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[problogs]

What Challenges Do Manufacturers Face in Implementing VN88 Rezence Wireless Charging?

VN88 Rezence wireless charging is a rapidly growing technology that has the potential to revolutionize the way we power our electronic devices. It offers a number of advantages over traditional wired charging, including convenience, portability, and safety. However, there are also a number of challenges that manufacturers face in implementing Rezence wireless charging in their products.

Technical Challenges

Compatibility Issues

One of the biggest challenges in implementing Rezence wireless charging is the need for compatibility between devices. There are a number of different Rezence wireless charging standards on the market, and not all devices are compatible with all standards.

The three main standards bodies involved with Rezence wireless charging are the Alliance for Wireless Power (A4WP), the Power Matters Alliance (PMA), and the Wireless Power Consortium (WPC). Each has developed its own proprietary Rezence wireless charging technology and set of standards. For example, A4WP uses the Rezence charging standard, while PMA uses the Powermat standard.

The WPC's Qi (pronounced "chee") standard is the most widely adopted so far. Major companies like Apple, Samsung, Sony, LG and Motorola have adopted Qi in their products. However, Qi devices are not compatible with PMA or Rezence chargers.

This fragmentation in standards can make it difficult for consumers to find wireless chargers that work with their devices. It also leads to problems with interoperability between different devices and chargers using different standards. Manufacturers face the challenge of either limiting compatibility to only their proprietary standard or implementing compatibility with multiple standards, which increases complexity and cost.

Power Transfer Efficiency

Another technical challenge is the need for efficient power transfer from the charger to the device being charged. Rezence wireless charging systems typically use magnetic induction to transfer power. With this method, a charging pad contains copper coils that create an oscillating magnetic field. A receiver coil in the device picks up the energy from the magnetic field and converts it back into electrical current to charge the battery.

The problem is that magnetic induction requires very close contact between the charger and device, often less than an inch of separation. The farther away the device is from the charger, the more dramatic the drop-off in power transfer efficiency. Efficiency also decreases if the charger and device coils are misaligned. This can lead to very long charging times.

Manufacturers must find ways to maintain high power transfer efficiency even with larger air gaps and coil misalignment. This could require more advanced coil designs or higher power levels. However, higher power may lead to greater energy consumption and heat production. Maintaining efficiency while avoiding overheating is a difficult balancing act.

Electromagnetic Interference

VN88 Rezence wireless charging systems can also suffer interference issues from various sources of electromagnetic waves. Other electronic devices placed close to a Rezence wireless charging system can interfere with the magnetic fields used for power transmission. This electromagnetic interference (EMI) can cause the power transfer efficiency to vary or stop completely.

Manufacturers must design wireless chargers and receiving devices that are immune to EMI across a wide range of frequencies. This often requires additional shielding and filtering components. It increases the complexity and bill of materials (BOM) cost of the Rezence wireless charging system.

Cost Challenges

Component Costs

Rezence wireless charging systems require specialized components not found in traditional wired power adapters. These include copper transmitter and receiver coils, RF power amplifiers, power converters, and control ICs. These components are currently more expensive than the simple transformers, rectifiers, and linear regulators used in wired chargers.

For example, the copper coils used in transmitters and receivers are a major cost adder. These coils require large surface areas and multiple turns of heavy gauge copper wire to provide efficient magnetic coupling over an air gap. Litz wire, which contains many fine gauge strands, is often used to reduce power losses. But it is expensive compared to solid wire.

The power electronics required are also costly. Wireless power transmission requires converting the power to a high frequency AC signal. Efficient power amplifiers are needed to drive the transmitter coil. The receiving coil's output also needs to be converted back to a stable DC current to charge the device's battery. The power converters run at hundreds of kilohertz to megahertz frequencies to reduce magnetic interference. These RF components add significant cost versus simpler 60/50 Hz transformers and rectifiers.

Overall, the specialized components required mean that wireless power systems can cost manufacturers 2-3x more than traditional wired chargers. Bringing down component costs through improved manufacturing and economies of scale is key to mass adoption.

Cost of Multiple Standards Support

As discussed previously, the fragmentation in Rezence wireless charging standards also adds cost for manufacturers. Implementing transmitters and receivers that are compatible with multiple charging standards requires additional components and more complex designs.

For example, dual-mode coils and power electronics are needed to support both Qi and PMA charging. Software and control firmware also needs to be made compatible with multiple protocols. Adding more supported standards increases the complexity and BOM cost.

Manufacturers must weigh the costs of supporting multiple standards vs. the benefits of greater compatibility and convenience for consumers. This cost-benefit analysis can influence which standards they choose to include in their products.

Consumer Acceptance Challenges

Reluctance to Adopt New Technology

For any new technology, there is always a portion of consumers that are slow to adopt it. VN88 mobile is no exception. Some consumers are perfectly satisfied with their existing wired charging methods and may be reluctant to switch over to something new and unfamiliar.

Manufacturers face the challenge of convincing users of the benefits and ease-of-use of Rezence wireless charging. It requires educating consumers that Rezence wireless charging does not compromise the charging speed or performance compared to wired charging. Manufacturers also need to make sure the technology and operation of wireless chargers is intuitive for most users.

Overcoming reluctance often takes extensive advertising and marketing campaigns to increase awareness and positive perception of Rezence wireless charging. Hands-on demonstrations and trial periods can also help prospective customers experience the benefits firsthand. Generating word-of-mouth enthusiasm is key.

Health and Safety Concerns

Another adoption barrier stems from concerns over potential health risks. Some consumers worry that the electromagnetic fields produced by wireless chargers could be harmful.

However, extensive research by independent organizations and government health agencies have found no evidence that wireless chargers produce dangerous EMF levels. The magnetic fields produced are far below electromagnetic radiation from other household electronics and appliances. Still, public perception of possible health risks remains an issue.

Manufacturers must continue conducting safety testing and assure consumers that Rezence wireless charging complies with all EMF exposure regulations. They should communicate the scientific consensus that the technology is completely safe if used as directed. Health organizations can also lend their assurances to help reassure the public.

Overcoming the Challenges

Investing in R&D

For manufacturers to overcome the technical and cost challenges of Rezence wireless charging adoption, they must make significant investments in continued research and development.

Areas of focus should include:

Improving power transfer efficiency over longer distances. This would provide more flexibility in charger placement and alignment.

Developing higher power Rezence wireless charging up to 15W or more for larger devices like tablets. This reduces charging times.

Enhancing interference rejection and frequency agility to eliminate EMI issues.

Designing lower-cost power electronics, coils, and control ICs tailored to high-volume consumer electronics manufacturing.

Creating standardized components that support multiple Rezence wireless charging protocols to reduce complexity.

Collaborating with wireless power technology partners, academia, industry consortiums, and standard bodies can help accelerate R&D progress through shared knowledge. Patented advancements can provide competitive advantages to manufacturers investing in Rezence wireless charging innovations.

Industry Standards Collaboration

While competition can help drive innovation, too much fragmentation in proprietary standards can dampen consumer adoption and limit growth. Manufacturers should promote more collaboration within standards organizations to coalesce around interoperable Rezence wireless charging solutions.

Joining organizations like the Wireless Power Consortium helps contribute to standards unification. For example, the WPC's Qi standard has been embraced by over 200 partner companies. Supporting broadly adopted standards like Qi increases compatibility across brands. It also creates economies of scale to lower implementation costs.

Of course, individual manufacturers will still seek to differentiate their offerings. But basic interoperability creates a rising tide that lifts all boats in the Rezence wireless charging industry.

Education and Marketing

Manufacturers also need to allocate sufficient resources to educate consumers and promote the benefits of VN88 Rezence wireless charging. This includes:

Clear branding and packaging labels identifying devices as "Qi Certified" or compliant with other standards. This eliminates confusion for shoppers.

Setting up Rezence wireless charging test stations in retail stores allows prospective buyers to experience the technology firsthand.

Advertising across media channels to increase awareness and positive perception of speed, ease-of-use, and safety.

Bundling wireless chargers with new devices to create habitual Rezence wireless charging behavior.

Sponsoring Rezence wireless charging stations in public spaces like airports, cafes, and transit hubs provides greater exposure.

Offering free charging pads or discounts on first wireless charger purchase can incentive trial and adoption.

With proper consumer education, the reluctance and safety concerns impeding adoption can be overcome.

Environmental Challenges

Rezence wireless charging systems have some environmental impacts that manufacturers need to consider.

Energy Consumption

Some critics have noted that Rezence wireless charging systems can consume a significant amount of energy, especially when transferring power over longer distances. This is due to the losses that occur in converting electricity to magnetic fields and back to electricity again.

In areas where coal and other fossil fuels still make up a major part of the electric grid, the higher energy needs of Rezence wireless charging could result in greater greenhouse gas emissions.

Manufacturers need to continue making efficiency improvements to wireless power transfer systems to minimize unnecessary power consumption. They should also consider partially offsetting the higher energy use with renewable energy investments.

Recycling Concerns

The electronics required for wireless chargers, such as printed circuit boards, coils, and batteries, require proper recycling at end-of-life. These components contain metals and other materials that are hazardous if disposed of improperly.

Manufacturers must implement responsible recycling programs to recover these materials and avoid environmental contamination. They should follow best practices like labeling chargers with recycling instructions and partnering with certified e-waste handlers.

Conclusion

Implementing VN88 Rezence wireless charging in consumer electronics involves overcoming challenges in technology development, reducing costs, gaining user acceptance, and addressing environmental impacts. But manufacturers embracing proactive strategies for innovation, collaboration, marketing, and sustainability can successfully usher in the Rezence wireless charging era.

With approximately one billion new smartphones sold each year that all require convenient charging, wireless power systems present an enormous market opportunity and strong incentive for manufacturers to solve these challenges. The companies that can most effectively deliver the benefits of safe, affordable, and interoperable Rezence wireless charging to customers are poised to gain a competitive edge.

[robertemma27-blog]

Wireless Charging Market - Global Size, Share & Industry Analysis, Forecast to 2029

The global wireless charging market size is estimated to be valued at USD 6.4 billion in 2024 and is anticipated to reach USD 16.0 billion by 2029, at a CAGR of 20.3% during the forecast period. 

The market growth is ascribed to emerging trends in wireless charging, increased Integration in Electric Vehicles (EVs), integration into Furniture and Infrastructure, Long-range wireless charging, and Bi-directional wireless charging.

The inductive technology segment accounted for the largest share of the wireless charging market in 2023.

The Inductive technology is widely employed in wireless charging due to its efficiency, convenience, and widespread adoption. Notably used in the Qi wireless charging standard, inductive systems provide a close coupling between transmitter and receiver coils, minimizing energy loss during charging. The technology is recognized for its alignment tolerance, allowing users some flexibility in device placement on charging pads. Inductive charging is considered safe, with communication between the pad and device to ensure proper power delivery and prevent overheating. Its cost-effectiveness, established ecosystem, and adaptability to various devices, including smartphones and wearables, contribute to its popularity. While inductive technology dominates the wireless charging market, other technologies like resonant and radio frequency offer alternative advantages depending on specific application requirements.

Download PDF Brochure:

https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=640

The receiver’s segment is to hold the largest market share during the forecast period.

The wireless charging receivers are central to the evolution of cordless power solutions, adhering to standardized specifications for compatibility with various transmitters. The receiver segment is further divided into the aftermarket and integrated subsegments. Enhanced thermal management addresses heat dissipation challenges, ensuring reliability. In a competitive market, innovation drives the development of receivers, emphasizing improved energy harvesting, robust communication protocols, and user-friendly experiences. The increased adoption of smart and portable devices such as smartphone, smartwatch and earbuds is driving the receiver’s sales in market.

Automotive application will grow at the highest CAGR during the forecast period.

The wireless charging market in automotive industry is primarily driven by the adoption of electric vehicles (EVs). Wireless charging technology has become integral in the automotive industry, particularly for electric vehicles (EVs). An electric vehicle that requires charging is parked at a garage or parking space and automatically charged through a charger fixed under the floor beneath it. This technology minimizes dependence on physical cables, offering a cleaner and more convenient charging experience. The removal of physical connectors and cables not only enhances user satisfaction but also contributes to the widespread appeal of wireless charging in the realm of electric vehicles. Government initiatives that promote EV adoption, ongoing advancements in wireless charging technologies, and their integration by automotive Original Equipment Manufacturers (OEMs) collectively contribute to the robust growth of this technology. Fleet electrification trends across both consumer and commercial segments, coupled with the potential role of wireless charging in smart city initiatives and urban planning, underscore the diverse factors propelling the swift expansion of wireless charging within the automotive sector.

Asia Pacific region to grow at the highest CAGR during the forecast period.

The Asia Pacific region is segmented into China, Japan, India, and the Rest of Asia Pacific,  representing the fastest-growing market for wireless charging. Both Japan and India stand out as the world's fastest-growing economies. The widespread proliferation of smartphones in major markets like China, South Korea, and Japan has increased the demand for convenient charging solutions. The region's tech-savvy consumer base readily embraces innovative technologies, contributing to the swift adoption of wireless charging. Additionally, the presence of key industry players and the region's status as a manufacturing hub facilitate the production and distribution of wireless charging products. The rise of electric vehicles in Asia Pacific further propels the need for wireless charging infrastructure, aligning with the broader shift toward sustainable transportation.

Key Market Players

The major companies in the wireless charging companies are Energizer (US), SAMSUNG (South Korea), Plugless Power Inc. (US), Ossia Inc. (US), and Qualcomm Technologies, Inc. (US),  Leggett & Platt, Incorporated (US), Infineon Technologies AG (Germany), Renesas Electronics Corporation (Japan), Texas Instruments Incorporated (US), WiTricity Corporation (US) and others.

[lanshengic]

STMicroelectronics transmitter and receiver evaluation boards accelerate Qi wireless charger development

【Lansheng Technology News】On December 6, 2023, STMicroelectronics launched a wireless charging transmitter and receiver evaluation board based on STWLC38 and STWBC86 chips to simplify the development of 15W Qi wireless chargers.

The STEVAL-WLC38RX board is equipped with the STWLC38 5W/15W receiver chip, and the STEVAL-WBC86TX board is equipped with the STWBC86 5W transmitter chip, which helps developers quickly develop and test wireless charger prototypes. Both boards support the STSW-WPSTUDIO graphics software environment to assist in charger development.

STWLC38 receiver chip supports Qi 1.3 Extended Power Profile (EPP) 15W charging protocol and Baseline Power Profile (BPP) 5W charging protocol. Therefore, this receiver chip can also be used as a 5W transmitter in a wireless charger and has a reverse power transmission function to charge the device. This chip integrates a synchronous rectifier and a low dropout (LDO) linear regulator, which can convert the power of the receiving coil into an adjustable DC output voltage of 4V-12V, with a power transmission efficiency of 85%. STMicroelectronics' Adaptive Rectifier Configuration (ARC) mode maximizes the effective charging area, extends the typical detection range of the receiver by 50%, and increases the freedom of device spatial positioning for the most efficient power transfer.

This 5W transmitter chip STWBC86 that complies with the Qi 1.2.4 BPP protocol integrates a high-energy-efficiency, low-impedance full-bridge inverter and driver to ensure that the receiver chip has very low power dissipation and minimizes the bill of materials cost. By adjusting the applied PWM frequency and duty cycle, the chip is able to control the power delivered by the transmitter coil.

Both chips support wide-voltage inputs, simplifying integration with consumer and industrial products. Each chip uses an Arm® Cortex®-M0+ digital core to dynamically manage charging power for optimal energy efficiency. On-chip integrated non-volatile memory (NVM) can host advanced functions and upgrade charging protocols through firmware updates.

Both chips come in tiny chip-scale packages, making them suitable for very compact applications. The STWLC38 wireless charging receiver chip comes in a 2.12mm x 3.32mm WLCSP40 package, while the STWBC86 transmitter comes in a 3.26mm x 3.67mm WLCSP72 package. Both chips have built-in thermal management and electrical protection features.

Both evaluation boards accelerate the development of transmitter and receiver chip-based solutions for a variety of consumer, medical and industrial applications including smartphones, tablets, smartwatches, wearables, personal medical devices, Drug delivery devices, portable ultrasound equipment, toothbrushes, razors, computer peripherals, hearing aids, charging cases, power tools and mobile robots.

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[vutfixx]

The Science Behind Wireless Charging

The convenience of wireless charging for our mobile phones and other electronic devices is nothing short of miraculous, but how exactly does it work? We all assume that we’re able to charge our phones by placing it on a special pad or dock, but what exactly happens beneath the surface? The Science Behind Wireless Charging is actually quite simple and relies on electromagnetic induction, a process you might remember from your physics class. Simply put, any time you place a magnetic wire close to another electrical wire (or metal), a magnetic field is generated around the new wire that attracts electrons from the older one. This creates electricity that flows through the coil in the middle of the wire, and that is what powers the battery on your phone!

Wireless charging is actually a variation of the electromagnetic induction effect that is already used in many everyday applications, from cutting cables to kitchen appliances and even your electric toothbrush. In fact, the technology is so common that it’s now built into the design of most smartphones.

To make wireless technology viewer website charging work, the charger base or plate and the device both contain a coil of wire. When the power to the charging pad is turned on, a changing magnetic field is created around the primary coil, and this induces an electric current in the secondary coil housed inside of your smartphone. This current is then converted into a DC (Direct Current) that charges the battery.

There are several competing standards for wireless charging, each of which has its own specific inductive coil configuration and driving electronics. Some of the more popular options include Qi, PMA, and AirfuelTM technologies. There are also a few experimental projects out there, such as the world’s first electrified road which is said to actively charge cars and trucks that drive along it.

While wireless charging is a relatively mature technology, there are some drawbacks that can impact efficiency. For example, the farther your smartphone is from its charging pad, the slower it will charge. This is because the magnetic field that transmits energy between the charger and your device has a limited range of effectiveness.

The other major technology website drawback of wireless charging is that it requires drive electronics and induction coils in both the device and charger, which increases the cost and complexity of the product. For example, the drive electronics in your device and in the charging pad must be synchronized to ensure that the voltages they supply are equal. In addition, the varying materials that make up the charging pad and your phone can cause them to resonate at different frequencies, which can slow down the rate of transfer.

[techsoftwareblogs]

Pros & Cons of Wireless Chargers for Androids and iPhones

How does wireless charging work?

Wireless charging, also known as inductive charging, is a method of charging electronic devices without the need for cables or wires. It is based on the principle of electromagnetic induction, which involves the transfer of energy between two objects through an electromagnetic field.

Wireless charging typically involves two components: a charging pad and a device that needs to be charged. The charging pad contains a coil of wire that is connected to an electrical source, such as a wall outlet. When electricity flows through the coil, it creates an electromagnetic field around the pad.

The device that needs to be charged must also have a coil of wire inside it, which is usually located near the battery. When the device is placed on the charging pad, the electromagnetic field from the pad induces an electrical current in the coil of wire inside the device. This current is used to charge the battery.

To ensure efficient charging, both the charging pad and the device must be designed to work with each other. This is typically accomplished through the use of standardized wireless charging protocols, such as Qi or PMA. These protocols specify the frequency and power requirements for wireless charging, as well as the communication between the charging pad and the device.

Pros of wireless charging

Wireless charging offers several benefits compared to traditional wired charging methods. Here are some of the main advantages of wireless charging:

Convenience: Wireless charging allows you to charge your device without the need for cables or connectors. This makes it much more convenient to use your device while it's charging, as you don't need to be tethered to a power source.

Durability: Since there are no cables or connectors involved, there is less wear and tear on the charging port of your device. This can help prolong the life of your device.

Safety: Wireless charging eliminates the risk of electrical shock and fire that can occur with traditional charging cables. This is especially important for high-powered devices like laptops and tablets.

Flexibility: Wireless charging technology is becoming more widespread and is available in a wide range of devices, from smartphones to headphones and even furniture. This allows for more flexible charging options and reduces the need for multiple charging cables.

Future-proofing: As more devices adopt wireless charging technology, investing in wireless charging infrastructure can help future-proof your devices and ensure compatibility with upcoming products.

Cons of wireless charging

While wireless charging has many benefits, there are also some drawbacks that should be considered. Here are some of the main disadvantages of wireless charging:

Slower charging: Wireless charging typically charges devices more slowly than wired charging. This is because the energy transfer between the charging pad and the device is less efficient than a direct connection to a power source.

Limited range: Wireless charging requires the device to be in close proximity to the charging pad, which can limit mobility and make it less convenient to use the device while it's charging.

Heat: Wireless charging can generate heat, which can reduce the efficiency of the charging process and potentially damage the device if it overheats.

Compatibility: Not all devices are compatible with wireless charging, and even devices that do support wireless charging may require specific charging pads or accessories to work properly.

Cost: Wireless charging technology can be more expensive than traditional charging methods, which can make it a less accessible option for some consumers.

Overall

wireless chargers offer a convenient and cable-free way to charge your phone. However, they may not be the best choice for everyone, especially those who value speed and cost-effectiveness over convenience.

[tonkiintelli]

Ubio hyperdock battery

#Ubio hyperdock battery update

#Ubio hyperdock battery full

#Ubio hyperdock battery android

The SuperHero MagLock is available in a few colors and has a glossy finish.

#Ubio hyperdock battery android

You can wirelessly charge Android devices as well but the MagLock won't stick unless you have a metal ring on the back of your phone's case (stick-on rings are available). I also liked how there's a chime when the charging starts and your phone tells you how much juice is left in the battery pack (it's tied into iOS 15). The 9,000-mAh version is beefy and feels like your phone is attached to a small brick - the battery and phone do fit in your hand nicely, but the combo certainly isn't pocket-friendly.Īll the MagLock batteries charge Qi-enabled iPhones at 5 watts, although you can get faster charging if you go wired and use a USB-C-to-Lightning cable.

#Ubio hyperdock battery full

However, it won't get you a full charge, so you'll probably want to step up to one of the higher-capacity options like the 6,000-mAh model, which retails for $60 but is currently being discounted to $40. The 3,000-mAh battery is lightweight and slim and is nice to have around for some emergency charging. Not only do the batteries, which come in various capacities, have strong magnets and stick really well to the back of your iPhone 12 or 13, but they have raised coils, which are supposed to help reduce heat levels while charging. M圜harge calls its new line of magnetic power banks Superhero MagLock, implying that they're real saviors. You don't want your phone to go dead on the mountain so it's always good to pack a battery pack.

#Ubio hyperdock battery update

We update this list of the best portable charger options for iPhone periodically, and we've anecdotally tested all of these models or their direct predecessors. So which is the best portable charger for iPhone models? Which is the best portable power bank for a charge on the go? Let's find out. While this list is geared toward iPhones, any portable battery pack here without an integrated Lightning cable will work perfectly well for charging an Android smartphone (or any other portable gadget), so long as you provide a compatible smartphone cable. But I've also included some budget picks for the best portable charger for iPhone models, and of those, some come with a charging cable for those who want to spend as little as possible on charging their Apple devices via power pack. Although they cost more, I personally like batteries that have a Lightning cable built into them, so I don't have to worry about carrying around a charging cable for fast-charging when I don't have enough power. To that end, I've rounded up the best portable power banks and battery chargers that will add a little extra oomph to your iPhone's battery life. That leaves portable battery chargers and external power banks as the best option for increasing your iPhone battery's lifespan. Plus, they're bulky and hide your new iPhone's beautiful design. There are battery cases that can add a few extra hours of juice, but they also add a lot of unnecessary weight. There are a few different solutions out there that can help prevent this. While the iPhone 13 boasts a pretty impressive battery life, it certainly won't last forever - and having your phone die while you're out and about can throw a serious wrench in your day.

[qilifestore]

There are many individuals who are concerned about eye treatments for conditions such as hyphema, glaucoma and cornea burn. To understand qi coil, you must need to understand how qi coil does it work? Pulsed electromagnetic fields (pemf) use electrical energy radiation to focus a series of magnetic pulses that stimulate small electrical signals to stimulate cellular repair by injured tissue.

[curiosity-killed]

a bow for the bad decisions

canon-divergent AU from ep. 24 (on ao3)

part 1 | part 2 | part 3 | part 4 | part 5 | part 6 | part 7 | part 8 | part 9 | part 10 | part 11 | part 12 | part 13 | part 14 | part 15 | part 16 | part 17 | part 18

Wen Qing perches on the fourth side of the table, folding her hands in her lap. “Apparently they don’t think this is an ideal settlement site,” Wei Wuxian says, dry. She rolls her eyes at him, and Jiang Cheng’s stomach twists at the fondness in the gesture. He wonders if that’s new, if that affection has only bloomed in this last week of shared hardship; certainly she didn’t look at Wei Wuxian that way in their time at Cloud Recesses. He looks down at the teacup in his hands. It’s oddly fine, incongruous with the harsh sparseness of the cave. He turns it in his hands, rubs his thumbtip against an old chip in the lip. “Nie Mingjue has demanded the Jin sect allow representatives from each sect tour the camps,” he says. “Depending on what they find, they could push for camps to be relocated outside of Jin jurisdiction.” He can almost see the argument framing up in his own mind: Nie Mingjue arguing against the unrighteous treatment; Lan Xichen serving as a kind of mediator, suggesting that the sects should share in the burden of the war they fought together. He still doesn’t know what role he’s supposed to play here, what he’s doing beyond trying to cling to his family. “The Nie Clan has particular cause to hate Wens,” Wen Qing points out. Wei Wuxian nods slightly, a pinch in his brow.

“We should talk to Huaisang,” he says. “He’s the best one to persuade Chifeng-zun. And I’d be in their debt.”

He wrinkles his nose a little at that, as if bothered by the entire concept of being a bartering piece. As much as it sits crosswise in Jiang Cheng’s chest, it’s a good point: Jin Guangshan wants the Stygian Tiger Seal for the power it brings, but Wei Wuxian proved himself as a weapon even before he forged it. An offer of alliance would bring any sect new weight behind it, a stronger base to stand upon the wider political world. It’s a dangerous bargain, but it has potential. “If it is of any use, my specialty is in disruptions to golden cores,” Wen Qing says. “With the Nie sect’s history of early qi deviations, it may be of interest even if they don’t trust me to treat anyone.” He’d forgotten that, too used to thinking of Wen Qing as he knows her rather than the doctor the rest of the cultivation world has heard of. From what he knows of the Nie clan, they’d be more likely to dance naked under the moon than let a Wen near their golden cores — but they could at least offer. “I might be able to help some as well,” jiejie says. There’s something halting in her tone, a hesitation that makes Jiang Cheng sit up straighter and frown. Looking at her hands, jiejie swallows before lifting her chin. “Jin Zixuan proposed to me,” she says. “What?!” “The peacock—” She fixes a stern look on both of them that has them subsiding. Wei Wuxian hunches into his shoulders, fiddling with his flute, and Jiang Cheng scowls as he crosses his arms. He never did get the whole story of what happened during the hunt — by the time he might have, Wei Wuxian was already threatening Jin Zixun in front of the assembled cultivation world, and jiejie doesn’t like to tell stories that might embarrass others. Still, he heard enough of the rumors to guess that Jin Zixuan made an ass of himself yet again, and, once again, it was at jiejie’s cost. “The night before we left to come here, he apologized for his behavior and made clear his feelings,” she explains. “I told him I needed to attend to my family but — but he said he would wait as long as I needed.” There’s the start of a blush high up on her cheeks, a small smile curling at her lips as she looks down at her hands. Shaking her head slightly, she composes herself. “Jin-furen has always been in favor of the match,” she says, “and Jin Guangshan may view it as an opportunity to have more authority over a-Cheng and Wuxian. I do not think there will be protests.” Drawing in a breath, she gives them a tentative smile. “I think I might be able to persuade Zixuan somewhat,” she says. “He is not the most outspoken but he…I think he would listen.” Jiang Cheng stares at her, tries to reconcile any of what she’s said with the Jin sect heir he knows and grudgingly comes to the conclusion that she might be right. During the war, Jin Zixuan had led the Jin forces when his father refused to join the alliance, and in their meetings and discussions, he had been quiet and offered insights only when he had useful knowledge. As much as it pains him to even consider it, Jin Zixuan might not be the worst ally they could possibly have. “And Yunmeng Jiang?” He looks up, frowning, at Wei Wuxian’s voice. His brother is carefully not looking at him, gaze resting on the table and back straightened in impeccable posture. He looks the way he did kneeling for Mother’s rebukes. “I’ve caused trouble for you,” he continues, “and there will be repercussions from the other sects.” “Yes? You always cause trouble,” Jiang Cheng interjects, waspish. “If you didn’t, I’d think you were possessed.” It’s supposed to make Wei Wuxian roll his eyes, shove Jiang Cheng. Instead, he swallows and doesn’t lift his gaze from the table. “Hey, stop that,” Jiang Cheng scolds, tugging at his shoulder. “We’ll go back and give a full report to all the sects like they requested and tell them how you’ll destroy the seal and once the Wens are safe, we’ll go back to Lotus Pier. I’ll — I’ll make you scrub the boats or something like when we were younger, alright? There. There’s your discipline.” Wen Qing straightens as he speaks, shooting a sharp look at Wei Wuxian. He catches it, gives an abortive twitch of his head, and she subsides with a dark frown. Eyeing the two of them, Jiang Cheng feels unease roil high up in his chest, but he lets it go when Wei Wuxian laughs and swats at his arm. “Alright, alright,” he says. “You’re very threatening, Sect Leader Jiang.” Wrinkling his nose, Jiang Cheng pulls back and huffs out a breath at the teasing. He’s relieved, though he’s not about to say that aloud. “Now what about Wen Ning?” he asks. “They’ll want to hear about him.” Wei Wuxian doesn’t groan, but it’s implied in the way he slouches to his feet. Wen Qing, on the other hand, is upright in a jolt. “Leave your sword,” she orders. “What?” Jiang Cheng demands, gaping. “Leave your sword here,” she says. “I won’t let you see him if you’re armed.” He wants to point out that even without Sandu, he still has Zidian coiled around his wrist. More than that, he wants to know why she’s so worried about him being armed. It stings, a bit, that she’d protest this when Wei Wuxian’s walking all over with his ghost flute. Does she really trust him so much less? “Aiya, it’s fine,” Wei Wuxian says. “Leave Sandu here, no one will touch it. Wen Qing is even more stubborn than you.” Scowling, Jiang Cheng props Sandu against the table and steps away reluctantly, his fingertips lingering on the familiar ornamentation. Ever since Indoctrination, ever since he got her back, he’s hated letting go of his blade. It brings back too many memories he doesn’t want to face: of being defenseless, unarmed, useless, when Wang Lingjiao sauntered into Lotus Pier and when Wen Zhuliu closed his hand around his neck. He swallows down the memories and follows as Wei Wuxian leads them further back into the cave. It really is a hovel, thick with resentment and crawling energies that Jiang Cheng doesn’t need to look for to sense. There’s a pool flooding from a toppled giant’s mouth, and he recoils from the too-familiar stench of blood. For all that he’s never been able to take the gossip about Wei Wuxian seriously, Jiang Cheng now finds himself wondering. Wei Wuxian was different, when he came back from those missing three months. Like someone else was wearing his brother’s face as a mask, speaking venom that didn’t belong on his tongue. He’d been ghostly, edged and vicious, in a way that didn’t make sense at all — but now, looking around this seething cave, Jiang Cheng understands a little more than he’d like. They turn into a far corner of the cave, and Jiang Cheng stumbles over his own feet at the gushing wrongness of the space. Wen Ning lies still under a blanket of talismans, resentment writhing up off him like a forest fire. “What— Wei Wuxian, what is this?” Jiang Cheng demands, surging closer. He’s a corpse, clearly. His skin is ashen and grey, body too still under the net of spells. No breath lifts his chest, and Jiang Cheng can make out a fine network of black veins crawling up his neck. Horror, revulsion, rise up like bile in his throat. “You really brought back his corpse,” he breathes out. “He’s just lost his spiritual cognition,” Wei Wuxian retorts. “I’m bringing it back.” “He’s dead,” Jiang Cheng snaps. “You turned him into — into a puppet, like Wen Ruohan.” Wei Wuxian flinches back, but his jaw is tight as he squares up to meet Jiang Cheng’s eyes. “I promised Wen Qing I can bring her brother back, and I will,” he says, hard. “Do you want to tell her that her brother isn’t worth it? Do you want to go get Sandu and run him through yourself?” “Wuxian,” jiejie says, sharp, and Wei Wuxian pulls back abruptly. He looks away, hand tight around Chenqing, and works his jaw for a moment. Jiang Cheng’s fists have tightened, shoulders hitching up defensively. He’s seen Wei Wuxian do that before, turn that shale mask down and lash out with his quick words. He’s never had it turned on him. Wei Wuxian draws in a steadying breath and loosens his fist by degrees. “He’s not a puppet,” he says in a calmer voice. “His spiritual cognition was forced out of him, but I’m bringing it back. He’ll be able to think and feel and make his own choices again. He’s not — he’s not a puppet.” Jiang Cheng swallows, adrenaline still running through him for a fight. “What are we supposed to tell the sects then? They’re calling him the Ghost General, saying you made him as a weapon to lead some undead army against the foundations of the cultivation world,” he snaps. There’s a flinch, small and pained, at his words. Good, he thinks. He has to know that this is a mistake, that there’s no coming back from this. It’s not unorthodox, it’s wrong. “We’ll tell them Young Master Wen was badly injured both spiritually and physically,” a-jie interjects quietly. “That he is not a combatant but a — a medic in a healing coma.” She looks vaguely nauseous, too pale, and Jiang Cheng wants to hit Wei Wuxian for that, too. He wants a fight, wants to drag his brother out into the open air and have it out. Forget swords and elegant duels, he wants to punch Wei Wuxian in the gut and wrestle him down into the mud until he can force him to actually look at what he’s doing, to see the mistakes he’s making. “Shijie,” Wei Wuxian says quietly, confusion and concern twinned in his voice, “you don’t like lying.” “I don’t,” she agrees before sighing, her shoulders slipping. “I–I hope it’s not a lie.” It’s a question, a small plea. Wei Wuxian nods, gaze suddenly urgent under the small furrow of his brow. “I’ll fix him, shijie,” he promises. “It’ll be alright.” None of this is right. None of this can possibly be fixed, Jiang Cheng seethes, but his anger feels suddenly sodden, drenched by a wave of exhaustion. He wants to go home, but not to the smooth wood walls and lapping waters of Lotus Pier. He wants to go home to before the hunt, before the war, back when his home was unfractured, collected safe and whole beneath the same roof. They leave the Burial Mounds with silence hugging them like a fog. He can barely lift his gaze from the grey dust track, and thinking of the tasks before them turns his body to leaden weights. Beside him, jiejie doesn’t speak. “Jiang-zongzhu! Jiang-guniang!” They turn sharply, Jiang Cheng’s hand tightening on Sandu. Wen Qing slows to a quick walk, her face flushed and breath coming in quiet pants. Her hair’s been pulled in tendrils from its careful style and wisps about her face like the softest strokes of ink. His chest gives a funny seize. “Wen-guniang, what’s wrong? What’s happened?” he demands. She waves off his question, gulping in a breath as she comes to a halt before them. “It’s the seal,” she says. “Wei Wuxian can’t destroy it.” Jiang Cheng frowns, shooting jiejie a questioning look as if she’ll better understand this. Surely Wei Wuxian didn’t start in immediately. He’d said he couldn’t destroy it while the Wen remnants still need it for protection. “Wen-guniang, we’ll be sure to find a safe solution for your family’s trouble before Wei Wuxian destroys the Stygian Tiger Seal,” a-jie soothes, but Wen Qing waves her hand, impatient. “I don’t mean that. Wei Wuxian can’t destroy the seal,” she says, “because it will kill him.” Jiejie flinches, face white as mourning robes. The words are so blunt, so harsh, compared to what he’s used to hearing from Wei Wuxian. His brother always talks around problems, rhymes them out till they seem distant and thin as clouds. “What do you mean?” he demands. “Is it all the resentment here? Some kind of backlash from the seal itself? He said he’d healed himself with resentful energy — is the seal part of that?” Wen Qing hesitates now, lips parting slightly as her dark eyes scour his face. There’s something in her gaze, soft deep well that he flinches from. “Jiang-zongzhu, he didn’t heal himself with the seal,” she says, gentle as an execution. “It’s what’s keeping him alive.”

[goalliver4]

At the conclusion of the year and with all the major fairs in the world held in their various countries, we've seen a rather substantial increase in devices with Qi wireless charging, from screens to mats, through headphone stands. A substantial growth which appears to predict that there'll be a explosion in 2020 of this kind of technologies, but what's it really and how can this work? Qi technologies: the future has already started There are lots of devices that claim to be able to control their batteries with no need for cables thanks to this technology (notably smartphones, but additionally smartwatches, PC mice and a long etcetera). But how does this technology work? Let us see it. There are times when a technology does not end shooting off, it does not end being accepted by its users and therefore it ends up being abandoned or replaced by another that's implemented without issues between products and people. Ordinarily this kind of technology is proprietary and even though the business that implements it is quite big (in the event of Apple using its connectors for chargers) at the end, users want comfort, a single cable for all, a single link for all, in a nutshell, ease for the day to day, that is what we cover, right? The reply to the necessity to control their devices with no type of cable, that is, wirelessly, originated in the Wireless Power Consortium, which with all the partners that wanted to enter the application invented a technology that's based on the distant electricity transmission. charger-qi-4 Compacted power is established as electromagnetic induction by way of a magnetic field and can be generated by a base as a load using a transmitting coil, where in the unit to be loaded yet another coil needs to be inserted to act as a receiver, so the magnetic field and energy transport is always continuous. The principal problem they discovered was that the load depended upon the position where the apparatus was located, because the distance from coil to coil was a problem and they had to be in a specific stage and in a specific position. The solution was as simple as the issue: put several coils across the charging base along with the device, in which the magnetic field is reinforced and a particular place isn't relied on for stated charge. Two types of heaps, two criteria in full competition to win the conflict load Presently there is no definitive Qi standard, because although it seems otherwise, producers struggle on two different sides as a general rule: those who carry apparatus with inductive magnetic charge along with the ones that carry a magnetic resonance system. Inductive charging devices are gaining ground on the market since they are more energy efficient talking, but in return it is not as precise concerning distance and alignment with the base, something which appears to not be affecting the majority of consumers too much. Charger-Qi The solution to this minor inconvenience seems to come with a couple easy positioning marks on each system that conveys a foundation, making the user know how to place their merchandise so that it costs properly. In magic circle charger , we should not fret about which kind of fast charging the base device and the device to charge have, because they will work flawlessly on the foundations of the exact same Qi standard, they will only differ in the facets of efficiency and positioning demanded.

[ameryth74]

Louis **** Title Generator Tool

** **** it 

LOL.... go!

Two letter words:

There are 107 acceptable 2-letter words listed in the Official Scrabble Players Dictionary, 6th Edition and the Official Tournament and Club Word List:

AA, AB, AD, AE, AG, AH, AI, AL, AM, AN, AR, AS, AT, AW, AX, AY, BA, BE, BI, BO, BY, DA, DE, DO, ED, EF, EH, EL, EM, EN, ER, ES, ET, EW, EX, FA, FE, GI, GO, HA, HE, HI, HO, ID, IF, IN, IS, IT, JO, JU, JY, JZ, KA, KI, KO, LA, LI, LO, MA, ME, MI, MM, MO, MU, MY, NA, NE, NO, NU, OD, OE, OF, OH, OI, OK, OM, ON, OP, OR, OS, OW, OX, PA, PE, PI, PO, QI, RE, SH, SI, SO, TA, TE, TI, TO, UH, UM, UN, UP, US, UT, WE, WO, XI, XU, YA, YE, YO, ZA

Two letter contractions: I’m, I’d

Four letter verbs:

abet, abut, abye/aby, ache, alit, ally, ante, arch, aver, avow (10).

baby,  bach, back, bade, baff, bail, bait, bake, bald, bale, balk, ball, band, bang, bank, bant, barb, bard, bare, barf, bark, base, bash, bask, bate, bath, bauk, bawl, bead, beam, bean, bear,    beat, beck, bede, beef, been, beep, bell, belt, bend, bent, bere, best, bias, bide(archaic usage), biff, bike, bilk, bill, bind, bird, birl, birr, bite, bitt, blab, blat, blaw, bled, blet, blew, blip, blob, blot, blow, blub, blue, blur, boak, boat, bode, body, boff(vulgar usage), boil, boke, bomb, bond, bone, bong, bonk, boob, book, boom, boot, bore, born, boss, boun, bowl, brad, brag, bray, bred, brew, brim, buck, buff, bulk, bull, bump, bung, bunk, bunt, buoy, burl, burn, burp, burr, bury, bush, busk, buss, bust, busy, butt, buzz (117).

ca-ca, cage, cake, calk, call, calm, came, camp, cane, cant, card, care, carp, cart, case, cash, cast, cave, cede, cere, chap, char, chat, chaw, chid, chin, chip, chop, chow, chug, chum, cite, clad, clam, clap, claw, clay, clew, clip, clog, clop, clot, cloy, club, clue, coal, coat, coax, cock, code, coif, coil, coin, coke, comb, come, comp, cone, conk, conn, cook, cool, coop, cope, copy, cord, core, cork, corn, cosh, cost, coup, cove, cowl, crab, cram, crap, crew, crib, crop, crow, cube, cuff, cull, curb, curd, cure, curl, curr, cuss (90).

dado, daff, damn, damp, dang, dare, dark, darn, dart, dash, date, daub, dawn, daze, deal, deck, deed, deem, defy, deke, dele, demo, dent, deny, dial, dice, died, diet, dike, dine, ding, ding, dint, dirk, disc, dish, disk, diss, dive, dock, doff, dole, dome, done, doom, dope, dose, doss, dote, dove, down, doze, drab, drag, draw, dray, dree, drew, drip, drop, drub, drug, drum, duck, duel, duet, dull, dumb, dump, dung, dunk, dupe, dusk, dust, dyke (75).

earn, ease, echo, eddy, edge, edit, emit, envy, espy, etch, even, exit (12).

face, fade, fail, fake, fall, fame, fard, fare, farm, fart, fash, fast, fate, fawn, faze, fear, feed, feel, fell, felt, fend, fess, fete, feud, file, fill, film, find, fine, fink, fire, firm, fish, fist, fizz, flag, flap, flat, flaw, flay, fled, flee, flew, flex, flip, flit, flog, flop, flow, flub, flux, foal, foam, foil, foin, fold, fond, fool, foot, ford, fork, form, foul, fowl, frag, frap, fray, free, fret, frig, frit, fuel, full, fume, fund, funk, furl, fuse, fuss, futz, fuze, fuzz (82).

gaff, gage, gain, gait, gall, game, gang, gaol, gape, garb, gash, gasp, gast(obsolete), gate, gaum(US), gave, gawk, gawp, gaze, gear, geld, gibe, gift, gild, gill, gimp, gird, girt, give, glad(archaic), glom, glow, glue, glug, glut, gnar, gnaw, go by, go on, goad, golf, gone, gong, goof, gore, gown, grab, gray, grew, grey, grid, grin, grip, grit, grow, grub, gulf, gull, gulp, gush, gust, gybe, gyre, gyve (64).

hack, haft, hail, hale, halo, halt, hand, hang, hare, hark, harm, harp, hash, hasp, hast, hate, hath(archaic), haul, have, hawk, haze, head, heal, heap, hear, heat, heed, heel, heft, held, helm, help, hent(obsolete), herd, hewn, hide, hike, hill, hint, hire, hiss, hive, hoax, hock, hoke(slang), hold, hole, home, hone, honk, hood, hoof, hook, hoop, hoot, hope, horn, hose, host, hove, howl, huff, hulk, hull, hump, hung, hunt, hurl, hurt, hush, husk, hymn, hype, hypo (74).

idle, inch, iris, iron, isle, itch (6).

jack, jade, jail, jape, jazz, jeep, jeer, jell, jerk, jest, jibe, jilt, jink, jinx, jive, join, joke, jolt, josh, juke, jump, junk (22).

kayo, keek(Scots), keel, keen, keep, kept, kern, kick, kill, kiln, kilt, kink, kiss, kite, knap, knew, knit, knot, know (19).

lace, lack, laid, lain, lair, lake, lamb, lame, land, lard, lark, lase, lash, last, lath, laud, lave, laze, lazy, lead, leaf, leak, lean, leap, lech, leer, left, lend, lens, lent, levy, lick, lift, like, lilt, limb, lime, limn, limp, line, link, lisp, list, live, load, loaf, loan, lock, loft, loll, long, look, loom, loop, loot, lope, lord, lose, lost, loup(Scots), lour, lout, love, lube, luck, luff, luge, lull, lump, lure, lurk, lust, lute, lyse (74).

mace, made, mail, maim, make, mall, malt, mark, marl, mart, mash, mask, mass, mast, mate, maul, maze, mean, meet, meld, mell, melt, mend, meow, mesh, mess, mete, mewl, miff, milk, mill, mime, mind, mine, mint, mire, miss, mist, moan, moat, mock, moil, mold, molt, moon, moor, moot, mope, moss, move, muck, muff, mull, mump, muse, mush, muss, must, mute (59).

nail, name, near, neck, need, nest, nick, nigh, nill(obsolete), nock, nose, nosh, note, nuke, null, numb (16).

obey, ogle, oink, okay, omen, omit, ooze, open, oust, over (10).

pace, pack, page, pain, pair, pale, pall, palm, pang, pant, pare, park, part, pash(Austral), pass, pave, pawn, peak, peal, peck, peek, peel, peen, peep, peer, pelt, pend, perk, perm, pick, pike, pile, pill, pimp, pine, ping, pink, pipe, piss(vulgar), pith, pity, plan, plat, play, plod, plop, plot, plow, plug, pock, poke, pole, poll, pond, pool, pore, port, pose, post, pour, pout, pray, pree, prep, prey, prim, prod, prog, prop, puff, puke, pule, pull, pulp, pump, punt, purl, purr, push, putt (80).

quad, quip, quit, quiz (4).

race, rack, raft, rage, raid, rail, rain, rake, ramp, rang, rank, rant, rape, rase, rasp, rate, rave, raze, razz, read, ream, reap, rear, reck, redd(dialect), rede(archaic), redo, reed, reef, reek, reel, rein, rely, rend, rent, rest, re-up, rice, rick, ride, riff, rift, rile, rill, rime(archaic)/rhyme, ring, riot, rise, risk, rive, roam, roar, robe, rock, rode, roil, rolf, roll, romp, roof, rook, room, root, rope, rose, rout, rove, ruck, ruff, ruin, rule, rush, rust (73).

sack, said, sail, sale, salt, sand, sass, sate, save, sawn, scab, scam, scan, scar, scat, scud, scum, seal, seam, sear, seat, seed, seek, seel, seem, seen, seep, sell, send, sent, sewn, shag, sham, shed, shim, shin, ship, shit, shoe, shog, shoo, shop, shot, show, shun, shut, sick, side, sift, sigh, sign, silk, silt, sing, sink, sire, site, size, skew, skid, skim, skin, skip, slab, slag, slam, slap, slat, slay, sled, slew, slid, slim, slip, slit, slog, slop, slot, slow, slub, slue, slug, slum, slur, smut, snag, snap, snip, snow, snub, snug, soak, soap, soar, sock, soil, sold, sole, solo, soot, sorb, sort, soup, sour, sown, spae(scottish), spam, span, spar, spat, spay, spec, sped, spew, spin, spit, spot, spud, spur, spurn, stab, stag, star, stay, stem, step, stet, stew, stir, stop, stow, stub, stud, stun, suck, suds, suit, sulk, sung, sunk, surf, swab, swag, swam, swan(brit), swap, swat, sway, swig, swim, swob, swop(brit)/swap, swot, swum, sync (155).

tabu, tack, tail, take, talc, talk, tame, tamp, tang, tank, tape, tare, task, taut, taxi, team, tear, teem, tell, tend, tent, term, test, text, thaw, thin, thud, tick, tide, tidy, tier, tiff, tile, till, tilt, time, tine, ting, tint, tire, toil, toke, told, tole, toll, tomb, tone, tong, took, tool, toot, tope, tore, torn, toss, tote, tour, tout, tram, trap, tree, trek, trim, trip, trod, trot, trow(archaic), true, tube, tuck, tuft, tune, turf, turn, tusk, twig(Brit), twin, twit, type (79).

undo, urge (2).

vade, vail(archaic), vamp, vary, veal, veer, veil, vein, vend, vent, vest, veto, vide, view, vine, visa, vise, void, vote (19).

wade, waft, wage, wail, wait, wake, wale, walk, wall, wane, want, ward, ware(archaic), warm, warn, warp, wash, waul, wave, wawl, wean, wear, weed, ween, weep, weet, weld, well, welt, wend, went, wept, were, wert(archaic), wham, whap, whet, whid(Scottish), whip, whir, whiz, whop, wick, wile, will, wilt, wind, wine, wing, wink, wipe, wire, wise, wish, wisp, wist, wite, wive, woke, wolf, wont, wood, woof, word, wore, work, worm, worn, wove, wrap, writ(archaic) (71).

x-ray (1).

yack, yank, yard, yarn, yaup, yawn, yawp, yean, yell, yelp, yerk, yeuk, yock, yoke, yowl, yo-yo(informal), yuck (17).

zero, zest, zinc, zing, zone, zonk, zoom (7).

IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT IT

(yes there are 28 ITs)

[tomatodeals]

NANAMI Quick Wi-fi Charger with USB Cellphone Charger, Qi Licensed Charging Stand with

NANAMI Quick Wi-fi Charger with USB Cellphone Charger, Qi Licensed Charging Stand with

Value: (as of – Particulars) Please take off the thick telephone case once you charging cell telephones2-COIL FAST CHARGING- 1.4 occasions sooner than normal wi-fi charger, built-in two coils give you a lot wider charging space. This Fast Cost 3.0 wi-fi charging stand is not going to solely juice up your suitable machine from useless to full in a brief period of time but additionally can cost…

[wirelesspowerbank]

Why Should You Buy Apple's MagSafe Battery Pack?

Amazon Associates and affiliate partners may profit from AppleInsider on qualifying purchases made through their links.

Apple's MagSafe portable charger battery pack costs $99, making it more expensive than alternatives that cost half as much or even a third as little. However, even though the functionality appears to be nearly identical, Apple's MagSafe Battery Pack is an excellent buy over the rest for numerous reasons.

Real MagSafe Apple's MagSafe Battery Pack is genuinely MagSafe, one of the most notable variances. Battery packs featuring a Qi charging coil and magnets are all other rivals. The efficiency of Apple's battery increases by using true MagSafe instead of Qi. In addition, it can deliver up to 15 watts of output. The maximum output power of most Qi batteries is 5W. When plugged in, Apple is limited to 5W, but when unplugged, it can use up to 15W. Thanks to the MagSafe feature, it charges both your phone and the battery when the battery is attached and plugged into power. The opposite is also true, which is even more remarkable.

Capacity Apple wireless power bank Capacity is the most significant challenge for most users. Many people have commented that Apple's MagSafe power bank battery is only a fourth of what other companies are offering, but it costs twice as much. Apple's battery is only 1460 mAh, compared to the 5,000 mAh of many brands. However, things aren't quite as they seem. These data cannot be easily reached, as we've already explained in great detail. Apple also has long battery life earbuds.

The MagSafe battery pack has a higher voltage potential and, as a result, a higher watt-hour rating than the iPhone it is charging because all iPhone 12 models have 3.81V batteries. On the other hand, the MagSafe Battery Pack might charge an iPhone more than its milliamp-hour rating suggests.

To Sum Up The MagSafe battery has Apple's charge management functions, even though you do not want to keep a lithium-ion battery plugged in all the time. However, the Apple MagSafe Battery Pack is not the perfect battery pack available. Like many other portable chargers, it can only charge at 5W when used in the wild (without being connected to electricity.)

[stellla1006]

What's the significance of wireless charging?

What is wireless charging technology?

Wireless charging technology is a technology that uses magnets to charge devices without the help of wires. Wireless charging technology originates from wireless power transmission technology, which uses magnetic resonance to transfer electric charge in the air between the charger and the device, while coils and capacitors form resonance between the charger and the device to achieve efficient transmission of electric energy.

Wireless charging technology adopts a unified industrial standard. In the next few years, mobile phones, PMP/MP3 players, digital devices, mobile devices and other products can use the same wireless charger with new low energy consumption and high compatibility. This charger is similar to a tray that is directly plugged into the power supply, and the mobile phones of different brands with the "Qi" logo that have been certified by the alliance can be directly placed on it to complete the charging.

Pros and cons of wireless charging

Pros

1. The use of wireless chargers does not require frequent plugging and unplugging of wires, so there will be no safety hazards caused by loose plugs and poor contact.

2. The wireless charger is more convenient to use. The mobile phone, tablet, and electronic watch can be charged when you put it down. A wireless charger is provided in your backpack or office, and you don't need to bring a charging cable when you go out in the future.

3. The application of wireless charging technology to industrial robots can save costs for enterprises. For example, wireless charging AGV guided transport vehicles can work uninterrupted 24 hours a day. Now some sweeping robots are also applying this technology.

Cons

1. Low efficiency: The efficiency of energy storage and delivery is lower than that of real contact.

2. High cost: The charger needs to have an electronic circuit to drive the wireless coil, while the electrical device needs to have an electronic device for power exchange. Both also need to have a wireless coil, so the cost is higher than direct contact.

3. Slow charging speed: Due to low efficiency, the charging speed is slower under the same input power.

Significance of wireless charging

Wireless charging technology is convenient and easy to use, and it breaks the limitation of space, so users can use one transmitter to charge multiple devices at the same time, and there is no special requirement for the location of the charging device.

For the entire technology industry, retail industry, service providers and consumers, wireless charging technology is of great significance. Wireless charging stations will soon appear in cafes, airports, restaurants, movie theaters and other public places. Consumers can charge their devices almost anytime and anywhere. Retailers and service providers can even use wireless charging to promote value-added services and provide personalized services in mobile users’ favorite stores, airports and other places.

There is no doubt that all smartphone users will think that wireless charging is a cool feature. But in the world of the Internet of Things, consumers will have dozens of connected devices at the same time, which is definitely a very important technology.

As the entire industry continues to work on unifying standards and end-to-end wireless charging solutions, wireless charging technology will slowly enter the mainstream market, which will push the connected world to its full potential.

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Wireless Charging ICs Market 2020 Global Analysis, Opportunities, Growth Forecast To 2027

Wireless Charging ICs Market: Introduction

Transparency Market Research delivers key insights on the global wireless charging ICs market. In terms of revenue, the global market is estimated to expand at a CAGR of ~29% during the forecast period, owing to numerous factors, regarding which TMR offers thorough insights and forecasts in its report on the global wireless charging ICs market.

Wireless charging ICs offer multiple advantages over the traditional charging systems in terms of efficiency, cost-effectiveness, and safety. Wireless charging is the method of transmitting power-based resonance technique or electromagnetic induction to tablets, mobile phones, wearable devices, and smart electronic devices. Wireless charging can be called ‘the next industrial revolution,’ as it is changing the manner in which people work, entertain, live, and travel, along with the manner in which businesses and governments interact with the world. A wireless charging IC is an integrated circuit for wireless charging. It consists of a receiver and a transmitter. The transmitter coil transmits wireless energy, while the receiver coil receives power transmission. The transmitter coil helps in transfer of power to the receiver coil through electromagnetic induction. Businesses are leading adopters of wireless charging ICs. Wearable electronic devices are the second-largest adopters of wireless charging ICs, followed by mobile phones. Wireless charging ICs are primarily used in mobile phones, tablets, wearable products, and consumer electronics devices.

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Wireless Charging ICs Market: Dynamics

Increase in the demand for wireless charging and rise in the installation of wireless charging devices at retail and public outlets are likely to fuel the global wireless charging ICs market during the forecast period. Wireless charging eliminates the need for cables required to charge mobile phones, tablets, computers, and wearable products. With a wireless charging solution, the battery inside any battery-powered operation is charged by simply placing the appliance nearby the wireless power charging device. Over the last few years, manufacturers across various industry verticals are registering high demand for specialized charging solutions to cater to the needs of their customers. Furthermore, wireless charging ICs are increasingly being used in applications such as smart phones and tablets, wearable electronic devices, medical devices, and automobile devices. However, wireless charging technology is standardized by the Global Qi Standard. Global manufacturers are using this standard while developing their wireless charging products. Manufacturers are not able to use other techniques or any other standardization to develop a new product segment, which is one of the most important factor likely to restrict the growth of the wireless charging ICs market during the forecast period. This compatibility nature of product creates a negative influence to enter small manufacturers in the market. Furthermore, compact product design and facility of charging multiple devices are expected to drive the global wireless charging ICs market during the forecast period.

Wireless Charging ICs Market: Prominent Regions

Asia Pacific is the dominant region of the global wireless charging ICs market. This can be attributed to high adoption of consumer electronics devices such as mobile phones and tablets and wearable electronics devices in the region. The market in North America is estimated to witness significant growth during the forecast period, owing to high adoption of wireless technology in the region.

Wireless Charging ICs Market: Key Players

Key players operating in the global wireless charging ICs market are NXP Semiconductors, Vishay Intertechnology, Inc., MediaTek Inc., Qualcomm Inc., Texas Instruments Inc., Broadcom Corporation, Toshiba Corporation, On Semiconductor, Analog Devices, Inc., ROHM Semiconductor, and Integrated Device Technology Inc.

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Global Wireless Charging ICs Market: Segmentation

Wireless Charging ICs Market, by Type

Transmitter ICs

Receiver ICs

Wireless Charging ICs Market, by Component

Relays

Circuit Breakers

Others

Wireless Charging ICs Market, by Power Solution

Low Power Solution

Medium Power Solution

High Power Solution

Wireless Charging ICs Market, by Application

Smart Phones & Tablets

Wearable Electronic Devices

Medical Devices

Automobile Devices

Others

Wireless Charging ICs Market, by Region

U.S.

Canada

Mexico

EU5

Benelux

Nordic

Russia

Poland

Rest of Europe

China

India

Japan

South Korea

ASEAN

Australia & New Zealand

Rest of Asia Pacific

GCC

South Africa

Rest of Middle East & Africa

Brazil

Rest of South America

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