Nothing Teases Future CMF Phone 2 with Fresh Promotional Image and ‘Coming Soon’ Announcement

Title: CMF Phone 2: Nothing’s Budget Line Hints at an Exciting New Upgrade

It appears that the next iteration of Nothing’s budget smartphone series is on the horizon. CMF by Nothing, the sub-brand of the tech company recognized for its minimalist aesthetics and transparent design, has started teasing what seems to be the CMF Phone 2 — and initial indications imply a substantial enhancement over the previous model.

What We Know So Far

On April 3rd, CMF by Nothing released a teaser video on X (formerly Twitter), suggesting a new device that could easily be the CMF Phone 2. The teaser displays a sleek orange phone featuring a single visible camera lens and a tagline that states, “In search of the perfect shot,” followed by “Coming soon.” While the teaser reveals just one lens, speculation and leaks hint that the final version may incorporate a triple-camera arrangement, a significant upgrade from the dual-camera setup on the initial CMF Phone 1.

The teaser further features a textured back adorned with deep grooves and cuts, implying a daring design progression. It remains uncertain whether these design traits serve a functional purpose or are solely decorative, but they align with Nothing’s hallmark focus on distinctive, visually striking hardware.

A Closer Look at the Camera Setup

Despite the teaser displaying merely one lens, leaked prototype images circulated on Reddit and reported by Phone Arena suggest that the CMF Phone 2 will come equipped with a triple-camera array. These images reveal a black variant of the phone with two lenses arranged vertically and a third lens positioned to the side, along with an LED flash.

This would represent a considerable enhancement from the CMF Phone 1, which included a 50MP main sensor featuring electronic image stabilization (EIS) and a secondary portrait lens with 2x zoom. The introduction of a third lens could bring ultra-wide or macro functionalities, aligning the CMF Phone 2 more closely with higher-end mid-range smartphones.

Codenames and Pokémon Clues

Adding a whimsical twist to the speculation, a recent post by a member of the Nothing team showcased several Pokémon characters, which enthusiasts believe act as codenames for forthcoming CMF products. The character Bulbasaur is presumed to symbolize the CMF Phone 2, while the others may allude to new wearables and earbuds from the brand.

This isn’t the first instance the CMF Phone 2 has been referenced. Back in December, the device was reportedly detected in the IMEI database next to the Nothing Phone 3a and 3a Plus. While those models have since been released, the CMF Phone 2 — thought to have the internal model designation A001 — has stayed under wraps until now.

A Compact Form Factor?

According to the Reddit leak, the CMF Phone 2 might also be more compact than its predecessor. While exact measurements haven’t been verified, the source characterized the device as “compact,” which could attract users in search of a smaller, more pocket-friendly smartphone — a rarity in the current market.

What to Expect Next

With the teaser campaign now in progress, a complete unveiling of the CMF Phone 2 appears imminent. If Nothing adheres to its usual launch pattern, we could anticipate an official announcement within the coming weeks. The company has a reputation for generating excitement through enigmatic teasers and engaging the community, so fans should monitor CMF by Nothing’s social media channels for more updates.

In the meantime, the CMF Phone 2 is positioning itself as an enticing option in the budget smartphone sector. With a rumored triple-camera configuration, striking new design, and a potentially compact structure, it could stand as a formidable rival to devices like the Samsung Galaxy A26 and other mid-range Android phones.

Stay tuned for further updates as we approach the official launch of the CMF Phone 2.

Focusing on Stability Instead of New Features: A Fresh Path for Meta Quest

Title: Meta Quest’s Faulty Updates Are Impeding VR’s Progress — It’s Time for Meta to Take a Breather

In the past year, Meta’s Quest platform has rolled out a series of updates aimed at improving the virtual reality journey. With enhancements ranging from fresh functionalities to design overhauls, Meta has been rapidly advancing its vision for immersive tech. However, in its zeal to innovate, the company has faced missteps — and users are bearing the consequences.

Recent software updates for the Meta Quest series, especially versions V72 and V74, have introduced numerous bugs that have left users feeling exasperated and disillusioned. What could have been thrilling new capabilities have turned into cautionary examples of hasty development and insufficient quality assurance (QA).

The Issue: An Abundance of Bugs and a Deficit in Testing

The problems linked to Meta Quest updates aren’t just minor irritations — they disrupt the overall experience. For instance, the V72 update, launched during the holiday season, rendered certain headsets inoperable. New users, many of whom received their Quest 3S as a present, found themselves with unusable devices and minimal assistance from Meta’s customer support. The timing was particularly unfortunate, leading to considerable backlash.

Then came V74, which had promised groundbreaking features but instead delivered instability. Users reported a variety of issues: headsets failing to charge past 74%, significant network lag that rendered PC VR games unplayable, and malfunctioning secondary account options that hindered families from sharing games. Even basic user interface components would unpredictably vanish upon waking the device from sleep — a bug that had been highlighted during testing but was inexplicably left unresolved in the final version.

These incidents are not anomalies. A brief look at Meta’s community forums showcases a litany of grievances from users who feel more like beta testers than actual customers. The message is clear: Meta is emphasizing speed over stability, which is harming the user journey.

A Real-Life Scenario: When VR Spoils the Fun

The repercussions of these buggy updates go beyond technical issues — they evoke emotional responses. One parent recounted a birthday sleepover where eager kids, looking forward to multiplayer VR gaming on their new Quest 3S headsets, faced one problem after another. One headset lost tracking unless set to travel mode. Another struggled to load the friends list, making multiplayer gameplay impossible. After an hour of troubleshooting, the kids abandoned the VR and opted for their Nintendo Switches.

This story illustrates a vital point: VR is meant to be enjoyable. When it turns into a hassle, users will simply stop engaging with it.

Why Stability Is More Important Than Features

Meta’s current approach to updates resembles that of Google’s Pixel smartphones — frequent updates loaded with new features but often plagued by bugs. While this strategy may attract early adopters and tech aficionados, it alienates the average user who just wants a functional device.

For many, the Meta Quest functions as a gaming console, not a development platform. Similar to a PlayStation or Xbox, it should provide a dependable, plug-and-play experience. Users aren’t interested in troubleshooting tracking issues or sifting through forums to decipher why their headset won’t charge. They want to don the headset and start playing.

By failing to provide a stable experience, Meta risks eroding the trust of its user base — and in an emerging arena like VR, trust is paramount.

The Developer Dilemma

It’s not only users who are exasperated. Developers are impacted as well. With each problematic update, they must rush to determine whether issues originate from their own coding or from Meta’s software. This adds unnecessary complexity to an already difficult development landscape and can deter studios from investing in the platform.

Additionally, Meta’s ongoing quality issues come at a time when the company is striving to persuade developers that the Quest Store is a viable and profitable arena. If users hesitate to update their headsets — or worse, seek ways to revert firmware — it undermines confidence in the whole ecosystem.

The Solution: Take a Step Back and Refocus

It’s time for Meta to pause and evaluate its update frequency. Monthly or bi-monthly updates may appear appealing on paper, but they are clearly not sustainable if they continue to bring more bugs than they resolve.

Here’s what Meta needs to implement:

1. Prioritize QA: Each update must undergo thorough testing, including real-world scenarios that involve multiplayer, secondary accounts, and everyday usage instances.

2. Delay When Necessary: If a significant bug is identified during testing, the update should be postponed — without exception. Rushing out flawed firmware only damages user trust.

3. Enhance Communication: When issues occur, Meta must be transparent and proactive in updating users. Clear, timely communication can significantly bolster goodwill.

4. Emphasize Stability: While new features are enticing, they should not compromise a stable experience. Meta should adopt a “quality over quantity” philosophy for future updates.

5. Listen

Android 16 Beta 3.2 Update Brings Important Improvements for Battery Performance, Screen Problems, and Overall System Reliability

Android 16 Beta 3.2: Major Fixes for Pixel 6 and Later

Google has introduced Android 16 Beta 3.2, a minor update focused on enhancing the user experience for Pixel 6 and newer models. This updated beta version, labeled as BP22.250221.015, aims to fix several ongoing issues, including haptic feedback calibration, battery drain, and screen flickering problems. The update is part of Google’s continuous commitment to improve Android 16 ahead of its official stable launch.

What’s New in Android 16 Beta 3.2?

Android 16 Beta 3.2 is primarily a crucial maintenance update rather than a feature-rich release. It tackles various bugs and performance concerns that have impacted Pixel users participating in the beta program. Below are the main fixes:

• Haptic Feedback Calibration: Some users experienced erratic or poorly calibrated haptic feedback on their Pixel devices. This update rectifies those discrepancies, promoting a more consistent and responsive tactile experience.
• Battery Drain Fix: A major issue leading to excessive battery usage—even during idle times—has been addressed. This fix should enhance battery longevity, especially for Pixel 6 and Pixel 6 Pro users.
• Screen Flickering: The update remedies a flickering screen problem that arose while taking photos or videos. This bug was particularly evident on Pixel 6 and 6 Pro models and has now been reduced.

Who Can Access the Update?

The Android 16 Beta 3.2 update is presently accessible to beta testers using Pixel 6 and newer devices. If you are a participant in the Android Beta Program, you should receive the update through Over-the-Air (OTA) within 24 hours of its release. To manually check for the update, go to:

Settings > System > System updates

Ensure your device is connected to Wi-Fi and has adequate battery life before starting the update.

Google’s Gradual Approach to Android 16

This update closely follows Android 16 Beta 3.1, which was released in March. Similar to its predecessor, Beta 3.2 emphasizes bug resolutions instead of introducing new functionalities. The earlier update resolved issues like varying brightness levels and crashes in the Settings app.

Google’s strategy of delivering small, focused updates indicates a strong emphasis on stability and performance as they prepare for the final Android 16 release. These incremental updates enable the company to collect user feedback and implement necessary changes before the stable version is rolled out.

Looking Ahead: Google I/O 2025

Google is also preparing for its annual I/O developer conference scheduled for May 20 at the Shoreline Amphitheatre in Mountain View, California. The event is anticipated to reveal more information about Android 16, alongside updates regarding Google’s AI projects and other software developments.

Conclusion

Android 16 Beta 3.2 represents a valuable update for Pixel users, particularly for those facing haptic, battery, or display-related issues. With Google refining the OS through these beta iterations, users can look forward to a more refined and stable experience upon the official launch of Android 16. If you’re in the beta program and own a Pixel 6 or newer device, make sure to install the update and provide your feedback to assist in enhancing the final release.

Stay tuned for further updates from Google and Android Central as we near the stable release of Android 16 and the upcoming Google I/O 2025 event.

Samsung Concept Investigates Galaxy Ring Charging Technique That Depends on a Smartphone

Is It Possible for Samsung’s Galaxy Ring to Charge Through Your Phone? A Look Into the Future

It’s an intriguing concept to consider, but could it actually occur?

Key Information

• Samsung has submitted a patent for a method of charging the Galaxy Ring, drawing inspiration from the Galaxy S Pen.
• The proposal suggests a circular area on the rear of a Galaxy smartphone where the ring might connect and receive a charge.
• Another patent indicates a customizable Galaxy Ring designed to fit various finger sizes.

---

Envisioning Smart Ring Charging via Your Phone

Samsung has a longstanding reputation for pioneering innovations, and its recent patent application hints at an advanced method for charging its anticipated Galaxy Ring. As reported by SamMobile, the South Korean tech titan has filed a patent with the World Intellectual Property Organization (WIPO) named “Electronic Device Comprising Seating Structure.” The document presents a unique concept: charging the Galaxy Ring by positioning it into a circular docking area on the rear of a Galaxy smartphone.

This idea is akin to how the Galaxy S Pen charges when secured within Samsung’s Galaxy Note or Galaxy Z Fold devices. The patent diagrams illustrate a ring resting on a peg-like feature on the smartphone’s back, which would conduct power via contact pins. This development could remove the necessity for a distinct charging case, enhancing user convenience.

Functionality Beyond Charging

In addition to charging, the patent alludes to extra capabilities. When docked, the Galaxy Ring could transmit health and fitness metrics directly to the smartphone. This would streamline the syncing process and may minimize reliance on continuous Bluetooth connectivity, which often drains battery on both devices.

Samsung has also proposed the possibility of incorporating this feature into foldable phones and even specialized phone cases. This paves the way for various accessories and designs that could complement the Galaxy Ring ecosystem.

Customizable Galaxy Ring: An Additional Patent, More Potential

This isn’t the first occasion Samsung has hinted at forward-thinking features for its smart ring. In October 2023, the company filed another patent in South Korea for a Galaxy Ring featuring a “resizing structure.” This design would enable the ring to modify its size using internal segments—three, four, or eight—allowing it to fit various finger sizes.

This capability could address one of the primary hurdles in wearable technology: comfort and fitting. A flexible ring would attract a wider audience and decrease the demand for multiple size variants in retail.

Is This Likely to Happen?

While these patents are thrilling, it’s essential to remember that not every patent results in actual products. Companies frequently file patents to protect intellectual property or investigate concepts that may never reach the market. Samsung, in particular, has a track record of submitting ambitious patents that don’t always come to life.

There’s also practicality to consider. Samsung is reportedly moving towards creating sleeker devices, even contemplating the removal of the S Pen digitizer from future Galaxy Z Fold models to conserve space. Integrating a charging dock for a ring could contradict this design ethos.

The Future of the Galaxy Ring

Despite the ambiguity, excitement surrounding the Galaxy Ring remains strong. There are speculations that Samsung may unveil the Galaxy Ring 2 sooner than anticipated, featuring a slimmer design and enhanced

Read More

Galaxy Ring 2’s ‘Dream Battery’ Innovation Provides a Partial Remedy for Smart Ring Constraints

A Galaxy Ring 2 with All-Solid-State Batteries Sounds Exciting, But It Avoids a Key Issue Regarding Smart Ring Capacity and Repairability

Samsung is said to be gearing up for the launch of the Galaxy Ring 2, with one of its most intriguing rumored features being the “Dream Batteries” — a reference to all-solid-state batteries. These batteries promise enhanced energy density, better safety, and increased flexibility in form factor, making them particularly suitable for compact wearables like smart rings. However, while this technological advancement is impressive, it fails to tackle a more critical concern: the natural limitations of smart ring battery capacity and the almost complete absence of repairability.

Let’s delve into what Samsung’s innovation signifies for the future of smart rings — and why it may not suffice.

The Potential of All-Solid-State Batteries

Classic lithium-ion batteries employ liquid electrolytes, which restrict how compact and safe a battery can be. All-solid-state batteries substitute this liquid with solid electrolytes, paving the way for a denser energy pack. Reports suggest that Samsung’s novel battery technology could elevate energy density from 200 to 360Wh/L — a remarkable increase that might prolong the Galaxy Ring 2’s battery life beyond the existing industry average of 5–7 days.

This is significant for wearables. Smart rings are limited by their dimensions — commonly containing just 20–30mAh of battery capacity. A denser battery could translate into extended periods between charges or even accommodate additional sensors without compromising battery longevity.

But there’s a caveat.

The Challenge of Smart Ring Capacity

Even with a dream battery, the Galaxy Ring 2 will still be constrained by the laws of physics. Imagine if Samsung successfully doubles or even triples the battery capacity to 50–100mAh. That’s still a small fraction compared to what you’d find in a smartwatch (300–425mAh) or smartphone (4,000–5,000mAh). Moreover, because smart rings are so compact, any decline in battery performance has a disproportionately large effect.

Ultrahuman, one of the few smart ring manufacturers to openly discuss battery health, states that its Ring Air lasts about 500 charge cycles before significant performance decline. This equates to approximately 1–2 years of daily usage — after which the ring’s battery life may drop to below acceptable levels. Unlike your phone or watch, though, the battery cannot simply be replaced.

Smart Rings Are Disposable Devices

The underlying issue is that smart rings are fundamentally disposable. Their minuscule, sealed designs render them nearly impossible to open without damaging the device. If the battery fails, the ring is rendered useless.

This lack of repairability poses a challenge for both consumers and manufacturers. For instance, when a user’s Ultrahuman Ring Air ceased working after only three months, the company had to provide a complete replacement under warranty. There was no option to repair or refurbish the original. Multiply that by thousands of units, and the implications — both financial and environmental — become substantial.

Samsung’s curved electrode battery, while pioneering, does not remedy this. It remains a non-removable feature within a sealed device. Therefore, even if the Galaxy Ring 2 outlasts its predecessor, it will ultimately face the same predicament: a dead battery and an ineffective ring.

A More Effective Approach: Modularity

There exists a better method — and Oura, a trailblazer in the smart ring arena, may be on the right track.

A newly published patent (US-12177997-B2) from Oura illustrates a modular smart ring design. Instead of encasing all components within a singular, irreparable shell, the ring would incorporate a detachable top module that contains the battery and other electronics. This module could be exchanged when the battery deteriorates or upgraded with new features like NFC payments or advanced sensors.

Such a design would provide several benefits:

– Repairability: Users could replace a failing battery without needing to discard the complete ring.
– Upgradability: New modules could introduce functionality without necessitating a new ring purchase.
– Sustainability: Fewer rings would end up in landfills, minimizing electronic waste.
– Cost savings: Replacing a module would be less expensive than acquiring an entirely new device.

This strategy could transform the smart ring industry — if anyone dares to adopt it.

What Samsung Should Consider

Samsung’s commitment to all-solid-state batteries is commendable. It could markedly enhance the Galaxy Ring 2’s battery life and set the stage for similar advancements in other devices such as the Galaxy Buds and Galaxy Watch. However, it addresses only part of the issue.

To genuinely excel in the smart ring market, Samsung should look beyond battery chemistry and contemplate the product’s lifecycle. A modular, repairable Galaxy Ring would not only attract environmentally conscious consumers but also foster lasting brand loyalty. Buyers would be more inclined to invest in a $400 ring if they were assured it could be repaired or upgraded rather than needing replacement every couple of years.

Final Thoughts

The Galaxy Ring