Intel has been quietly developing something intriguing. A recent leak has uncovered two unannounced processors, the Arc G3 and Arc G3 Extreme, specifically designed for handheld gaming consoles. These chips are anticipated to launch in Q2 2026, potentially transforming the handheld gaming landscape.
Kunal Khullar / Digital Trends
Recent analyses suggest that memory costs could remain high until 2027, indicating that the shortage of memory chips is not a fleeting issue. This is concerning for consumers anticipating lower prices for smartphones, laptops, and graphics processing units in the near future.
Reuters reports that SK Group chairman Chey Tae-won stated the global shortage of chip wafers is projected to persist until 2030, as demand from artificial intelligence continues to exceed supply. Chey noted that the current deficit may stay above 20%, primarily because AI systems consume vast quantities of high-bandwidth memory, thereby utilizing a significant amount of wafers.
SK HynixMemory chips haven’t suddenly become costly due to production bottlenecks or artificial price inflation. Chey specifically highlighted AI’s enormous requirement for HBMs, or high-bandwidth memory, as a primary factor keeping the shortage ongoing. He estimates that the industry will need four to five years to develop sufficient additional wafer capacity, which is why he anticipates the deficit could extend through the end of the decade.
Memory is not a specialized component hidden within the supply chain. It impacts nearly every consumer product, from affordable smartphones and mid-tier laptops to gaming handhelds, consoles, solid-state drives, and graphics cards.
Crucial / MicronChey anticipates that SK Hynix’s leadership will soon present a strategy to stabilize DRAM prices. Companies typically do not discuss price stabilization unless they are concerned about market volatility, which often suggests reduced predictability and higher costs for buyers.
With SK Hynix controlling 57% of the HBM market and 32% of the global DRAM market, it is evident that the company is a major industry force. As the second-largest DRAM supplier worldwide, these warnings are difficult to dismiss.
Google has been hinting at a screen-free fitness tracker since late March, and now the name has been revealed. According to 9to5Google, the forthcoming gadget will be branded as the ‘Google Fitbit Air.’ NBA star Stephen Curry has already been photographed sporting it since the beginning of 2026, offering the first genuine glimpse of Google’s competitor to Whoop.
The Fitbit Air directly targets Whoop, the widely used screen-free fitness tracker preferred by athletes for its comprehensive health metrics including recovery, strain, and sleep analysis. The Fitbit Air seems to adopt a similar approach. The ‘Air’ designation suggests a slim, lightweight build designed for continuous wear without the heaviness of a conventional smartwatch.
Stephen Curry wearing Google’s Fitbit Air InstagramA Google I/O unveiling seems likely, especially considering Curry’s public hints about the gadget. Some core functionalities may be offered at no cost, while premium features such as the AI-driven Ask Coach tool will require a subscription.
The Fitbit Air would also mark the first significant non-Pixel wearable release under Google’s direct management following the Fitbit acquisition, placing considerable expectations on the device to succeed.
GoogleThe hardware is merely one aspect of the strategy. Google intends to rename Fitbit Premium, its current paid service, to Google Health. Furthermore, Google will embed Gemini directly into the Fitbit application to deliver tailored health recommendations. These AI capabilities are currently undergoing testing via the Fitbit Health Coach public preview.
Upon the Fitbit Air’s release, the Health feature will also be rebranded as the Google Health Coach. The teaser posted by Curry concluded with a Google ‘G’ logo devoid of any Fitbit branding, which now holds greater significance. Google appears to be wagering that its own brand name holds more influence in the health technology sector than Fitbit does currently.
Google has been teasing a screen-less fitness band since late March, and now we finally know what it is called. According to 9to5Google, the upcoming device will be marketed as the “Google Fitbit Air.” NBA star Stephen Curry has already been spotted wearing it since the start of 2026, giving the world its first real look at Google’s answer to Whoop.
The Fitbit Air takes direct aim at Whoop, the popular screen-less fitness tracker favored by athletes for its detailed health data like recovery, strain, and sleep tracking. The Fitbit Air appears to follow the same playbook. The “Air” name points to a thinner, lightweight design built for all-day wear without the bulk of a traditional smartwatch.
Stephen Curry wearing Google’s Fitbit Air InstagramA Google I/O launch looks plausible given how publicly Curry has been teasing the device. Some basic features will reportedly be free, but advanced tools like the AI-powered Ask Coach feature will sit behind a paid subscription.
The Fitbit Air would also be the first major non-Pixel wearable to launch under Google’s leadership since the Fitbit acquisition, which adds real pressure on the device to deliver.
GoogleThe hardware is only half the story. Google plans to rebrand Fitbit Premium, its existing paid subscription, as Google Health. Additionally, Google will integrate Gemini directly into the Fitbit app to power personalized health insights. These AI features are already being tested through the Fitbit Health Coach public preview.
Once the Fitbit Air launches, the Health feature will get rebranded too, as the Google Health Coach. The teaser shared by Curry ended with a Google “G” with zero Fitbit branding, which now makes a lot more sense. Google is clearly betting that its own name carries more weight in the health tech space than Fitbit does at this point.
Motorola is broadening its Android 17 beta program to encompass several additional older models. This latest update includes invitations for previous-generation flagships and foldable devices.
According to Android Authority, Motorola is granting Android 17 beta access to three additional devices: the Motorola Razr Plus 2025, Motorola Razr Plus 2024, and the Motorola Edge 50 Ultra. In certain regions, the Razr Plus 2024 and 2025 models are marketed as the Razr 50 Ultra and Razr 60 Ultra. These are all high-end devices, which are now finally receiving access to the latest beta release.
MotorolaMotorola is no longer restricting the beta to a small initial group. The program is now being broadened to include two foldable phones and one flagship slab device. Initially, the company launched the Android 17 beta in February, making it available for the Moto Edge (2025), Moto G57, and Moto G57 Power.
This update comes shortly after Google began its rollout, and the company now appears more open to distributing access widely than in the past. For a brand that has not always been known for rapid Android updates, this change is significant. Although this is still beta software, Motorola seems more motivated than usual to demonstrate progress in this release cycle.
Motorola Razr 2024 Andy Boxall / Digital TrendsMotorola is currently accepting applications from users in the US, India, Europe, Latin America, and Brazil. This wide geographic coverage makes the program feel less like a restricted regional preview and more like a substantial expansion for users eager to test the software early.
The application process follows a standard procedure. Users must register an account on Motorola’s official community site, add their device’s IMEI or serial number to their profile, join the Motorola Feedback Network, and submit an application via the Beta Testing Opportunities page. Upon approval, the company will deliver the beta update over-the-air.
Keep in mind that this is still beta software. Users should anticipate potential issues such as malfunctioning features, increased battery consumption, crashes, or other instabilities.
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The upcoming Mercedes-Benz EV might be powered by Samsung’s battery technology. Samsung SDI has finalized a multi-year agreement to supply batteries to Mercedes-Benz, marking the South Korean firm’s inaugural EV battery partnership with the premium automotive brand.
Samsung SDI has indicated that the batteries will feature high-nickel NCM chemistry and will be integrated into Mercedes-Benz’s next-generation electric vehicles. As reported by the Korea JoongAng Daily, Mercedes intends to incorporate Samsung SDI’s cells into forthcoming compact and mid-size electric SUVs and coupe models.
Although the announcement currently lacks specific details, it remains a significant development.
Mercedes-BenzThe key takeaway is that this represents Samsung SDI’s first battery contract with Mercedes-Benz. According to Korea JoongAng Daily, Mercedes previously depended on LG Energy Solution and SK On for EV batteries, while Samsung SDI’s automotive battery partnership had primarily been with BMW.
Thus, this marks a strategic expansion of Mercedes’ battery supply chain as automakers seek to balance range, performance, cost, and long-term supply security. Samsung SDI states its cells are engineered to provide extended driving range, improved durability, high output performance, and integrated safety features.
Mercedes-BenzThe report highlights that Mercedes-Benz chairman Ola Källenius met with Samsung Electronics executive chairman Lee Jae-yong during a visit to Korea last year, and that Mercedes already collaborates with Samsung in other areas including in-vehicle displays and Samsung Wallet digital key support.
Therefore, the German automaker is not relying on a single supplier for its EV future. This development coincides with Mercedes-Benz’s push into EVs with improved range and charging technology, making this deal a logical progression.
OnePlus’s latest accessory for the Ace 6 Ultra appears to be another effort to transform a smartphone into a portable gaming device, but its most compelling feature is the central opening. OnePlus explains that this area is specifically designed for heat dissipation, and promotional visuals confirm it’s more than just a grip with added triggers. The design intentionally leaves space for thermal management and convenient power access simultaneously.
While promoting its gaming capabilities, including four tactile buttons, hybrid touch/button inputs, micro-switch triggers, a 1 kHz polling rate, and a reported 1.8 ms latency, the controller’s true strength lies in sustained comfort. This is particularly valuable for fast-paced shooters where awkward hand positions and overheating can quickly ruin gameplay.
The middle section is where the design logic truly shines. OnePlus’ promotional materials suggest compatibility with an attachable magnetic cooling system, while the lower USB-C port allows players to charge their device during gameplay without cables interfering with their hands. The contoured grips further reinforce the idea that this is meant to function more like a dedicated handheld console than a simple phone mount.
OnePlusMobile gaming peripherals often force compromises: protruding chargers, obstructive coolers, or awkward ergonomics after extended use. OnePlus seems to be addressing these issues, though confirmation regarding compatibility with OnePlus or Oppo wireless charging pads remains pending based on available information.
OnePlus is positioning this as a premium accessory for competitive shooters. Promotional visuals emphasize customizable button layouts, integrated touch-and-button functionality, and an embedded gaming antenna for improved connectivity.
This thoughtful layout matters more than impressive specifications. While high-speed response times look good on marketing materials, factors like thermal buildup, battery depletion, and cable management typically degrade long gaming sessions first.
OnePlusThe controller was exclusively announced for the Chinese market on April 28, 2026, with no confirmed international launch date. OnePlus also clarified that the accessory will be sold independently, with final specifications to be detailed in official communications.
If OnePlus validates compatibility with its or Oppo’s magnetic cooling accessories, this could become a standout addition to mobile gaming. Without that confirmation, it remains a well-designed controller, albeit without a unique selling point.
China is intensifying its regulatory framework for the rapidly expanding “digital human” sector, as emotionally engaging AI avatars—some designed to resemble deceased relatives—become increasingly common nationwide. This regulatory push highlights the growing visibility of both the commercial opportunities and ethical dilemmas associated with the technology.
After her father passed away from cancer, Zhang Xinyu, a 47-year-old resident of Liaoning province, utilized artificial intelligence to create a digital replica. Partnering with the firm Super Brain, she developed an avatar that mimics his appearance and voice, enabling her to maintain online interactions with him. She shared with AFP that this process provided significant emotional support and aided her in processing her loss.
AI Chatbots UnsplashThis personal narrative illustrates a wider phenomenon in China, where AI-created “digital humans” are seeing explosive growth. These highly realistic avatars are increasingly utilized on social platforms, particularly within digital retail and media production. Xinhua News Agency reports that the industry reached a valuation of approximately 4.1 billion yuan ($600 million) in 2024, marking an 85% increase from the previous year.
Despite the enthusiasm, the technology faces skepticism. Detractors caution that these digital replicas might foster unhealthy emotional attachments or provide what Zhang characterized as “illusory solace,” even when the user’s grief is authentic.
Addressing these apprehensions, China’s Cyberspace Administration has released preliminary guidelines designed to enhance control over the sector. The draft legislation mandates explicit identification of AI-generated material and forbids the creation of digital copies without explicit permission from the subject.
Furthermore, the regulations aim to curb potential abuses, such as fraudulent activities, the spread of false information, and material that could endanger social harmony or national safety. Businesses found in breach of these standards may be subject to penalties between 10,000 yuan ($1,460) and 200,000 yuan ($29,300).
The need for oversight was highlighted by a widely circulated video of an elderly woman engaging with a hyper-realistic AI version of her late son without realizing it. The footage, which spread rapidly across Chinese social networks, ignited discussions about whether such AI applications offer genuine comfort or constitute a form of trickery.
Analysts note that China’s strategy follows a well-established trajectory: swift technological advancement followed by prompt regulatory action. Regulators are especially focused on safeguarding young users, with proposed measures that would outlaw AI platforms designed to foster emotional reliance or mimic romantic interactions for minors.
AI Chatbots UnsplashConcurrently, market participants recognize that oversight is unavoidable. The founder of Super Brain has characterized the proposed rules as a crucial measure to harmonize technological progress with ethical accountability.
The draft regulations remain open for public feedback through early May, with more rigorous enforcement anticipated afterward. The state’s overarching objective is to promote AI integration while exerting firm control over its social consequences.
As “digital humans” transition from a curiosity to a standard utility, China’s regulatory framework may serve as a template for other nations facing comparable ethical challenges—particularly concerning consent, identity, and the emotional influence of artificial intelligence.
Scientists at Pohang University of Science and Technology (POSTECH) have engineered a groundbreaking wearable gadget capable of transforming silent speech into audible speech by tracking minute muscle activity in the neck. Under the guidance of Professor Sung-Min Park and Dr. Sunguk Hong, this research was featured in Cyborg and Bionic Systems, highlighting a major advancement in how humans and machines interact.
The core concept behind this development is straightforward yet impactful: speaking involves more than just producing noise. Whether someone is talking aloud or merely attempting to do so in silence, the muscles and skin around the neck undergo slight shifts. These shifts create an “unseen blueprint” of what the person intends to say.
UnsplashTo record these subtle shifts, the team engineered a wearable tool known as a multiaxial strain mapping sensor. This device merges a tiny camera with pliable silicone containing reference points, enabling it to spot even the faintest skin changes. Built for everyday wear, the sensor fits comfortably around the neck and adjusts itself automatically when moved.
Once gathered, the data undergoes artificial intelligence processing to decode the strain patterns and rebuild the desired words or phrases. By syncing this with voice synthesis tailored to the user’s unique vocal characteristics, the device produces speech that mirrors the individual’s natural tone—despite the absence of any actual sound.
Conventional methods for restoring voice often depend on tools like Electromyography (EMG) or Electroencephalography (EEG), which typically demand heavy, cumbersome gear and can cause discomfort during prolonged wear.
The POSTECH team’s solution sidesteps these issues by providing a slim, wearable option. During trials, the system showed impressive precision in recreating speech, even in loud settings like factories where standard microphones fail.
This technology holds significant promise across multiple fields. It may offer a fresh communication route for individuals who have lost their voice from throat injuries or surgical procedures, allowing them to “speak” using their original vocal signature.
AI UnsplashOutside of medical applications, the system could facilitate quiet communication in places where talking is inconvenient—like libraries, corporate meetings, or loud workspaces. It also paves the way for smoother human-AI interactions, where thoughts can be turned into speech without requiring vocal effort.
The research group plans to enhance the technology for widespread use, boosting its precision and adding support for more languages. Upcoming versions might integrate more smoothly with everyday gadgets, possibly revolutionizing communication in both casual and work-related contexts.
As AI becomes increasingly intertwined with wearable technology, breakthroughs like this point toward a future of more seamless, unobtrusive interaction—where even unvoiced thoughts can finally be understood.