transitioning into the Apple ecosystem, recent developments indicate a significant shift that could redefine the landscape of GenAI phones. Rumors of Apple’s potential partnership with OpenAI and the integration of an advanced Siri capable of leveraging OpenAI’s technologies suggest a significant upgrade in Apple’s AI capabilities. Such a collaboration could bring about a new iteration of Siri that is far more advanced than its current form, potentially incorporating the ability to understand and generate human-like text, engage in more dynamic conversations, and offer personalized suggestions with a higher degree of relevance and context.

If these speculations hold, this move could be a game-changer for the Apple ecosystem, integrating more deeply with iOS, macOS, visionOS and iPadOS. It could enhance the Apple suite of products with a level of AI sophistication previously unseen in its devices. For Apple, known for its tightly integrated ecosystem and emphasis on user privacy, the challenge will be to balance these advanced capabilities with the need to maintain data security, especially considering the potential use of cloud-based processing to support more complex AI tasks.

Apple iPhone Concept

This anticipated development could position Apple to catch up with and potentially surpass its competitors in the race to refine and expand the capabilities of GenAI phones. Integrating such advanced AI could transform how users interact with their devices, making Apple’s ecosystem even more intuitive and integrated and potentially setting a new standard for what smartphones can achieve in personal technology.

The Future of GenAI Phones, Market Impact, and Consumer Adoption

The future of GenAI phones is anticipated to transform our daily interactions with mobile devices radically. Integrating generative AI features into mainstream smartphones is becoming more prevalent as technology advances. Companies like Apple, NVIDIA, Qualcomm, Microsoft, Samsung, and Google are at the forefront of this evolution, actively developing ways to incorporate GenAI capabilities into future models and through updates to existing devices. This push towards more intelligent smartphones will likely enhance how we communicate, create, and interact with our devices daily.

Apple M4 and Snapdragon X Elite

The impact of these developments on the market cannot be understated. After years of incremental upgrades that have seen diminishing consumer excitement, GenAI phones promise to inject new life into the somewhat stagnant smartphone market. According to insights from Counterpoint Research, incorporating GenAI technologies is expected to boost smartphone sales significantly. Their data projects a notable increase in market share and adoption rates for GenAI smartphones over the next few years, with these advanced devices set to account for a substantial portion of total smartphone shipments by 2027.

This shift is expected to reshape consumer expectations and drive demand for smartphones that are smarter, more intuitive, and capable of independently performing complex tasks. As GenAI phones become more common, they are anticipated to influence a broad spectrum of consumer electronics, setting new standards for functionality and interactivity. Integrating AI into everyday technology promises to make our digital experiences more personalized and efficient, fundamentally changing our relationship with technology.

In essence, the rise of GenAI phones indicates a new era in personal technology, where our devices understand and anticipate our needs better than ever. For everyday users, this means smartphones that can offer real-time translations, sophisticated content creation, and proactive personal assistance—all processed locally on the device for faster, more secure interactions. As these technologies mature, they are expected to become integral to our digital lives, making advanced AI a luxury and a standard component of future smartphones.

The post The Evolution of Smartphones: What Are GenAI Phones? first appeared on Yanko Design.

Brands have very peculiar ways of promoting their products, for instance, years back Burger King ran a promotion asking people to unfriend 10 Facebook friends for a free Woopper. Now, HMD is taking a different but weird route with the head-turning accessories to celebrate the sales kick-off of its first smartphone, the HMD Pulse Pro.

Introducing the HMD’s Phonecore range, which is a destined conversation starter no matter the gathering you are heading into. This range of smartphone-inspired accessories includes a pair of Pulse Pro-inspired sunglasses that look like an impressive pair of smart glasses, a smartphone backpack, and a belt that’s made to hold your phone like a policeman’s walkie-talkie in the belt.

Designer: HMD

The striking smart glasses and other accessories in glacier green color are made by HMD in partnership with fashion designer Sinead Gorey. Made during the London Fashion Week, the eyewear is a little like a functional pair of smart glasses we have seen over the years; it’s a statement-making device with elongated rectangular black lenses and an oversized frame that mimics the screen of the new phone.

Besides the glasses, the Phonecore range in itself is intended to accentuate the HMD Pulse Pro unlike anything gimmicky seen before. The range of accessories has the industry talking about its oversized design and bold outlook, which ‘won’t make you smart but would definitely make the HMD smartphone, smarter.’

Along with the oversized glasses, as mentioned above, the Phonecore range includes a mobile backpack. This is a 3D-printed backpack which is big enough to only carry a smartphone. It is complemented by a toolkit-style belt with a pouch, designed again to carry nothing but your phone. Interestingly, none of these accessories are usable in real-life scenarios, it’s only to satiate your style quotient.

HMD Pulse Pro is a discussion-worthy debut smartphone under their own brand. It comes with interesting new features, which are unique to the sub $200 range, like affordable spare parts for at-home reparability, over three years of updates, and fast storage. But the aspect that kills it really is its 50-megapixel front camera with gesture-activated selfie features. The phone bleeds tech and its supporting accessories catapult that richness to new style heights. The complementing Phonecore collection will be available in limited quantities for style seekers.

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Apple is set to revolutionize accessibility with a suite of new features coming later this year. These enhancements include Eye Tracking for iPad and iPhone, allowing users with physical disabilities to navigate their devices with just their eyes. Music Haptics will enable deaf or hard-of-hearing users to experience music through refined vibrations from the iPhone’s Taptic Engine. Vocal Shortcuts introduce custom sounds for task automation, while Listen for Atypical Speech enhances speech recognition for users with speech-related conditions. Vehicle Motion Cues aim to reduce motion sickness by using animated dots to minimize sensory conflicts for passengers in moving vehicles. CarPlay will see updates such as Voice Control, Color Filters, and Sound Recognition to improve accessibility. Additionally, visionOS will introduce systemwide Live Captions, support for hearing devices, and features for low vision users, furthering Apple’s commitment to inclusive design.

Designer: Apple

Eye Tracking uses the front-facing camera and on-device machine learning to enable users to control their devices with their eyes. It’s designed for people with physical disabilities, offering an easy and intuitive way to navigate without extra hardware. After a quick setup and calibration using the front-facing camera, users can move through apps by looking at elements. This interaction can trigger actions like pressing buttons, swiping, and performing other gestures. All data is processed and stored on the device, ensuring user privacy. This feature adapts to individual patterns through machine learning, providing a powerful tool for users with physical disabilities to navigate their devices easily.

Music Haptics provides a new way for deaf or hard-of-hearing users to experience music through vibrations. Using the Taptic Engine, the iPhone creates tactile feedback that syncs with the music’s rhythm, melody, and intensity. This tactile feedback allows users to feel the music, making it more accessible and enjoyable. Music Haptics works across millions of songs in the Apple Music catalog and is available as an API for developers to integrate into their apps, further expanding its accessibility. The feature is designed to be easy to use, with simple settings to turn it on and off.

Vehicle Motion Cues help reduce motion sickness by displaying animated dots at the screen’s edges, aligning visual input with the vehicle’s motion. This feature addresses the sensory conflict that often causes motion sickness, where what a person sees doesn’t match what they feel. Using built-in sensors, this feature detects when a user is in a moving vehicle and activates automatically or can be toggled in the Control Center. By providing a visual representation of vehicle motion, Vehicle Motion Cues make it easier for users to read, watch, or interact with content on their devices without experiencing discomfort.

CarPlay will also see significant improvements, enhancing accessibility for users with various needs. Voice Control will allow users to navigate and control CarPlay apps using their voice, providing a hands-free experience. Color Filters will make the interface more accessible for colorblind users by adjusting the display to distinguish between different colors. Sound Recognition will notify users of important sounds like car horns and sirens, ensuring that drivers and passengers who are deaf or hard of hearing remain aware of their surroundings.

visionOS will introduce systemwide Live Captions, further supporting users who are deaf or hard of hearing by providing real-time captions for spoken dialogue in live conversations and audio from apps. The update will also expand support for Made for iPhone hearing devices and cochlear hearing processors, ensuring seamless integration with Apple Vision Pro. For users with low vision, new features such as Reduce Transparency, Smart Invert, and Dim Flashing Lights will make the interface more comfortable and easier to navigate.

These advancements highlight Apple’s dedication to inclusive design, pushing technology’s boundaries to create the best experience for all users. To celebrate Global Accessibility Awareness Day, Apple will host curated collections and sessions at select Apple Store locations, allowing users to explore and learn about these new accessibility features. By constantly innovating and improving accessibility, Apple ensures its devices remain accessible to everyone, empowering all users to enjoy and benefit from the latest technological advancements.

The post Apple Unveils Accessibility Features Allowing Users to Control iPad and iPhone with Eye Tracking and Feel Music with Haptics first appeared on Yanko Design.

Nothing’s sub-brand, CMF, has carved a niche for itself in the tech world with various accessories. But it seems they’re about to step outside their comfort zone and enter the smartphone arena. Leaks suggest their first phone, the CMF Phone (1), might be a budget-friendly alternative to the recently released Nothing Phone (2a). According to reliable leaker and developer MlgmXyysd, the CMF Phone (1) borrows heavily from the Nothing Phone (2a)’s core specifications. It notably, however, comes in the signature CMF colors of black, white, or its iconic orange, and sports an alleged $249 price tag, undercutting the Nothing Phone (2a) by $100.

Designer: CMF by Nothing

Just like the (2a), the CMF Phone (1) is rumored to pack a MediaTek Dimensity 7200 chipset, a capable processor for everyday tasks. It’ll also likely share the same 5000 mAh battery capacity, offering long-lasting power on a single charge. However, the CMF Phone (1) might compromise a bit on fast charging capabilities. While the Nothing Phone (2a) supports 45W fast charging, the CMF Phone (1) is tipped for 33W. This translates to slightly longer charging times, but hey, the phone costs less than some GaN chargers!

The display seems identical on both phones – a generous 6.67-inch OLED panel with a smooth 120Hz refresh rate. This offers a clear and vibrant viewing experience, along with butter-smooth scrolling. The camera department on the CMF Phone (1) is still under wraps, with rumors suggesting a dual-camera system with a 50MP main sensor.

One key difference between the two phones could be in design. The CMF Phone (1) is expected to have a replaceable plastic back, a departure from the Nothing Phone 2a’s unique transparent design with integrated LED lighting elements. This plastic back might make the CMF Phone (1) more affordable to produce and potentially more durable for users who are prone to accidental drops.

The leaks also mention a “Nothing Lock” feature, which could be related to exclusive CMF accessories that snap onto the phone’s back using the replaceable cover. Storage options are said to range up to 256GB, paired with 8GB of RAM, offering ample space for apps and files for most users.

The CMF Phone (1) is expected to be a budget-conscious option, with a starting price rumored to be rather low, and although leaked images say €149, tipsters have suggested a price range of $249 to $279 USD. It is likely to come in a variety of colors, including Black, Green, Blue, and an India-exclusive Orange.

Leaked image of the alleged CMF Phone (1)

While it might not boast the same eye-catching design as the Nothing Phone (2a), the CMF Phone (1) could be Nothing’s Nord or Poco Phone moment, allowing it to become accessible to an even larger audience. With a large display, a capable processor, and a long-lasting battery, the CMF Phone (1) might shake up the budget smartphone market if these leaks hold true.

Image Credits: Sarang Sheth

The post Leaks suggest a Cheaper $249 version of the Nothing (2a) Smartphone under its CMF sub-brand first appeared on Yanko Design.

With a stunning 300 lumens of brightness, the WUBEN E1 is 6 times more powerful than your smartphone flashlight, making it perfect for selfies, vlogging, outdoor trips, emergencies, and even reading. The best part, it snaps right onto the back of your phone, giving you a compact ring-light on demand, so you don’t have to use your phone’s crummy excuse for a flashlight. And when you’re not using the light, you can use it as a stand to prop your phone up at any angle.

The WUBEN E1 is proof that MagSafe was an incredible idea. While Apple merely designed the feature to support chargers and attach wallets, MagSafe has spawned a whole host of third-party accessories, from finger grips to tripods, power banks, EDC, and now the E1 flashlight. A perfect example of an accessory that nobody knows they want but everyone definitely needs, the WUBEN E1 straps a powerful lighting device to the back of your phone. Much more effective than your smartphone’s native flashlight, the WUBEN E1 sports a ring of 28 LEDs that create a bright ring light that’s perfect for selfies or for exploring the outdoors. The light sits on a hinge that serves as a stand for your phone, while also letting you face the light forwards or backward, giving you the option of even using it for selfies. Plus, multiple brightness levels and three color temperature settings (warm, neutral, cool) give you way more freedom than your smartphone flashlight could even dream of.

Designer: WUBEN

Click Here to Buy Now: $39 $49 (20% off) Hurry, limited units at discounted price. Raised over $133,000.

For context, the iPhone 15’s flashlight maxes out at 50 lumens – ask any photographer and they’ll tell you that is far too little for effective flash photography. The WUBEN E1, however, overshoots the smartphone flashlight’s brightness by about 6x, giving you a light that’s much more effective in a variety of scenarios, whether it’s finding your keys in the dark or taking beautiful low-light selfies.

Slightly smaller than a hockey puck, the WUBEN E1 packs a series of 28 LEDs in its compact design, and can be used either independently or while securely snapped to the back of your MagSafe-compatible smartphone. On its own, the WUBEN E1 is a pretty handy little flashlight that can be held in your hand, attached to the hood of your car (or any metal surface), or even propped up on any flat-ish plane for instant lighting. Snap it onto the back of your smartphone, however, and you’ve got yourself a powerful tool for selfies, vlogging, or even outdoor adventures.

The WUBEN E1 operates entirely thanks to a crown located on the rim beside the LEDs. Similar to the ones found on a watch, the crown can be pushed to activate the light or cycle through temperature settings, and can be rotated to adjust the brightness. Keeping things gloriously simple, the E1 doesn’t come with an app or any settings that would complicate its use. It’s simply a great, intuitive, sleek EDC light that just so happens to attach to the back of your phone.

Attaching the WUBEN E1 to your phone gives you two distinct benefits. The light’s hinged arm lets you use the E1 as a stand for your phone, propping it up in pretty much any angle you choose. The second, more obvious benefit, is the fact that it replaces your phone’s flashlight with something far more versatile and powerful. The LED ring is 6x more powerful than your phone’s native flashlight, and the hinged arm lets you face the lights anywhere, creating a great makeshift camera light that’s just wonderful for low-light shots, vlogs, or even vanity selfies. Weirdly enough, the LED ring also makes your iPhone look somewhat like a Nothing Phone (1), which feels ironic and slightly hilarious. iPhone users get the last laugh, however, because the E1 is so much more capable than the Nothing Phone’s notification LEDs.

Each E1 comes made from lightweight Magnesium alloy, giving the EDC flashlight a weight of just 36 grams or 1.26 ounces. At just 6mm thin, the WUBEN E1 fits comfortably onto the back of your phone without really jutting out or obstructing regular phone usage. It’s also slim enough to slide directly into your pocket with or without your phone, reinforcing its portability. A 320mAh battery gives the flashlight anywhere between 30 minutes of usage (on its brightest setting) or 50 hours of on-time (on its lowest setting), while a USB-C port on the base of the light lets you charge your device.

The WUBEN E1 starts at $39, and for $69 you’ll get the E1 along with a metal tripod stand/selfie stick that sits between the flashlight and your phone, turning your cutting-edge phone into a comprehensive photo and videography device. The Wuben E1 ships globally starting July 2024.

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Google I/O 2024 has come and gone, and despite rumors and expectations, a new foldable phone was nowhere in sight. Of course, the Google Pixel Fold is hardly the only game in town, nor is it the only one that’s expected to debut really soon. Perhaps beating both Google and Samsung to the punch, Motorola’s next-gen foldable could be hitting shelves as early as June, though it will still be competing with the likes of the Samsung Galaxy Z Flip rather than the OnePlus Open and other larger foldables. Unofficial information about the device is quite thin, but the ones we’ve already heard are quite substantial and paint an interesting picture, one that could make the Motorola Razr+ 2024 or Motorola Razr 50 Ultra the clamshell foldable to beat this year.

Designer: Motorola

Motorola Razr+ 2024: Design

According to sources, this year’s Motorola foldable would look exactly like last year’s Motorola foldable, save for some changes in screen size. That means the Motorola Razr+ 2024’s external screen will still cover the entire surface of the upper half of the phone’s back, leaving only room for the camera lenses themselves. It might sound like a letdown and a sign of lack of innovation over at Motorola, but sticking to a design that works is also a sign of maturity, especially since the design is only a year old.

Image courtesy of: MSPoweruser

Motorola’s design for its Cover Screen is admittedly divisive. On the one hand, it’s the only foldable of its kind that utilizes the whole area, while others make do with tiny rectangles, even tinier circles, or a square with an uneven cutout to make way for cameras. On the other hand, this also makes for a weird arrangement that actually cuts out part of the display anyway, making the image or text in that area inaccessible.

Motorola is also the only brand that allows normal apps to run on that external screen, which is both an advantage and a disadvantage. Regardless, it seems to be sticking to its guns for one more year, offering an experience that, while faithful to the design spirit of the original RAZR, isn’t afraid to go beyond to offer something new and useful.

Motorola Razr+ 2024: Specs and Software

While the Moto Razr+ 2024, or Moto Razr 50 Ultra, won’t look any different on the outside, it will be a very different beast on the inside. Of course, there’s the new Qualcomm Snapdragon 8s Gen 3 leading the changes, and there will supposedly be a larger external screen at 3.9 inches up from last year’s 3.6-inch Cover Screen. There will also be 12GB of RAM paired with 256GB of storage, while the battery has been expanded from 3,800mAh to 4,000mAh.

Given the expected launch windows, the 2024 Razr will be running Android 14 out of the box, and while it might sound like Motorola would upgrade it once Android 15 comes out, there’s not really any certainty. After all, the Motorola Razr+ 2023, which launched with Android 13, still received Android 14 half a year later. Despite being once owned by Google (now under Lenovo’s stewardship), Motorola’s track record for Android updates sadly isn’t that impressive.

Motorola Razr+ 2024: Cameras

Part of the big upgrades coming to the Motorola Razr+ 2024 according to those rumors is an upgrade to the camera system. It will now have not one but two 50MP cameras, one of which has a wide lens while the other is capable of 2x telephoto zoom. Given how Motorola advertises its foldable phone as a sort of mini camcorder, more capable cameras are definitely in order. The 32MP selfie camera, on the other, might remain the same as last year.

Motorola Razr+ 2024: Price and Release Date

There has been no word on the exact date when the Motorola Razr+ 2024 will be launched, which might go by the name of Motorola Razr 50 Ultra in other markets, but all signs point to yet another June release. In fact, the device was spotted making its way through a certification process, suggesting that its debut is close at hand. The leak also confirms what we’ve heard about the design, that it would be a dead knocker for last year’s model.

Image courtesy of: 91mobiles

That leak also “revealed” the color options for the Razr+ 2024, which include Blue, Orange, and Green instead of last year’s Black, Magenta, and Peach. But the more interesting detail about the phone is its starting price of $999 for the base model with 12GB of RAM and 256GB of storage. That’s the same price for half the capacity last year, so it will definitely make the Motorola Razr+ 2024 the cheapest flagship foldable in the market.

Motorola Razr+ 2024: Final Thoughts

Although they are younger than the larger foldables like the Galaxy Z Fold, clamshell-style foldables have become better accepted and sought after. They’re usually more affordable and look more stylish, bringing to mind the flip phones of old. They’re pocketability makes a bit more sense to most people who don’t need a phone that turns into a tablet, and their accessible price tag makes them feel more like regular flagships rather than overpriced novelties.

Of the many foldable flip phones in the market right now, the Motorola Razr+ 2024 seems to offer a more reasonable balance of features and price, especially one from a reputable brand. It looks like this year will show a significant upgrade, at least internally, while still keeping the design that has won fans. That said, Motorola’s Android updates don’t inspire confidence, and we’ve yet to see it make any improvements in that regard.

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Smartphones today seem to look very similar, varying only in the shape of the camera bump and the color of their backs. Sometimes, the materials might be different, too, but the same large-sized “candy bar” form factor has become the standard for all the smartphones currently in the market. There was a time, however, when companies were a bit more daring, experimenting with phone designs and features in an attempt to stand out from the crowd. That did lead to some rather eccentric and sometimes even ridiculous designs that make us question the sanity of the minds behind them. But there are times when those odd designs of the past actually have important relevance today. Here are five such phone design oddities that we wished existed or still exist, and some alternatives in case you may have been smitten by their quirky appearance.

Designer: NewDeal Design for Google/Motorola

Undying Handset: Project Ara

Google’s Project Ara inspired the idea of a modular smartphone whose components you can easily swap to upgrade or repair parts. In theory, this would make the phone last forever, or at least as long as the base is intact and parts continue to be manufactured for it. In practice, it was a very ambitious endeavor that could neither meet expectations nor present a viable business model that wouldn’t bankrupt manufacturers. In the end, that sustainable and immortal smartphone remained just a dream, at least in that idealistic and perfect form.

Alternative: Fairphone 5

Designer: Fairphone

Fortunately, a part of that dream is actually possible and even sustainable in more ways than one. Although you can’t hot swap components on the fly, the Fairphone 5 at least offers a way for owners to change important parts of the phone, like batteries or even cameras, to keep them running almost forever. There are some limitations, of course, but if all you want is a phone that will last you for almost a decade instead of just two years, this self-repairable design pretty much has that in the bag.

Mobile Shutterbug: Nokia N90

One of the biggest uses for smartphones today next to social media is taking photos and videos. In the days even before the term “smartphone” was coined, even the most advanced handsets from the likes of Nokia could barely hold a candle to point-and-click cameras. That’s why the quirky Nokia N90 was prophetic and way ahead of its time, envisioning a day when smartphones would be used like camcorders, though with a bit more awkwardness due to their inflexible designs.

Alternative: Nokia x Nothing Concept

Designer: Viet Doan Duc

While clamshell phones are back in season thanks to foldable screens, the folding and twisting design of the original Nokia N90 remains a distant memory. This concept tries to answer the question of “what if?” and mixes two famed brands’ design languages to craft what could be the perfect camera phone. It makes you feel like a pro photographer or cinematographer, holding up your phone not with shame but with pride, capturing not only the moment but also people’s attention in a good way.

Pocket Book: YotaPhone Dual-Screen Phone

Designer: YotaDevices

E Ink devices are becoming more popular these days, especially after the addition of features like stylus support and color. These displays are easy on the eyes and the battery, allowing the screen to show the same thing for days without requiring a recharge. A few years back, a small company tried to bring those benefits to the smartphone in the oddest way, by putting an E Ink screen on its back. Although it can be used for reading e-books on the go, its main purpose was to have a battery-saving always-on display that is a bit more dynamic and useful than typical AOD implementations.

Alternative: Onyx BOOX Palma

Designer: BOOX

That said, a phone-sized Android device with an E Ink display might be an even more efficient design, which is what the Onyx BOOX Palma is offering. Technically, it’s an e-book reader that’s the size of a regular phone and actually runs Android, which is the standard for BOOX’s devices. This means it has access to the same apps you have on your regular phone, but without color. You also don’t have cellular connectivity via a SIM card, which might be a deal-breaker for a phone but a great deal for distraction-free reading and mobility.

Productive Minimalism: Minimal Phone

Designer: The Minimal Company

BlackBerry might have joined the likes of Nokia and LG as just parts of the annals of mobile history, but its squarish shape and QWERTY keyboard are forever etched in the consciousness of even the least tech-savvy person on the planet. Many have tried to recreate that magic, but this rather elegant yet odd phone puts a twist to it. It combines the iconic BlackBerry design with an E Ink screen and a minimalist aesthetic, promising distraction-free productivity by actually limiting what you can do on the device. It can even make it easier to actually reply to or post on social media, though the drab grayscale screen is probably going to make that a little less enjoyable anyway.

Alternative: Clicks QWERTY Case

Designer: Clicks

The idea of a BlackBerry-like experience might tickle the fancy of smartphone users, but none of them will be willing to ditch their powerful, colorful, and highly functional smartphones. Clicks is a case that tries to bring the best of both worlds, and it’s practically just a case that slides onto an iPhone to provide that tactile typing experience. You won’t have to give up your favorite apps, especially the ones you need to actually be productive, but the burden of being disciplined and ignoring distractions is now on you instead.

Shapeshifting Multitasker: Astro Slide 5G

Designer: Planet Computers

A phone that opens like a mini typewriter has actually been around since the days of the Nokia Communicator and its kin, but that design proved to be more complicated than they’re worth. After playing with that same design, PlanetComputing shifted to a slider that still provides that typing experience while retaining the exact same functions as a phone. Unfortunately, such a mechanism proved to be just as clunky and unreliable, and the software platform didn’t exactly lend itself well to a landscape screen.

Alternative: Any Foldable Phone

Designer: OPPO

These days, you don’t have to rely on a physical qwerty keyboard to have that same mini laptop experience. With foldable phones now more common, you can tap away on a more flexible on-screen keyboard when the device is only half-folded. At the same time, however, you have both phone and tablet functionality in your hands. Admittedly, the design is far from perfect, and we’re still waiting for more affordable foldables coming in the very near future.

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