Wireless charging has been around for more than a decade now, yet I still find myself reaching for a cable every single time I have to charge my phone.

It’s not that I don’t understand the appeal. The convenience it offers is real. Just place your phone on a pad and let it charge. No plugging, no wear and tear on your charging port, and no need to find the right orientation in the dark. But even after all these years, wireless charging still feels more inconvenient than it’s worth.

It’s just… frustrating. In small but constant ways. And that’s why, even with wireless charging support baked into almost every flagship phone I’ve used so far, I never really got used to it.

It’s not wireless, is it?

I don’t think it’s a hidden fact, but wireless charging still needs wires. Not for your phone, sure, but for the charger. You still have to find an outlet, plug in a pad or a stand, and place it exactly right. 

So instead of skipping the wire completely, you just move it a level down, from the phone to the furniture. This sounds convenient until you realize that the charger is now part of your table setup. You can’t walk away with it. You can’t lend it to a friend. And once you’ve placed your phone on it, you kind of have to leave it there.

Wireless charging, in its current form, is more like “contact charging.” And while that’s technically true, the branding still feels a little too optimistic.

The alignment game

If you’ve used a flat wireless charging pad, you already know the drill. Your phone has to sit in the exact right spot to actually charge. You miss by a centimeter, and it stops charging. 

I picked up a mousepad with a built-in wireless charger, thinking it would keep my phone juiced up while I worked at my PC. But even at my slightest (unknowing) nudge knocks it off alignment, and suddenly, it’s not charging anymore.  

It’s especially frustrating when I’m relying on it with a low battery, only to realize later that the phone’s been sitting there, doing absolutely nothing.

You can’t really use the phone while it’s charging

This might be my biggest deal-breaker.

With a wired charger, I can still hold the phone, doomscroll Instagram, respond to messages, or check the weather. The cable might get in the way sometimes, but it’s manageable.

However, that’s in no way possible with wireless charging. That would be fine if I were the kind of person who put my phone down and left it alone. But I’m not. I use my phone constantly. I don’t want to wait until it finishes charging to use it, and I certainly don’t want to keep picking it up and placing it back like I’m playing a game of hot potato.

Yes, some wireless stands allow for better ergonomics, but they still limit the angles and the convenience. If I’m trying to use my phone while watching something or following a recipe, I want flexibility. Not constraints.

It isn’t built for a tropical climate

If you live somewhere hot and humid, like much of South Asia, South America, or parts of Africa, wireless charging starts to feel like a bad idea.

These chargers already generate heat under normal use. However, in places where the ambient temperature is regularly above 30°C (86°F), the heat builds up even more quickly.

Phones tend to throttle charging speeds when they get too hot. Some even stop charging completely. I’ve seen phones on wireless chargers become too hot to touch, especially during the day when the room is already warm. In some cases, the phone doesn’t just charge slower, it warns you to cool it down before continuing.

That’s not to say wired charging doesn’t heat up the phone. However, refueling is more efficient this way, and you can unplug the phone as soon as it’s full. It makes more sense in hot places where managing temperature is part of daily life.

It doesn’t travel well

Wireless chargers are also not portable. Yes, technically, you can carry them. But do you want to?

They’re often bulkier than a standard cable, harder to pack, and require their own power bricks. And if you’re staying somewhere that doesn’t have a flat surface near an outlet, or any outlet at all, you’re out of luck.

Meanwhile, a single USB-C cable and a compact adapter can do everything: charge your phone, your tablet, your earbuds, even your laptop.

Wireless charging doesn’t replace that versatility. It just adds another layer of stuff to carry.

The ecosystem tax

Wireless charging accessories are usually more expensive than their wired counterparts. A basic fast charger costs $15–20. But a decent wireless pad will set you back somewhere between $40–60. 

And let’s not forget the constant compatibility issues. Apple’s MagSafe doesn’t always play nice with Qi chargers. Samsung’s fast wireless chargers won’t deliver top speed to other brands. And budget phones often have the hardware but not the firmware to unlock the full speeds.

It doesn’t solve a real problem

When I think about why I never adopted wireless charging, it really comes down to this: it doesn’t fix anything that was broken.

Plugging in a phone was never a major issue. USB-C is a reversible, fast, and reliable solution that doesn’t demand extra care. 

Wireless charging doesn’t make it dramatically better. It makes it different. More futuristic-looking, sure. But in everyday life, I feel it’s more restrictive, at least for me.

I don’t mind seeing wireless charging grow and evolve. I think it’s great that the tech is moving forward. But it’s telling that after all these years, it’s still not the default way most people charge their phones, because it’s not better. Just newer.

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The post Why I Never Got Used to Wireless Charging in Phones appeared first on Gizmochina.

The wireless charging game is finally getting a meaningful upgrade. While the wired fast charging speeds have seen great improvements, the wireless counterpart only saw practical speeds on Chinese smartphones. But the standard for wireless charging as a whole is seeing an upgrade with the Qi2 update. Next-gen smartphones will soon be able to charge up at 25W. So here’s everything you need to know.

Note: Chinese smartphones are typically Qi certified, so they do support the charging standard. But these offer faster charging speeds from their respective accessories (wireless chargers/pads). At the moment, Qi2 isn’t as widely supported on the Android market.

What Is Qi2 Wireless Charging?

Qi2 is the next evolution of the Qi wireless charging standard, developed by the Wireless Power Consortium (WPC). Officially introduced in 2023 and rolling out more widely in 2024–2025. Qi2 improves on the original Qi spec by offering faster charging (up to 25W) and magnetic alignment similar to Apple’s MagSafe. Thanks to this magnetic alignment, your device can perfectly line up with the charger every time, reducing power loss and heat. Both of these were common issues with older Qi pads.

25W Wireless Charging

The headline upgrade with Qi2 is 25W charging support. This is a welcome bump from the older 15W limit found in many Qi-compatible devices. While this still won’t beat the crazy-fast 50W+ wired charging speeds on some Chinese Android phones, this is still a lot more practical than its predecessor. Realistically, one can charge an average phone in a little over an hour.

Built on Apple’s MagSafe Tech

Apple isn’t quite known for its crazy charging tech, but its MagSafe was undoubtedly a notable advantage in wireless charging. Qi2 borrows from Apple’s MagSafe system, using a Magnetic Power Profile (MPP) that ensures better contact between the charger and device. So the new Qi2 standard means that this isn’t locked to Apple anymore. Meaning, even Android devices can adopt the same precise, snap-on alignment tech. We can expect a future where a single Qi2 compatible charger can juice up your iPhone, Android, TWS earbuds, and more.

When Will Qi2 Devices Be Available?

Adoption of the Qi2 wireless charging standard is still a bit slow on the Android side. While Apple’s latest iPhone supports this standard, it is still limited to 15W charging rates. Samsung’s current flagship Galaxy S25 series also features Qi2 charging standard, but with the same slower 15W speeds. However, these models arrive are only “Qi2 Ready”, meaning the phone lacks built-in magnets and requires a compatible case with a magnetic ring for magnetic alignment and the full Qi2 experience. The next generation of smartphones are rumored to bring support for this standard, which could include brands like Xiaomi, OnePlus, and others. Meanwhile, the accessories makers have already begun rolling out Qi2 certified products.

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The OnePlus 13 and OnePlus 13R just made their global debut in India. Alongside these high-end smartphones, the company also unveiled a bunch of accessories that support magnetic charging. These include the new OnePlus 13 Magnetic Cases and the OnePlus AirVOOC 50W Magnetic Charger. So let’s check it out.

OnePlus 13 Magnetic Cases

One of the notable upgrades of the OnePlus 13 was the inclusion of magnetic wireless charging. Just like the Apple iPhones, the OnePlus 13 Magnetic Cases are fully compatible with MagSafe accessories and the brand’s very own magnetic charging. So the brand released special cases that support Magnetic Charging. All of these cases were designed to be slim, to help avoid adding too much bulk to the premium phone.

There are four variants in total, but only three are available in India. This includes the Aramid Fiber, Wood Grain (Wood Black), and Sandstone cases. The Wood Brown variant of Wood Brown is only available in the US. The Sandstone case costs Rs 1,299 in India, while the Wood Grain, and Aramid Fiber cases have a Rs 2,299 and Rs 2,499 price tag respectively.

OnePlus AirVOOC 50W Magnetic Charger

Alongside these cases, OnePlus officially unveiled the AirVOOC 50W Magnetic Charger. The wireless charger provides fast and efficient magnetic functions. Thanks to the 50W wireless charging support, the OnePlus 13 can charge to full in about 75 minutes. The OnePlus AirVOOC 50W Magnetic Charging costs Rs 5,999 and should be available from the OnePlus India online store later this week. You can also click here to check out 7 alternatives to the OnePlus 13.

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Wireless charging is one of those features that has often been marketed as a premium addition to smartphones. In markets like the U.S. and Europe, it’s a major convenience factor for users. Yet, in Asia—a region with diverse consumer priorities—wireless charging is far from a must-have feature. 

Despite its growing presence in flagship devices, its absence in mid-range and budget phones hasn’t significantly influenced buying decisions. Let’s explore why wireless charging doesn’t hold the same sway in Asia as it does in other regions.

Wired Charging Has Evolved Significantly

The evolution of wired charging technology has made it more appealing than ever. Flagship-level speeds now reach up to 240W, allowing some devices to charge fully in under 10 minutes. 

Even mid-range smartphones like the Redmi Note 14 Pro+ support 90W wired charging that delivers a quick and efficient experience that outpaces most wireless solutions.

While one might argue that wireless charging speeds could also be improved, this comes with its own set of challenges. Higher wireless charging speeds generate more heat, which can strain the battery and diminish its lifespan.

Cost-Sensitive Markets and Prioritized Features

Asia’s smartphone market is intensely competitive, especially in price-sensitive regions like India, Indonesia, and the Philippines. In such markets, manufacturers focus on delivering high-value features—better displays, higher-resolution cameras, and larger batteries—while keeping costs in check. Wireless charging hardware adds to the production cost of a device, and omitting it allows brands to maintain competitive pricing.

Consumers in these regions also prioritize tangible features over subtle conveniences. For instance, a 120Hz AMOLED display or a 108MP camera creates a more compelling value proposition than wireless charging. In this context, the absence of wireless charging is hardly a deal breaker.

Practical Limitations

Wireless charging comes with its share of practical challenges, which can make it less appealing. One significant limitation is the need for precise alignment on a charging pad, which can be finicky. Slight misalignment can interrupt charging, frustrating users who expect seamless operation.

As we mentioned earlier, heat generation is another concern. Wireless charging generates more heat than wired charging, which can impact battery longevity over time. And especially for users in tropical climates—where devices are already exposed to high ambient temperatures—this becomes an even more critical issue.

Additionally, wireless charging pads aren’t exactly portable. Unlike compact wired chargers or power banks, they’re cumbersome to carry around, making them impractical for on-the-go users who form a significant portion of Asia’s smartphone consumer base.

The Role of Power Banks

Power banks are immensely popular in Asia, especially in countries where electrical outages are frequent. These devices offer a reliable and portable charging solution that aligns better with the needs of consumers in the region. 

Since wired charging power banks are more accessible and affordable than their wireless counterparts, they are the preferred choice for many users.

Power banks have also kept pace with fast-charging technology, with many now supporting up to 100W wired charging. This allows users to recharge their phones quickly multiple times without needing a wall socket.

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• Also Read: Which power banks should you buy?

Changing Habits Take Time

Wireless charging is a relatively new technology compared to wired alternatives, and shifting consumer habits takes time. In Asia, where traditional charging methods have been the norm for years, the transition to wireless is slow. Even premium users who own devices with wireless charging capabilities often stick to wired chargers due to habit or convenience.

Cultural factors also play a role. Many households in Asia use smartphones as shared family devices, and wired charging allows multiple users to easily swap devices on a single charger. The communal nature of device usage further diminishes the utility of personalized features like wireless charging.

Future Prospects

While wireless charging is not yet a priority, it’s not entirely dismissed in Asia. Premium segments and tech enthusiasts are gradually adopting the technology, especially as more flagship phones integrate faster wireless charging speeds and reverse wireless charging capabilities. Innovations like furniture with built-in wireless charging pads—seen in products from IKEA and Samsung—could also boost adoption in urban markets.

However, for wireless charging to become mainstream, it needs to overcome its current limitations. Faster speeds, improved efficiency, and wider availability of affordable wireless charging pads are essential. Until then, wired charging will likely remain the dominant method in Asia.

Conclusion

Wireless charging may be a buzzword in tech circles, but in Asia, it’s far from a necessity. Practical challenges, cost considerations, and deeply ingrained habits have limited its adoption in a region where consumer priorities differ from those in Western markets. 

While its presence in flagship devices may increase awareness, it’s unlikely to become a deal breaker anytime soon. For most consumers in Asia, fast wired charging and portable power solutions continue to offer the perfect balance of speed, reliability, and cost-effectiveness.

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Portronics has just launched a brand-new wireless charging station that is compatible with Apple products. It is the new Portronics Bella 2, which is an all-in-one solution that brings 15W wireless charging. The product has a streamlined charging stand design that also comes with a built-in digital alarm clock.

Portronics Bella 2 Specs

The Bella 2 is a 3-in-1 MagSafe wireless charging station that is compatible with Qi compatible iPhones, Apple Watches, and AirPods. It offers fast charging on the iPhone 12 series and newer models, promising up to 40 percent charge in 1 hour. Meanwhile, the Apple Watches can charge by 80 percent in 50 minutes and 80 percent on the AirPods in an hour as well. You can even charge all these devices The wireless charger arrives with a 5W USB port that lets you charge an extra device. There are three distinct charging areas for smartphones, smartwatches, and TWS earbuds.

On the other hand, it has a 15W wireless charging output. The Digital Alarm Clock on the front supports the 12 hour and 24 hour format that comes with a built-in battery and snooze button. This LED clock comes with 4 brightness levels, which you can customize for your comfort. This launch arrives a couple of weeks after the Portronics Bubble Square dual mode wireless keyboard in India. Similarly, it even released the Harmonics Klip 5 with a retractable clip on Bluetooth headset back in April.

Pricing and Availability

The Portronics Bella 2 is available for an introductory price tag of 2,499 INR on the brand’s official website. It comes with a year long warranty. This model is currently available via major online and offline stores starting today (10th June 2024). The charging station with a digital alarm clock is available in a single color option, which is black.

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Xiaomi 80W Lift-Type Wireless Charging Stand Kit is the ultimate solution for hassle-free charging at lightning speed. Designed to meet the demands of modern smartphone users, this innovative charging stand offers a plethora of features that elevate your charging experience to new heights.

You can now grab the Xiaomi 80W Lift-Type Wireless Charging Stand Kit at an unbeatable discounted price of $99.90 only at GeekWills. Originally priced at $119.99, you save a whopping $20 on this state-of-the-art charging solution.

With its super-fast 80W charging speed, the Xiaomi Mi 80W Wireless Charging Stand ensures your device gets juiced up in no time. Whether you’re using a Xiaomi Mi 14 Ultra, Xiaomi Mi 14 Pro, or any other Qi-compatible device, rest assured that this charger has got you covered.

Versatility is key with the double coil design, allowing you to charge your phone both vertically and horizontally. Whether you’re watching videos in landscape mode or scrolling through your feed in portrait mode, the Mi Wireless Charging Stand keeps your device powered up without sacrificing comfort or convenience.

Say goodbye to overheating woes with the integrated cooling system. The curved air duct efficiently dissipates heat, ensuring optimal performance even during extended charging sessions. Plus, the ultra-quiet built-in fan keeps things cool without creating unnecessary noise.

Safety is paramount, and the Xiaomi Mi 80W Wireless Charging Stand takes it seriously. With advanced protection features including overvoltage, overcurrent, overtemperature, under-voltage, foreign object detection, and electrostatic protection, you can charge with peace of mind knowing your device is safeguarded against potential risks.

Designed for simplicity and ease of use, the charging stand comes complete with a 120W charger, a 6A cable, and easy-to-follow instructions. Simply plug it in, place your device on the stand, and let the fast-charging technology do the rest.

Xiaomi 80W Lift-Type Wireless Charging Stand Kit is the perfect blend of speed, versatility, and safety. Whether you’re at home, in the office, or on the go, this charging stand ensures you stay powered up and ready for whatever the day brings. 

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Toshiba is breaking new ground in the realm of wireless power supply systems with the utilization of microwaves to transmit electricity over considerable distances. While conventional technologies often face challenges with interference from surrounding radio waves, Toshiba’s innovation claims to overcome these issues, offering precise control over power supply.

Toshiba’s wireless power supply system uses microwaves for remote energy transmission

The Japanese tech giant envisions commercializing this groundbreaking technology after 2025, opening doors to a future where sensors and cameras can be powered without relying on conventional batteries.

One notable aspect of Toshiba’s wireless power supply system lies in its ability to detect Wi-Fi signals, and sending a microwave beam in that direction. What sets Toshiba’s technology apart is its claim to be the sole system globally capable of seamlessly coexisting with both wireless LAN and power supply system radio waves. It mitigates the concerns related to radio interference that have plagued similar technologies.

To enhance versatility, Toshiba plans to optimize its equipment for efficient radio wave reception from any location. The miniaturized power supply system is designed for easy installation on ceilings, promising a streamlined integration process.

Toshiba’s official demo pictures reveal impressive capabilities of the microwave remote power supply system. It boasts the ability to deliver 100mW of power at a distance of 3m and still provides a notable 1mW at a distance of 10m. It goes to show the system’s future potential to offer practical power solutions for various applications, especially in industrial settings where reliable and wireless power is crucial for powering various devices.

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The Redmi K70 series is expected to launch in China later this year. The series is rumored to include three models, namely Redmi K70, K70 Pro, and K70e. However, it appears that all of these models will be missing one charging-related feature. So let’s have a look.

Redmi K70 series won’t feature wireless charging

The latest leak arrived from known tipster Digital Chat Station, who shared the information on Weibo (a Chinese microblogging website). Apparently, the upcoming Redmi K70 lineup will be missing a feature that was available on its predecessor, the K60 Pro. The tipster believes that the Redmi K70 series does not feature wireless charging support. Previously, the brand launched the Redmi K60 Pro with support for 30W wireless fast charging while the K60 skipped this feature.

It is unclear why the company would decide to remove this functionality that its successor offered. But keep in mind that this is still just an unconfirmed report, so take this news with a pinch of salt for now. The prototype units of the Redmi K70 and K70 Pro were recently leaked, which revealed that the devices will sport a flat display with narrow bezels and 2K resolution. Notably, both models will also arrive with a metallic frame and other improvements in the texture of the rear glass panel.

In our recent reports, some camera specs of the Redmi K70 Pro were revealed. The device reportedly houses a 50-megapixel primary camera that is paired with a telephoto lens that offers 3.2x optical zoom. The series will launch with Android 14 OS based MIUI 14 custom skin that will likely be upgraded to MIUI 15.

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Mophie has once again proven to be ahead of the curve in mobile charging solutions with their latest release at IFA. This time, they’ve raised the bar by incorporating the new Qi2 wireless charging standard into their product range, promising faster and more reliable charging.

The charging station could be a great addition to a desk or a dresser with multiple devices

What sets this release apart? Take the snap+ wireless charging vent mount, for example. Priced at $69.95, this gadget could be the unsung hero for the gig economy, particularly ride-sharing drivers. It not only provides a 15W power boost but also keeps the phone securely mounted on the car’s front vent. That’s a two-in-one deal that’s hard to beat when you need to keep your eyes on both the road and your navigation app.

The snap+ 3-in-1 stand is another standout, offering a charging solution for those with multiple Apple devices. For $129.95, it allows simultaneous charging of your Qi2-compatible phone, Apple Watch, and AirPods. Talk about an all-in-one charging station for Apple enthusiasts! This could declutter your workspace or bedside table in a jiffy.

Matt DiPrimio, Mophie’s director of product management, emphasized how the new Qi2 standard will enhance charging speed and reliability. It uses magnets to ensure perfect alignment with charging coils, a feature inspired by Apple’s MagSafe tech.

So, whether you’re a ride-share driver looking for a convenient in-car charging option or a multi-device user aiming to streamline your charging routine, Mophie’s new range might just be what you’ve been waiting for.

Customers can expect these products to be available for order later this year, both online and through select global retailers. Plus, all these gadgets come with a two-year warranty, making it a safer bet for those willing to invest in high-quality charging solutions.

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Wireless charging is getting more and more popular these days. We can see this technology it in our phones and even things like AirPods. However, when we look at the usage rates, the numbers suddenly start to drop suddenly. This is mostly because wireless charging isn’t truly ‘wireless’. Your device needs to touch a charging pad, and that can be harder than just using a USB-C or Lightning cable. However, engineers at Aalto University have developed a new system that can fix this. Here are the details…

Aalto University Researchers Develop Long-Distance Wireless Charging System

As mentioned above, currently, wireless charging requires a device to be placed on a pad or dock, which isn’t much more convenient than wired charging. For example, even though I have a wireless charging pad and my phone supports this technology, I almost never use it. Experts aware of this situation aim to achieve truly wireless charging without the need for contact with any surface.

Current wireless charging technologies use magnetic induction to transfer power over short distances, but this limits the range of the charger and the amount of power that can be transferred. Of course, it is possible to increase this range. However, the efficiency of wireless charging decreases rapidly as the distance between the power source and the receiver grows. That’s why researchers have been working for some time to find a way to increase the range without sacrificing efficiency. Now, engineers at Aalto University have created a new system that could allow for more efficient wireless power transmission over longer distances.

Before going into more detail, it’s worth noting that this isn’t the work of a company like Apple or Xiaomi. Therefore, there isn’t a product you can buy in the near future. In fact, there isn’t even a product at all. The Aalto team has merely developed a new dynamic theory. While this is indeed a significant step and some tests have been conducted, it is still only a research study. However, it’s also good to remember that such studies are the foundation of all modern technologies.

The team tested the idea using two loop antennas, each 7.2 cm (2.8 in) wide. By tweaking the currents in the antennas, they were able to suppress the radiation resistance in the loops and increase the efficiency. Even when placed 18 cm apart, the power transfer efficiency remained high at over 80%. Here is the statement of the Aalto research team on the subject:

“We wanted to balance effectively transferring power with the radiation loss that always happens over longer distances,” said Nam Ha-Van, lead author of the study. “It turns out that when the currents in the loop antennas have equal amplitudes and opposite phases, we can cancel the radiation loss, thus boosting efficiency.”

You probably didn’t think that 18 cm was much, which isn’t really a great distance. But as we said, this is only the first step in technology and it is likely that it will near perfection in the future. This could have a big effect on how we use our gadgets. Especially when you consider that companies like Apple and Samsung have removed the charger from the box for some products like phones. So, what are your thoughts on this topic? Do you use wireless charging technology in your daily life?

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How does NFC work? Near Field Communication (NFC) technology allows two electronic devices to communicate wirelessly when they are in close proximity, typically within a few centimetres. NFC works by using electromagnetic radio fields to enable the exchange of data between devices. It operates on the principle of magnetic induction, where one device generates a radio frequency field, and the other device, equipped with an NFC chip, detects and responds to that field. Those few centimetres of distance between the devices will no longer inhibit the small range of NFC technology. The NFC Forum, a collaborative group founded by industry giants Sony, NXP Semiconductors, and Nokia, has recently unveiled a roadmap that promises to reshape the landscape of NFC technology by 2028.

The mission is to expand the range of NFC by four to six times

Comprised of representatives from tech powerhouses like Apple and Google, the NFC Forum has outlined five primary initiatives to propel the technology forward within the next two to five years. At the forefront of these ambitions is the mission to extend the range of the connections, which currently operates within a small distance. The goal is to expand this range by four to six times, rendering contactless payments genuinely contactless. This significant stride would not only enhance convenience but also expedite transactions, relieving users of the need for meticulous antenna alignment.

Expanding the range of NFC connections represents just one part of the NFC Forum’s plan. Another important milestone would be the advancement of wireless charging capabilities over NFC. The group aims to elevate the wireless power and charging capacity from the current 1W to an impressive 3W. Such an upgrade would unlock wireless power possibilities for smaller devices and pave the way for innovative applications that were previously not viable.

In addition to these advancements, the Forum envisions enabling multiple-purpose taps, which would empower users to perform multiple actions with a single tap. This streamlined functionality would not only enhance user experience but also open doors for new and exciting applications. As thrilling as these prospects are, it is important to manage our expectations. While the NFC Forum’s roadmap promises an interesting future, these advancements will take time to come to reality and find their way into everyday devices.

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ASUS has unveiled its latest ChromeBox mini host powered by the 5-core Intel Celeron 7305 chip. The new model is a low-profile gadget and it is highlighted by its 15W wireless charging support. The ASUS ChromeBox comes with an assortment of ports to deliver high-performance connections with multiple devices.

The new ASUS ChromeBox mini host offers 64GB of DDR5-4800 memory with a 48EU core display. The Intel Celeron 7305 has 1 large core and 4 small cores, 8MB L3 cache, and 15W power consumption. The mini host has a Thunderbolt 4, dual HDMI, DisplayPort, and a 2.5Gbps Ethernet port, among others. The ChromeBox mini also has a 4GB+128GB configuration. The performance rating of the new ASUS mini host is tied to the Celeron 7305 processor used in the device.

The new ChromeBox mini host run on ChromeOS and is primarily based on web applications. It is heavily reliant on an internet connection for both software functionality and data storage. Thus the local area network or other wireless network architecture must be solid for optimal performance.

The ASUS ChromeBox mini host is priced at 2,034 yuan (~$294) for the 4GB+128GB version. There are no global availability details for the mini host at this time. There are several competitively priced mini hosts in the market and the ASUS ChromeBox is entering a saturated market. One of its highlights is the wireless charging available with the device but this could be one of the most expensive wireless charging pads currently.

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Samsung’s latest flagship series, the Galaxy S23, has been out for almost two months, and early adopters are discovering that the wireless charging speeds on these high-end phones may not be as fast as expected. In fact, according to a detailed comparison by Phone Arena, the Galaxy S22 charges quicker than its 2023 counterpart, even though they feature pretty much the same wireless charging speeds.

The comparison reveals that the Galaxy S23 Ultra takes around 40 minutes longer to charge wirelessly from 1-100% than the Galaxy S22 Ultra, while the Galaxy S23 Plus takes about 15 minutes longer, and the Galaxy S23 takes approximately 16 minutes longer. This is surprising, given Samsung’s emphasis on speed and performance on its latest smartphones.

One possible explanation for this slower charging speed is Samsung’s concern about heat dissipation. The company’s documentation states that the Galaxy S23 includes “an enhanced level of heat dissipation” to prevent overheating. Nevertheless, this does not fully explain why the last generation flagship, featuring the same battery size and wireless charging tech as the Galaxy S23 Ultra, can recharge faster than the newer model at the same charging speed.

It’s worth noting that 15W wireless charging is not the fastest standard available, and other brands like OnePlus have been offering 50W wireless charging for a couple of years now. It’s important to note that Samsung’s 15W fast wireless charging is only available on the company’s own chargers, which means that customers using third-party charging pads may experience slower charging speeds. In fact, even if the third-party charger supports 15W charging, the speeds may be capped at 10W due to compatibility issues.

Overall, this discovery may be disappointing for Samsung Galaxy S23 owners who were expecting faster wireless charging speeds. However, it’s important to keep in mind that heat dissipation is a critical issue for modern-day phone makers, and Samsung may have taken this decision to prioritize the safety and longevity of its flagship phones.

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A new Apple patent filing has revealed the use of a bimodal reverse recharging system on a future iPhone, which could potentially enable the phone to wirelessly recharge accessories. This news follows rumors and reports that have circulated in recent years about the possibility of reverse charging on an iPhone. In October 2020, MacRumors reported on an FCC filing that supported the idea of reverse charging on an iPhone, but in February 2021, Mark Gurman claimed that wirelessly recharging accessories was unlikely in the near term.

The new patent filing, which was published by the US Patent & Trademark Office last Thursday, relates to a wireless charging system using bimodal magnetic alignment components for alignment of devices. Currently, the wireless recharging system on the back of an iPhone is limited to a large coil that cannot support charging smaller devices like an Apple Watch.

Apple‘s patent background notes that wireless charging technologies have been developed that exploit electromagnetic induction to charge portable electronic devices without the need for a charging cord. For example, some portable electronic devices can be recharged by merely resting the device on a charging surface of a wireless charger device. A transmitter coil disposed below the charging surface is driven with an alternating current that produces a time-varying magnetic flux that induces a current in a corresponding receiver coil in the portable electronic device.

However, sometimes the alignment of the magnets can be difficult to set correctly, which can affect the efficiency of power transfer. To solve this problem, Apple‘s new patent introduces bimodal magnetic alignment components, which can attract and hold a pair of devices in the desired alignment. These alignment components can include primary and secondary components, each of which has an annular arrangement of magnets with a fixed arrangement of magnetic polarities. When the primary and secondary components are brought into proximity with each other, they will attract and hold the devices in the desired alignment.

In summary, the bimodal reverse recharging system on a future iPhone could potentially enable the phone to wirelessly recharge accessories, thanks to the use of bimodal magnetic alignment components. While it is not yet clear when this technology will be implemented, it shows that Apple is exploring ways to improve the wireless charging capabilities of its devices.

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With the Android 13 recently being officially announced, the Google Pixel series were some of the first smartphones to receive the new major update. But it appears that the upgrade broke a major feature for some Pixel owners.

According to a 9To5Google report, owners of Pixel series smartphones have took to Reddit to share their complains regarding the new major Android 13 OS update. Apparently, for some the wireless charging feature has stopped functioning as intended with the new update. For those unaware, wireless charging has been a standard feature on Pixel smartphones since the Pixel 3 series. And now, reports have surfaced regarding the feature breaking for models from Pixel 3 to even the latest Pixel 6 series as well.

Despite the issue affection multiple Pixel generations, the report found that a majority of the complains were from the Pixel 4 and Pixel 4 XL model users. The Reddit users have also claimed that the issue affects their device regardless of the different chargers they use. Although, there have been some workarounds to fixing this issue, with one user claiming that rebooting into safe mode then rebooting again usually fixed this issue. Although, some others said that this did not work for them.

As of right now, there has been no official word from the Search Engine giant regarding this particular bug. So its unclear when an official fix will roll out officially. But stick around for more, as we will be providing updates when additional information is available regarding this matter.

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Samsung will soon launch its next-generation Galaxy S22 series smartphones in the market and if the reports are to be believed, then the launch could happen sometime in early February but the company is yet to confirm this.

Ahead of the official launch, almost everything related to the upcoming smartphones — the Galaxy S22, S22 Plus, and S22 Ultra/Note — have leaked online. Now, new interesting information has surfaced online, revealing details about the charging capabilities.

Samsung has submitted a new 25W wireless charging pad for approval to FCC which indicates that the company is planning to soon launch this new accessory, most likely along with the Galaxy S22 series phones. The development was reported by PhoneArena.

There’s a high possibility that the Galaxy S22 lineup or the Galaxy S22 Ultra smartphone has support for 25W wireless charging. If this turns out to be true, then it will be the first time for Samsung to offer such high-speed wireless charging support on its device.

So far, the maximum wireless charging speed that the South Korean giant offers is 15W and 25W for wired charging via USB-C port in the Galaxy S21 Ultra. However, this time, the company is expected to increase wired charging speed to up to 45W.

Depending on the region, the devices will come powered by either Qualcomm Snapdragon 8 Gen 1 chipset or the company’s own Samsung Exynos 2200 SoC. Based on the recent leak, the Samsung Galaxy S22 Ultra is claimed to have two models — 12GB RAM with either 128GB or 256GB storage, and a 16GB RAM model with 512GB storage.

A recent report claims that Samsung has started the production of the upcoming Galaxy S-series flagship phones in full swing and is shipping thousands of components every day. As for the pricing, the series is expected to have a starting price of $799.

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Apple might be raising its efforts into its wireless charging technology. The company is reportedly working on a new multi device wireless charging system of the future.

According to Forbes, Bloomberg’s Mark Gurman revealed some interesting information about the company’s future wireless charging technology on its Power On newsletter. Apparently, the Cupertino based giant is working to bring a future where chargers that do more than just one device. As of right now, the brand sells the MagSafe Duo wireless charger that charges both the iPhone and Apple Watch/AirPods at the same time.

But as per Gurman, the iPhone maker is working on a successor to the AirPower, which was cancelled back in 2019. In the Power On newsletter, Gurman also stated that “there’s a reason why it planned to launch the device in the first place in 2017.” In other words, the company has yet to give up on its plans with wireless charging technology. He further added that Apple is looking for both short and long distance wireless charging, which is quite a bit more advanced that its current induction charging based offerings.

Gurman believes that the company is imagining a “future where all of Apple’s major devices can charge each other. Imagine an iPad charging an iPhone and then that iPhone charging AirPods or an Apple Watch.” Furthermore, with the European Union cracking down on electronic waste and pressuring the brand to conform to the industry’s universal standards, the company’s Lightning connectors might soon be replaced in favor of the USB-C. But to avoid this, the company could launch devices that only support wireless charging from its next gen multi device chargers. In other words, there might soon be a time where a portless iPhone launches, with the retail box only having a smartphone since the earphones and charging brick are already out.

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Google has never been one to jump on the bandwagon when it comes to new features, especially those that consumers really want. Fast charging is the perfect example. There are a plethora of phones (including mid-range models) that charge at incredible speeds, with some going as high as 120W for wired charging and 67W for wireless charging. Google, on the other hand, has remained stuck on 18W for wired charging for both its flagships and mid-range phones and 12W for wireless charging! Now there is good news for the upcoming Pixel 6 series.

The Pixel 6 series is shaping up to be the best Pixel phone from Google. With an unusual design that will turn heads and a custom chipset made in partnership with Samsung, there is a lot to look forward to. The folks at Android Police have found one more interesting detail that will get fans excited.

Google is expected to announce a new wireless charging stand alongside the Pixel 6 series. Ahead of the launch of the phones, the source reports that retailers have begun to input accessories for the devices. One such retailer is an American carrier and according to a supply chain source, one of the new accessories has the name “Google Pixel 23W WL Stand.”

Based on the name, it is presumed that the new Pixel stand will be able to output up to 23W which means one or both of the Pixel 6 phones will charge at this power rating. This is a significant jump in charging speed from the 12W of the Pixel 5 and the info checks out since an earlier report already revealed that the new charger will have a cooling fan. This is necessary since it will be charging at a higher rating which will generate heat.

At the moment, the new wireless charger, the Pixel 6, and the Pixel 6 Pro are yet to get listed on the database of the Wireless Power Consortium, so we do not have additional details.

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Following the popularity of Apple’s MagSafe, Realme announced MagDart, its own take on magnetic wireless charging technology. Now, OPPO seems to be next to jump on the train according to a trademark application filing.

The MagVOOC trademark application was spotted by Twitter user Paras Guglani (via MySmartPrice). The listing doesn’t reveal much save for the date of application which is August 11, 2021, and the applicant which is OPPO Guangdong Mobile Communications Co. Ltd.

After #realme #MAGDART and #Apple Now Oppo is working on MAG charger, Trademark spotted OPPO MAG VOOC #Oppo #OppoMAGVOOC #MAGVOOC pic.twitter.com/XgiueOjAg2

— Paras Guglani (@passionategeekz) August 17, 2021

From the trademark name which is a portmanteau of magnetic and VOOC, OPPO’s charging technology, we can safely presume that this is OPPO’s own magnetic wireless charging technology.

We don’t know if OPPO plans to launch any phone that supports magnetic wireless charging anytime soon. Wireless charging is not a popular feature among OPPO devices. The Find X3 and Find X3 Pro are the only OPPO phones announced this year that have support for wireless charging. So if we are going to see magnetic wireless charging on an OPPO phone, it will most likely be next year’s Find X phones.

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Realme is working on a magnetic charger named Realme MagDart and a few days back, GizmoChina exclusively shared images of this upcoming magnetic wireless charger from the Chinese firm that is expected to launch soon.

Earlier today, the company hinted at the launch of a new smartphone in the Indian market with the tagline “Coming in a flash.” Now, a new report has revealed that the phone will be called Realme Flash.

Not just that, the report also claims that this will be the first Android smartphone in the world to come with support for magnetic charging, thanks to the support for the Realme MagDart, which is also expected to launch alongside this new phone.

As for the smartphone, the Realme Flash will reportedly come with a curved screen featuring a punch-hole cutout in the top-left corner for housing the front-facing camera. Underneath, it is expected to packs a Qualcomm Snapdragon 888 chipset with 12GB RAM and 256GB of internal storage. On the back panel, the phone will feature a triple-camera setup and is expected to come running Android 11-based Realme UI on top.

Realme is currently working on at least two different versions of MagDart chargers. One of them appears to have a slim profile while the other one is bulkier. The slimmer version is said to offer 15W wireless charging. The bulker version could have over 15W charging support as the company is touting the technology to be the world’s fastest when it comes to magnetic charging capabilities.

Similar to the Apple MagSafe technology, the Realme MagDart can be attached to the smartphone’s back panel to start charging. The bulkier version of the upcoming magnetic charger from Realme seems to have a fan to keep the temperature in control.

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In recent years, fast charging technology in smartphones has had various advancements thanks to breakthroughs in technology. These improvements have also made wireless charging faster and more relevant in the market, but, Xiaomi is apparently working on making this technology even better, especially for foldable smartphones.

The Chinese tech giant had filed for a patent titled “Wireless Charging Method and Device, Folding Screen Electronic Equipment, Storage Media” back in 8th January 2020. Now, this patent has been granted, with a publication number of CN113098152A that was spotted on the CNIPA. While the patent doesn’t reveal any specifics regarding the fast charging technology or has any images of a particular device, it describes how a fast charging tech on a foldable phones would work.

Interestingly, the foldable handset will support wireless charging from either half of its rear panel. So regardless of whether it is folded or which side you place it on, the device will still support wireless charging even if only one half is in contact with the wireless charging pad. In other words, the device can be charged from either halves or the entire unfolded rear panel as well, making it more convenient for the users.

Furthermore, the patent states that the wireless charging device will first initiate a handshake communication with the foldable handset to obtain its supported charging type. This could enable the wireless charger to be more efficient and shorten the time to charge the foldable smartphone to full. Keep in mind that this is still just a patent and we have no way of confirming if Xiaomi is actually working on such technology, or is just covering all bases.

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A new report has revealed that Apple might be making the wireless charging coil on the iPhone 13 series a bit larger than the previous generation. It is also possible that the change might even bring support for reverse wireless charging as well.

According to a new rumor from Max Weinbach (Via MacRumors), the Cupertino based giant plans on housing a larger physical wireless charging coil on the rear of this year’s iPhone lineup. This, in turn, would mean the increase of the surface area of the wireless charging. Previously, Weinbach had also reported that the upcoming iPhone 13 would feature stronger MagSafe magnets as well. Now, he believes that this might be the reason for the larger coil size.

Furthermore, Weinbach also added that this could also imply of the arrival of reverse wireless charging support in the next gen iPhones. For those unaware, this technology enables users to charge devices that support wireless charging from their iPhones. For example, one could charge their AirPods through an iPhone 13 model, by simply placing the hearables on the rear of the smartphone.

As of right now, it is unsure if the company is actually aiming on bringing this feature to its products anytime soon. Although, rumors have surfaced of the 2022 iPad Pro featuring reverse wireless charging technology. Since this technology can cause a drain on a smartphone, it seems more feasible on a larger device like the iPad. Unfortunately, this is still an unconfirmed report so take it with a pinch of salt and stay tuned for more updates.

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While Xiaomi had officially unveiled its HyperCharge technology for its future flagship smartphones that offer 200W wired fast charging and 120W wireless fast charging a couple of weeks ago. The company answered a few questions related to this technology earlier today (11th June 2021).

To answer questions regarding its technology, the Chinese tech giant brought in some of its engineers. Notably, these engineers added that we might soon see a smartphone launching with no USB charging port as early as next year. In other words, some smartphone brands might launch a device that solely relies on wireless charging. An example of such a smartphone is the Vivo Apex 2020, which offered 60W wireless fast charging as its sole charging solution.

The engineers further added that the only reason why wired charging is still the primary method of charging a smartphone is due to wireless charging technology still not being perfected, with its infrastructure in public places also being scarce at the moment. The wired charging solution is also a lot more mature in comparison to the wireless counterpart. People have even questioned the safety of this technology, especially as charging rates have increased in recent times.

But in the near future with advancement in this technology, we can expect to see devices that arrive with improved wireless charging technology. Furthermore, with the Chinese government stepping in to regulate the wireless charging technology, we can expect the third party charging accessory makers to also improve the quality of their product offerings, making it more common in the market as well.

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The post Xiaomi engineers believe phones without USB ports could hit the market in 2022 appeared first on Gizmochina.

Earlier this year, the parent company of Motorola, Lenovo,  had teased its new concept for an air-to-air charging system that can charge multiple devices remotely. Now, the company has announced a partnership that will further advance the development to make this technology practically available for everyone.

Motorola has partnered with GuRu Wireless to add support for over-the-air wireless charging to the company’s smartphones. For those who are unaware, GuRu specializes in customizable over-the-air power systems that use “millimeter-wave integrated circuits, modules and proprietary Smart RF Lensing technology”.

This is quite an interesting move by Motorola which usually avoids adding wireless charging capabilities to its phones but now it is making a major development by investing in a charging technology that is truly wireless and doesn’t require phones to be placed on a charging pad for it to work.

This new concept for charging technology is named “Motorola One Hyper.” The demonstration shows two handsets start charging without any contact with the charger over the air when they are placed at 80cm and 100cm away respectively.

Motorola’s devices will be using GuRu’s RF Lensing to charge the device from across the room. It uses a miniature power transfer system to transmit power in a long range and with precision. As of now, nothing much is known about this partnership.

It remains to be seen when the fruit of this partnership will be available to the users but it’s likely that we will have to wait a bit longer as the technology seems to be at least a few months away for commercial use.

This year, Xiaomi also unveiled its Mi Air Charge which is a similar technology to what Motorola is trying to build. The concept from Xiaomi for an over-the-air charging system uses space positioning and energy transmissions to remotely charge a device.

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Huawei has had to pivot to other businesses following the massive blow it was dealt by the U.S. ban. One of the areas the Chinese giant has focused on is computers and related devices. It already sells its own monitor and keyboard, and now it may also begin selling a gaming mouse that supports wireless charging.

We came across a Huawei mouse in the database of the Wireless Power Consortium. According to the listing, the input device is called the Huawei Wireless Mouse GT and it has model number AD21.

The attached image shows the mouse has a black matte finish and a design that is akin to gaming mice. There is a scroll wheel in the center along with two buttons. We also believe the mouse has RGB lights judging from the type of plastic used for the V-part of the design.

The Huawei Wireless Mouse GT supports Qi wireless charging and should work with any Qi wireless charging mat/pad.

We don’t know when Huawei will announce this gaming mouse and if it will be announced globally. Also, while it has its own wireless charging pads for phones, it doesn’t have a wireless charging mouse pad. There is actually a 3rd-party one listed on Vmall but only a small part of the mouse pad is the charging area. Maybe we will get a proper wireless charging mouse pad when the Huawei Wireless Mouse GT is announced.

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The post Huawei Wireless Mouse GT gets certified by Wireless Power Consortium appeared first on Gizmochina.

Huawei has just filed a patent for a new technology. This patent is for a new “wireless charging system,” which is capable of ranged transmission. In other words, it describes a system that is capable of raising the distance for the wireless charging technology.

According to an ITHome report, the patent with a publication number CN112564295A describes a wireless charging technology, which is capable of transmission while having a distance between transmitting electrode and the one receiving electrode. To put it simply, its ranged form of wireless charging technology. Looking at the patent description, it states that current wireless charging technology requires two coils to be placed directly opposite to each other, with the distance between the two being very close to transmit power.

This greatly limits the application of the wireless charging technology. Thus, the patent from the Chinese tech giant states that it could work with a variety of materials like iron, aluminum, copper, other alloys, metal pipes, and various other items. Furthermore, it also adds that the technology can also use humans, animals, soil, earth, sea water and other non metallic dielectric objects to as well, as long as its conductivity is greater than that of air to pass a charge through them.

The patent from Huawei seeks to raise the applications of wireless charging technology as a whole. By increasing the effective range of charging, this technology could be a boon for various other products apart from smartphones as well, including smartwatches and smart bands. Unfortunately, we have no way of knowing if the company is actually working on such a product or is simply covering all bases.

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The post Huawei patents long range wireless charging technology appeared first on Gizmochina.

However, there is one feature that has been around for much longer but has largely been exclusive to flagships and that is support for wireless charging. With the exception of a very few models, wireless charging is one feature we have not seen a lot of manufacturers bring to the mid-range/budget categories.

For this week’s poll, we want to know if you think mid-range or budget phones should have support for wireless charging or if you believe it should remain a flagship-exclusive feature. So, please take the poll below and also share your thoughts in the comment box below on why you support or are against it.

[yop_poll id=”77″]

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The post Poll of The Week: Should mid-range phones have support for wireless charging? appeared first on Gizmochina.

In the past few years, Xiaomi has been one of the few phone companies setting the pace in terms of new technologies. For example, the Mi MIX was the phone that ignited the bezel-less craze. Xiaomi has also proved that it is one of the pioneers in charging technology with announcements such as its 80W wireless charging technology. Today, it has taken it to another level with its Mi Air Charge Technology which allows you to charge multiple devices simultaneously without the need for cables or a wireless charging stand.

Xiaomi says that its patented Mi Air Charge Technology makes use of a special self-developed tower/box-like device that uses beamforming technology to send millimeter waves directly to a device. These waves are converted to electric power that charges the device.

The tower is said to have 5 phase-detection antennas that help it locate the position of a smartphone (or compatible device) in a room in milliseconds. It also has 144 beamforming antennas that transfer millimeter waves.

The phone itself is fitted with two antenna arrays similar to the ones in the charging device but much smaller in size. The first is the beacon array that communicates with the charging tower and the other is the receiving antenna array made up of 14 antennas that receive the millimeter waves which are then converted into electric power via a special circuit and used to charge the device.

Xiaomi has released a short video that shows the new technology in action. The video also gives us a better look at the box-like device behind the technology.

Xiaomi says that at the moment, Mi Air Charge Technology supports the charging of multiple devices simultaneously at long-range at a maximum power of 5W (per device). While that is so much slower than its 80W wireless technology for phones, Xiaomi’s main goal doesn’t seem to be phones but smaller devices and home appliances.

According to a Weibo post by Adam Zeng Xuezhong, the new head of Xiaomi’s mobile division who took over from Lin Bin last year, the plan is to have Mi Air Charge Technology charge wearable devices such as smartwatches and fitness trackers in the future. It is also expected that it will be able to power other small devices in the homes such as speakers and desk lamps. The ultimate goal is to eliminate the need for wires which have become a menace in most households.

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The post Xiaomi’s Mi Air Charge Technology brings a true wire-free charging experience appeared first on Gizmochina.

Apple has made sure about a couple of patents that portrays a MacBook wirelessly charging iPhone, iPad, and Apple Watch, Patently Apple reports. Looking all the more carefully at the patent papers incidentally, Apple needs to incorporate wireless charging loops into the MacBook’s undercarriage. In addition, the coils work in two different ways, they can get power, hence wirelessly charging the PC itself or charge different gadgets.

The thought is a perfect one, given all the links and chargers one should take when voyaging. Numerous individuals as of now utilize their MacBooks to charge telephones and other little devices however in the good old, wired way. Here’s a passage from one of the patents:

Patent Claim #1: “A portable electronic device comprising: an enclosure having a back surface and defining an opening opposite from the back surface; a display positioned within the opening of the enclosure; a first inductive coil and a second inductive coil positioned separate from the first inductive coil, both the first inductive coil and the second inductive coil being positioned within the enclosure and between the display and the back surface of the enclosure, and operable to wirelessly transmit power to, or receive power from, an external device positioned proximate to the enclosure; and a first alignment component positioned adjacent to the first inductive coil and a second alignment component positioned adjacent to the second inductive coil, wherein the first alignment component is arranged in a first configuration, and the second alignment component is arranged in a second configuration different from the first configuration.”

There are 40 patent cases in the two papers, however, the general picture is clear. You take your MacBook with its charger and that is it. No compelling reason to manage iPhone chargers, cables, proprietary Watch chargers, etc. The MacBook’s reverse wireless charging itself is an intriguing choice – we wager it would require an incredibly powerful wireless charger to make this choice commercial. Similarly, as with all patents, we shouldn’t get our expectations high, despite the fact that putting a wireless charging loop into a laptop doesn’t appear to be serious.

This won’t be the first laptop to adopt wireless charging. Wireless charging capabilities on laptops go back to 2017 when the Dell Latitude 7285 was launched packing a wireless charging coil. There is a wireless charging mat that charges the laptop when it is placed on top of the mat.

UP NEXT: Xiaomi Mi 11 Hands-on: Premium Design with a fabulous 2K 120Hz AMOLED screen

The post Apple patents a MacBook wireless charging design that charges other devices appeared first on Gizmochina.

The Honor V40 is the next major phone from the former Huawei subsidiary. The flagship which is expected to launch in January has been reported to pack some impressive features, one of which is support for 45W wireless charging. This news has now been followed by a listing of a new Honor-branded wireless car charger that we believe should launch alongside the phone.

The report from earlier this week that said the Honor V40 will support 45W fast wireless charging also included a diagram of a 45W wireless charger. While that particular charger is yet to get certified by the Wireless Power Consortium, another charger, this time for a car, has received its certification.

The Honor SuperCharge Wireless Car Charger as it is called has the model number CK030 and was certified on December 23. The charger comes in black and has a mirror-like finish on the front with the manufacturer’s name plastered across.

If this charger looks familiar, then you are right as the Honor SuperCharge Wireless Car Charger is a rebadged Huawei SuperCharge Wireless Car Charger (Max 50W) that launched with the Mate 40 series a few months ago. Even the Vmall listing for the Huawei car charger states its model number is CK030, further confirming that Honor rebadged it.

EDITOR’S PICK: Honor plans producing 100 million smartphone units in 2021

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Rather than manufacturing a special 45W wireless car charger, Honor is simply rebadging the 50W Huawei charger for the Honor V40. Since this is a rebadge, the features should be the same. So the Honor SuperCharge Wireless Car Charger
should have proximity sensors that control the mounting arms, a cooling fan, and up to 16 layers of protection. It should also have a USB-C port and a barrel mouth power input port.

Huawei’s wireless charger is priced at ¥329 (~50) and we expect the Honor SuperCharge Wireless Car Charger to have a similar price tag when it launches.

UP NEXT: Honor Mall will launch in January 2021; Will offer HONOR-branded products and services

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Leaks regarding OnePlus devices break free every year months before the launch. The trend is continuing with the upcoming OnePlus 9. Although the company hasn’t confirmed the names yet, it is kind of obvious going by the numbers. Accordingly, we have already seen the first hands-on images of the OnePlus 9. Now, an exclusive report by 91Mobiles gives us more details.

Citing its sources, the report says that the OnePlus 9 will come with a 4,500mAh battery with 65W Warp Charging. This is about a 5% increase in capacity over its predecessor, the OnePlus 8(4,300mAh). Further, if the report is true OnePlus 9 will support Wireless, Reverse Wireless charging apart from having a bigger battery.

Precisely, the OnePlus 9 will finally support wireless charging up to 30W. Previously, the OnePlus 8 non-Pro didn’t have it back then but the OnePlus 8 Pro was the company’s first to sport it up to 30W. Anyway, it is appreciative of OnePlus finally bringing the nitty-gritty of a premium device to the vanilla model.

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EDITOR’S PICK: New leak says it’s the OnePlus 9 Lite not 9E; will have a different Snapdragon 800 series chipset

Moving on, the report shows two additional images claimed to be of the OnePlus 9 as seen above. One of them even shows a Reverse Charge icon in the quick-pull down menu. This indicates that the device could also support Reverse Wireless charging. That’s a no-brainer considering the 8 Pro also had it.

However, the OnePlus 8 Pro had a very slow-rated reverse wireless charging speed. In fact, it’s very slow that OnePlus doesn’t even mention it in the spec sheet on the website. Either way, let’s hope the company spices it up this time as it will be helpful for quickly juicing up accessories like Wireless earbuds that are getting popular these days.

The OnePlus 9 is expected to feature a 6.55-inch FHD+ AMOLED 120Hz flat display, Snapdragon 888 SoC, 50MP/48MP triple-camera setup(Leica branding), at least have 8GB RAM, 128GB storage, and ship with OxygenOS 11 based on Android 11, and debut in mi-March of 2021.

UP NEXT: Xiaomi takes a jab at OnePlus, asks its buyers ‘Why Settle for less’

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Charging technology for smartphones has been improving and finally, some companies have introduced super-fast wireless charging technologies, which had been quite slow until now. In line with that development, it seems that charging a smartphone from across the device could also be possible.

Scientists have developed a new device named “anti-laser” which is claimed to be able to perfectly beam energy across any room. This invisible beam energy can power a phone or laptop across the room without plugging it in.

EDITOR’S PICK: DxOMark Speaker: Google Nest Audio smart speaker scores 112; Yamaha MusicCast 50 scores 136

Similar to how a laser emits light particles or photons one after another in an orderly row, this new anti-laser device works exactly the opposite of that. It sucks up photons one after another in reverse order.

In a demonstration of this technology, scientists showcased anti-lasers receivers being able to receive around 99.996 percent of the sent power, even during situations like electronics moving around, objects getting in the way, and more.

The method, which is being termed as Coherent Perfect Absorption (CPA), uses one machine to send power and another to receive it. However, there’s one major limitation to this. It requires time-reversal symmetry which only happens in systems without much entropy. This new CPA method used magnetic fields to jostle photos so aggressively that the time-reversal symmetry was lost.

UP NEXT: Alleged OPPO Reno5 Pro key specs appear at TENAA; Mysterious PEMM00 with MT6833 spotted at Geekbench

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South Korea may have just got an answer to the Huawei‘s Truly Wireless laser Charging tech. A professor in South Korea has developed an infrared-wireless charging technology that will work for devices with several meters apart.

As reported by Korean media(via Sina Technology) Professor Ha Jin-Yong of Sejong University said that he has developed a wireless charging technology and registered a patent locally. Apparently, it is infrared-based and can reach devices at several meters. Additionally, users can select different bandwidths of the infrared spectrum to charge multiple devices simultaneously.

The present wireless charging is merely a wireless charging tech. Precisely, it is based on the electromagnetic induction principle where the devices need to be attached with each other. It has limitations like low conversion rates, inability to use your phone while it is charging(since you need to keep it on the base), heating issues, expensive, and more. Also, you need wires to connect the power source and the charging base.

EDITOR’S PICK: Xiaomi announces 80W wireless charging technology that fully charges 4000mAh battery in 19 minutes

However, Huawei’s recently filed a patent which allows your devices to charge 100% wirelessly via laser tech. That is, it uses a laser charging module to beam safe, invisible lasers that your devices can capture. Similarly, the latest infrared charging tech is truly wireless.

It uses a high-power infrared light generated by optical amplifiers. Henceforth, as mentioned above, the bands can be varied to charge multiple devices wherein each device can pick a band to receive the power. This not only overcomes the loss while sharing the energy across devices, but it also ensures that it reaches your device across several meters.

That said, Ha Jin-Yong says this patent opens a world where the country’s domestic tech can respond to Huawei’s laser-based wireless charging technology in China. Apparently, the university has been receiving multiple proposals for commercialization from companies around the world.

Nevertheless, the future looks bright for charging technology but we really hope that companies find a way to bring them to the masses as not all can afford wireless charging smartphones at present.

UP NEXT: Apple iPhone 12 Pro teardown reveals the majority of South Korean parts

The post South Korea’s new remote Infrared Wireless charging could challenge Huawei’s Laser-based charging appeared first on Gizmochina.

When the Mate 40 was announced last month by Huawei, I was surprised that the phone didn’t have support for wireless charging seeing as its predecessor, the Mate 30, supports 27W fast wireless charging. The disappointment prompted me to write a special post focused on the missing feature and why Huawei needs to stop distinguishing models of the same series with features such as wireless charging and IP rating.

Huawei recently reached out to us to tell us that the Mate 40 does support wireless charging, and not just any but 40W fast wireless charging and reverse wireless charging. While not as fast as the 50W fast wireless charging of its siblings, it is a significant upgrade over last year’s own.

Sure, it is good news to know the phone supports wireless charging but that wasn’t the case at launch. Huawei didn’t state that the Mate 40 has support for wireless charging when the phone was announced and we weren’t the only ones that mentioned the feature was missing. Other sites such as The Verge and GSMArena also stated in their launch posts that the phone doesn’t have the feature.

We discovered that Huawei seems to have updated its sites recently to reflect that the Mate 40 supports wireless charging. The internet archive site, The Wayback Machine, shows that as of October, the Mate 40 page on the official Huawei China website doesn’t mention support for wireless charging but when you check the site now, it is stated that it supports “40 W Huawei wireless super-fast charging and reverse wireless charging”.

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Weird as it may sound, it seems Huawei just “added” support for wireless charging to the device. That is possible considering the Mate 40 doesn’t go on sale until December 21 which means production might have begun after the announcement, allowing for the feature to be added. That is the only plausible explanation. Nevertheless, we are glad the Mate 40 has wireless charging now and that makes its €899 price tag more acceptable.

UP NEXT: New update brings automatic Blood Oxygen Saturation detection to Huawei Watch GT 2 Pro

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Apple recently launched its new iPhone 12 series smartphones in the market and two of the models are already available for purchase — iPhone 12 and 12 Pro. The other two models — 12 Mini and 12 Pro Max will go on sale in a couple of days.

Now, ahead of the Apple iPhone 12 Mini goes on sale, it has been revealed by the company’s new support documents that the phone will have slower MagSafe wireless charging speed compared to other models in this lineup.

EDITOR’S PICK: No Mi MIX 4 in 2020 says tipster, but foldable and 200W+ charging phones likely to launch in 2021

The iPhone 12 Mini 12 supports 12W wireless charging over MagSafe while all the other three models in the series support 15W. While the slower speed is surely disappointing, it is still faster than the 7.5W support over standard Qi wireless charger.

This is the first time Apple is offering a Mini model in the iPhone lineup, something that the company did years ago for the iPad lineup. Apart from a smaller 5.4-inch display, almost every specification of the phone is similar to the standard iPhone 12.

The phone is powered by the company’s new A14 Bionic chipset and comes with support for 5G connectivity for the first time on iPhone. Also, the device has a dual-camera system that is aimed at offering better photography results.

Apple iPhone 12 Mini starts at $699 for the base model with 64GB internal storage but the company is also offering 128GB and 256GB storage models. The device will be available for pre-order in several regions from 6th November.

UP NEXT: Huawei Nova 8 SE’s new leak reveals MediaTek Dimensity 800U and Dimensity 720 CPU variants

The post Apple iPhone 12 Mini has slower MagSafe wireless charging speed than other models appeared first on Gizmochina.

Last year, Amazon announced its first wireless earbuds dubbed the Echo Buds. The Alexa-powered $130 earbuds have active noise cancellation and a case that supports wired charging via a MicroUSB port. Now, a successor is on the way and it will support wireless charging.

The info comes from listings of an Anker wireless charger at the FCC and Wireless Power Consortium that reveals the second-gen Echo Buds will have support for wireless charging.

A report by The Verge states the FCC listing is for an Anker wireless charging pad whose official name is PowerWave Pad for Amazon Echo Buds (2nd Gen with Wireless Charging)”.

We decided to check the database of the Wireless Power Consortium (WPC) and found that the Anker wireless charger has also been certified there. The listing even includes a render of the charger that gives us an early look at the final product.

The image shows the Anker PowerWave Pad for Amazon Echo Buds (2nd Gen with Wireless Charging) is shaped like a round pebble and will come in black with a matte finish. While we are not sure, we want to believe the port at the back where the cable goes into the charger is a USB-C port. The top of the charger has a recess shaped like a pill, and it is speculated that the 2nd Gen Echo Buds may have a similar shape.

There are a total of 9 LEDs on the charger – four are placed beside an inscription that reads “BUDS“, another set of four LEDs are next to an inscription that says “CASE”, and the last is next to an inscription that says “PHONE”. Our theory is that the wireless charger will be able to indicate the battery level of not just the case but also the buds when charging which is why there are LEDs labeled “BUDS” and “CASE”. The LED labeled ”PHONE” should light up when you place a phone on the charger.

The original Echo Buds launched more than a year ago and the timing of these listings may be a hint a new model isn’t far off.

UP NEXT: Oppo launches the Enco X TWS earbuds in partnership with Dynaudio for ¥999($149)

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I really like the Mate series and I look forward to the launch of new models every year. Huawei never misses the chance to announce new and impressive features and this year’s Mate 40 series is no different. However, the standard Mate 40 disappoints in two areas – lack of wireless charging support and a low IP rating.

Wireless Charging

The Mate 40 doesn’t have support for wireless charging which is very surprising since its predecessor, the Mate 30 (and Mate 30 5G), has support for not just wireless charging but 27W fast wireless charging, putting to shame the wireless charging on iPhones and Samsung flagships. The phone even has support for reverse wireless charging. So why did Huawei launch the Mate 40 without support for wireless charging? We have no idea why but it will be hard to justify. What is worse is that Huawei didn’t stop there.

When Huawei announced the P30 series, the standard P30 model didn’t have support for wireless charging but Huawei announced a case that you could slap on the phone that allows you to wirelessly charge it at 10W. The standard Huawei P40 also has a case that allows you to charge the phone wirelessly at 22.5W.

Is there a wireless charging case for the Mate 40? No there isn’t. We also checked Huawei’s China site which has a different set of cases from those announced globally but there isn’t one there too.

Wireless charging should not be a distinguishing feature between standard and pro models

It is disappointing that the Mate 40 costs €899, which is far from a flagship killer price, and doesn’t have wireless charging. If anyone is paying this much for a phone, this is a feature that should be standard on such a device. This is 2020 and distinguishing pro and standard models of a flagship series with a feature such as wireless charging should stop.

All of Samsung’s Galaxy S20 phones have wireless charging including the Galaxy S20 FE. Even the Galaxy S10e launched last year has wireless charging. Apple also doesn’t use wireless charging as a distinguishing factor between pro and standard models. The iPhone XR supports wireless charging and so do the iPhone 11 and the iPhone 12 Mini.

IP Rating

Wireless charging is not the only feature Huawei uses to distinguish between standard and pro models of its phones. The IP rating is another feature. While Pro models have an IP67/IP68 rating, standard models have an IP53 rating. This is the case with the Mate 40.

Unlike Huawei, Samsung and Apple launch their phones with the same or very close IP ratings. All models of the Galaxy S10 and Galaxy S20 have the same IP rating. The same applies to all the models of the iPhone 11 and iPhone 12 series.

The current situation can still be partly saved

Huawei can still announce a wireless charging case for the Mate 40. Though we won’t deny that paying extra for a feature an €899 phone should have isn’t annoying. Nevertheless, it is high time it makes wireless charging support and IP rating uniform among models.

UP NEXT: Huawei sees sharp decline in growth due to US Sanctions

The post Huawei goofs with the €899 Mate 40’s lack of wireless charging and low IP rating appeared first on Gizmochina.

As expected, Xiaomi has today officially announced its latest wireless charging technology, which is also the world’s fastest wireless charging, rated at 80W. This makes it the third major development from the company this year in terms of wireless charging technology.

The company claims that the technology can charge a 4,000mAh battery in just 19 minutes and it takes around eight minutes to reach the halfway mark in terms of charging.

EDITOR’S PICK: Xiaomi Mi Air 2 Pro ANC Earbuds Hands-on: Matte Finish gives a Premium Feel

Prior to this, the fastest wireless charging technology from Xiaomi was 50W in the Mi 10 Ultra smartphone that was launched in August this year. Prior to that, in March this year, the company had showcased its 40W wireless charging technology.

When it comes to wireless charging technology, Xiaomi has come a long way. The Chinese company had first introduced support for wireless charging in Mi MIX 2S, which had support for only 7.5W. The Mi MIX 3was launched with support for 10W and it was bumped up to 20W in the Mi 9 flagship smartphone in 2019.

Recently, it was also reported that the company is working on a 100W fast charging technology that would go official next year. We expect this super-fast charging technology to be available in the company’s next-generation flagship smartphone and could be made official before the launch of the phone.

UP NEXT: Xiaomi Mi 11 will be the first Chinese smartphone powered by Snapdragon 875 and with limited exclusivity

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This year, phone manufacturers pushed the fast charging technology to new limits. Phones such as the iQOO 5 Pro and Mi 10 Ultra support 120W fast wired charging, and more devices should also join the list seeing as Qualcomm has announced Quick Charge 5.0 which brings 100W+ fast wired charging to a lot of devices.

Wired charging is not the only one that has gotten faster this year. Wireless charging has also seen a significant jump with phones like the Mi 10 Ultra supporting 50W fast wireless charging. It has now been reported that we may see phones with support for 100W fast wireless charging arrive next year.

The info comes from the Chinese leaker Digital Chat Station who says he had the chance to see the roadmap of the research lab of several manufacturers and a common goal for next year is phones with support 100W wireless fast charging.

At the moment, there is no info on which manufacturers are developing 100W fast wireless charging but we have a few guesses of our own. Xiaomi seems like a no-brainer seeing as they are the current leaders in fast wireless charging technology. While their Mi 10 Ultra flagship phone maxes out at 50W, Xiaomi actually has a commercially available 55W fast wireless charger.

OPPO is another manufacturer that is most likely also working on pushing wireless charging to 100W. In July, the Chinese phone company announced 65W AirVOOC Wireless Charging technology which is capable of charging a 4000mAh battery from empty to full in just 30 minutes, however, it is yet to make its commercial debut.

This year has been an interesting one for the phone industry with respect to advancements in charging technology. We sure are eager to see what they come up with next year.

UP NEXT: Xiaomi Mi 20W Smart Tracking Wireless Charger Pad Review

The post Rumor: Phones with support for 100W fast wireless charging coming next year appeared first on Gizmochina.

Keeping the phones charged on the move is a convenience that all smartphone users seek. Portable charging has made this possible and ensured that users don’t have to constantly worry about their smartphone battery levels while they travel. Taking convenience a step further, MOMAX has launched a portable and wireless charger, named MOMAX– Airbox True Wireless Power Bank that solves both portability and cable connection issues.

The Airbox power bank ensures that users don’t have to worry about tangled cords and bulky chargers. Offering fast and wireless charging, this unit powers up most Apple devices and Qi-enabled smartphones from zero to full in up to 3 hours. The Airbox is perfect for charging Apple devices like iPad, Airpods, and Watch. With a capacity of 10000mAh, this power bank can easily keep most devices charged throughout the day.

Featuring an output of 5W and 10W for wireless charging and 20W PD for a type-C cable charging, the MOMAX Airbox charges Apple devices faster compared to the chargers provided by the company. The innovative design of this wireless power bank allows multiple devices to charge simultaneously, making it versatile. Airbox wireless power bank can charge from zero to full within 5 hours. Furthermore, it features different colored LEDs that indicate the type of device being charged and the battery level.

The Airbox power bank has an MFi (Made for Apple) and Qi-certification, meaning it is approved by Apple to work safely with their devices. This charger has also passed CE, RoHS, FCC, CB international certifications for safe use and has various built-in protections for overheating, short circuit, overcharging, or even iOS inefficiencies. Additionally, it is also TSA-approved and can be conveniently carried on flights, making it ideal for frequent flyers.

Along with wireless charging, the MOMAX Airbox wireless power bank has introduced a patented, compartmentalized storage space for smaller items like Apple Pencil and Airpods that have a potential threat of being lost. Airpods can be placed in a different location when not being charged to avoid battery drainage. With a foldable and sleek design, this wireless power bank prevents adding bulkiness to its overall look. Its innovative form allows one to easily slip it in their pocket, store items, and charge multiple devices.

You can read more about the MOMAX Airbox wireless power bank from its Kickstarter campaign here.

UP NEXT: Vankyo launches Leisure 520W projector under crowdfunding on Indiegogo

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