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A USB Type-C charger is an industry-standard connector used to address the need for a wide range of display, data transmission, and charging applications. Whether you have larger devices like laptops or smaller ones like phones, you can charge and transfer data between them using a single cable.
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Yes, you can usually charge your Surface with the USB-C port. However, we highly recommend using the charger that came with your Surface because the charging speed with a USB-C cable can be very slow, depending on the power supply and cable you're using.
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Connect a USB-C charge cable or a display that provides power. If your Mac has USB-C ports, you can charge your Mac with a USB-C charge cable and a USB-C power adapter or with a USB-C or Thunderbolt display that provides power.
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With charge and sync compatibilities, you can use this cable in multiple ways. The PDP Gaming USB Type C Charging Cable is officially licensed by Nintendo and can be used to charge your Nintendo Switch or Nintendo Switch Lite, the Pro Controller, or even just your cell phone.
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On the 14-inch MacBook Pro, you can fast charge with the following combinations of power sources and cables: 140W USB-C Power Adapter + USB-C to MagSafe 3 Cable or USB-C charge cable. 96W USB-C Power Adapter + USB-C to MagSafe 3 Cable or USB-C charge cable.
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USB-C PD can charge your device up to 70% faster than standard 5W charging*. This means less time plugged in while your smartphone reaches 100% charged. When you're looking for an urgent battery boost, a quick 10-minute charge with USB-C PD might be all you need.
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Yes. If the phone charger is a USB-C-based charger and your Lenovo laptop has a USB-C port, you can plug it into recharge. While it will charge your Lenovo laptop, it may recharge slower than using a dedicated laptop charger.
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USB-C, also known as Type-C, is the latest connector developed by the USB Implementers' Forum (USB-IF), a group of industry leaders within the consumer electronics community, such as Apple, Intel, Dell, and Surface. As many of the world's most recognized manufacturers are supporting this new technology, it is likely to be widely adopted. With such support, USB-C will gradually replace previous USB types, including USB-A, USB-B and USB Mini-B. Plus, as future devices are equipped with the new USB-C port, which is smaller than its predecessors, it's likely these devices will also be thinner and lighter than ever before.
PERFORMS BETTER
Like most new technology, it's an improvement on what came before - but we'll get to that in a minute
EASIER TO USE
It's been developed to be simpler to use, meaning no more moments of: "which way does it go?" "am I putting it in the right port?" "is it upside-down?"
HERE TO STAY
The cable of tomorrow is here today, and with such widespread support across the industry, the days of throwing your cable out every time you get a new device are over.
UNIVERSAL
All the major tech companies including Apple, Google and Microsoft, are embracing USB-C, which means one day your mobile devices will be able to share accessories.
SMALLER CONNECTOR
USB-C is smaller than its predecessors, which means USB-C devices like laptops and tablets, will likely be thinner and lighter.
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It's really, really fast
USB-C can transfer data at up to 10Gbps (gigabits per second). Or an entire high definition feature-length movie in just 30 seconds. That's up to 20 times faster than USB2.0.
More power
With up to 100 watts, or 3 amps of power, USB-C cables can power almost anything. From laptops to large high-resolution monitors, even some printers.
The 4K Ultra HD experience
USB-C cables can deliver Ultra-HD 4K video resolution to USB-C and HDMI displays. That's 4 times the resolution of standard high definition.
Bright Future of USB-C
USB-C isn't just a new development. It's a new standard. Which means that everything it promises — speed, ease of use, universality — can be applied to all sorts of devices. With this much potential, USB-C has another edge over existing USB cables: it'll be around for much longer.
Great Power behind USB-C
Mountains of defunct cables in landfills across the world motivated action for reform. Tech companies the world over responded to new European regulations that called for a standard connector. The USB-C connector is being widely adopted by manufacturers including Apple, Google and Microsoft. With such widespread support from these market-leading manufacturers, it's only a matter of time before the new standard becomes the norm.
The idea of new technology that embraces future proofing for environmental reasons is groundbreaking. At Sunshine, we are proud to be a part of this pioneering move toward an environmentally sustainable, tech-friendly future.
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The USB-A has a much larger physical connector than the Type C, Type C is around the same size as a micro-USB connector. Unlike, Type A, you won't need to try and insert it, flip it over, and then flip it over once more just to find the right orientation when trying to make a connection.
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iPhone models now include in the box a newer USB‑C to Lightning cable that supports fast charging and is compatible with USB‑C power adapters and computer ports that you might already have.
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USB-C features a new, smaller connector shape that's reversible so it's easier to plug in. USB-C cables can carry significantly more power, so they can be used to charge larger devices like laptops. They also offer up to double the transfer speed of USB 3 at 10 Gbps.
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Quick Charge (QC) is a proprietary battery charging protocol developed by Qualcomm, used for managing power delivered over USB, mainly by communicating to the power supply and negotiating a voltage. Quick Charge is supported by devices such as mobile phones which run on Qualcomm SoCs, and by some chargers; both device and charger must support QC, otherwise, QC charging is not attained. It charges batteries in devices faster than standard USB allows by increasing the output voltage supplied by the USB charger while adopting techniques to prevent battery damage caused by uncontrolled fast charging and regulating the incoming voltage internally.
Fast charging technologies are becoming increasingly common, and Quick Charge is one of the most frequently used. Qualcomm Quick Charge technology powers your devices faster than conventional charging, allowing you to spend less time connected to outlets. Learn how it works and how to keep your devices safe when fast charging.
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Quick Charge is a proprietary technology that allows for the charging of battery-powered devices, primarily mobile phones, at power levels exceeding the 5 volts at 2 amps, thus 10 watts allowed by basic USB standards—not considering the USB Power Delivery (USB PD) standard—while still maintaining compatibility to existing USB wires.
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The Quick Charge 3.0 charger is 100% faster than the original Quick Charge 1.0 device, which was already double the speed of a conventional USB charger.
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Does fast charging damage my battery? You'd think with all that extra power there could be a risk to your battery. From our findings though, fast charging doesn't cause any more damage to your phone than standard charging. It will get hotter, but not at extreme enough levels that would cause noticeable harm.
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Quick Charge 4+ charging accessories are backward compatible to Quick Charge 3.0 and 2.0.
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PD is short for “power delivery”. The technology is capable of delivering up to 100 watts of power, far more than any smartphone requires. PD charge with high wattage has some significant advantages. For instance, PD charge can be used to power laptops. Apple’s new MacBooks all use PD charges, and can even be used while PD charges are charging. This means you’re getting much better performance than you’d expect from a standard USB cable.
QC is similar to PD in that a Quick Charger offers better charging performance than a standard USB. Also like the PD charger, both the charger and the device must be compatible with a Quick Charger for it to work. QC is short for Quick charge, and it’s a proprietary technology developed by Qualcomm. The reason this is significant is that Quick Charger requires a license for use. If a manufacturer isn’t willing to pay Qualcomm’s licensing fee, they won’t be able to integrate Quick charging technology. As a result, many devices that support PD charging don’t support QC charging.
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In a nutshell, it depends on your device. To begin with, there’s a difference between Android and Apple products. With Android, you’re dealing with an open standard, so your mileage may vary. Most newer Android phones support PD charging, and more than half also support QC. This includes newer Samsung models. Keep in mind, though, that this will depend on your phone’s manufacturer. If you’re using a cheaper phone like an LG Stylo, you’re still limited to Micro USB charging. This won’t allow for either PD or QC.
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While looking at various electronic devices, you may have seen the term “fast charging”. What does this have to do with PD or QC? In a word, nothing. It’s simply a measurement of how fast a battery can charge. In general, a standard 1 amp charger charges at 5 watts, which is an ordinary USB. Conversely, fast-charging batteries can charge at 12 watts or higher.
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USB Power Delivery (or PD, for short) is a single charging standard that can be used all across USB devices. Normally, each device charged by USB will have their own separate adapter, but not anymore. One universal USB PD will be able to power a wide variety of different devices. Power Delivery (PD) is a specification for handling higher power and allows a range of devices to charge quickly over a USB connection. PD operates by facilitating a conversation between two devices to negotiate a power contract so they can determine how much power can be pulled from the charger.
PD technology basically enables your device to take on more power in a shorter amount of time, which translates to super-fast charging. The latest tablets and smartphones now use PD20W, taking iPhone 12 for example. Letting a mobile device take control of the charging unit, dynamically regulating it to ensure optimum charging. PD chargers usually have a USB-c port. Using cables that support PD charging is important. Many of the most popular mobile devices, including iPhones and Galaxy devices, are PD-enabled. With PD technology, if you only have 10 minutes to charge, you can get up to 20% battery life. If you have 30 minutes, you can get up to 50%!
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Increased Standard Power Levels
The biggest draw is that USB Power Delivery has increased standard power levels to up to 100W. This means your device will be able to charge much faster than before. Also, this will work for most devices and will be great for Nintendo Switch users, as there have been many complaints about it charging slowly.
Power Direction No Longer Fixed
Another great feature of USB PD is the fact that the power direction is no longer fixed. In the past, if you plugged your phone into the computer, it would charge your phone. But with Power Delivery, the phone you plug in could be responsible for powering your hard drive.
Devices Not Overcharged
Power Delivery will also ensure devices are not overcharged and will only provide the necessary amount of juice needed. While most smartphones won’t be able to take advantage of the added power, many other devices and computers will be able to.
With Power Delivery, a range of devices can share their charges with one another and power each other without hassle. Power Delivery is simply a much easier and streamlined way to go about charging all of your devices. As our phones and devices continue to use up more and more power, USB Power Delivery is likely to become more and more common.
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PD technology basically enables your device to take on more power in a shorter amount of time, which translates to super-fast charging. The latest tablets and smartphones now use PD20W, taking iPhone 12 for example. Letting a mobile device take control of the charging unit, dynamically regulating it to ensure optimum charging. PD chargers usually have a USB-c port. Using cables that support PD charging is important.
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PD is short for “power delivery”. The technology is capable of delivering up to 100 watts of power, far more than any smartphone requires. PD charge with high wattage has some significant advantages. For instance, PD charge can be used to power laptops. Apple’s new MacBooks all use PD charges, and can even be used while PD charges are charging. This means you’re getting much better performance than you’d expect from a standard USB cable.
QC is similar to PD in that a Quick Charger offers better charging performance than a standard USB. Also like the PD charger, both the charger and the device must be compatible with a quick charger for it to work. QC is short for “quick charge”, and it’s a proprietary technology developed by Qualcomm. The reason this is significant is that quick charger requires a license for use. If a manufacturer isn’t willing to pay Qualcomm’s licensing fee, they won’t be able to integrate quick charging technology. As a result, many devices that support PD charging don’t support QC charging.
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Which is faster, PD or QC? In a nutshell, it depends on your device. To begin with, there’s a difference between Android and Apple products. With Android, you’re dealing with an open standard, so your mileage may vary. Most newer Android phones support PD charging, and more than half also support QC. This includes newer Samsung models. Keep in mind, though, that this will depend on your phone’s manufacturer. If you’re using a cheaper phone like an LG Stylo, you’re still limited to Micro USB charging. This won’t allow for either PD or QC.
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While looking at various electronic devices, you may have seen the term “fast charging”. What does this have to do with PD or QC? In a word, nothing. It’s simply a measurement of how fast a battery can charge. In general, a standard 1 amp charger charges at 5 watts, which is an ordinary USB. Conversely, fast-charging batteries can charge at 12 watts or higher.
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USB-Power Delivery (PD) is a fast-charging technology based on the USB-C standard. Certain Apple, and Android smartphones/tablets and various laptop brands support the technology, which provides much higher performance than standard charging methods. The fundamental difference between USB Type-C and USB-PD is that USB Type-C is a new reversible USB connector with a small form factor, whereas USB-PD is a power delivery protocol that supports power delivery up to 100W.
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If you have a small device to plug in with a cable -- smartphones (whether Apple or Android smartphones), wireless headphones, iPad, Nintendo Switch, and so forth -- all of these chargers will almost certainly be compatible.
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USB-C PD provides up to 100W of power. With up to 100W of power available, USB-C PD can even charge larger devices, like tablets and laptops. All you need is the right wall charger and USB-C cable and leave those heavy laptop power cables at home.
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Yes. Power delivery chargers are backward compatible, meaning they will charge older devices as long as they each have the same USB-C connection type. But again, you will only get the power delivery that the older device can accept.
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Apple devices that support fast charging (recent iPad and iPhone models) all use the PD standard. It is completely safe to connect standard USB devices to a PD charger. No damage will occur as the PD charger will default to standard 5V supply and charging.
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USB Power Delivery is a common fast-charging standard that can be implemented in all USB-powered gadgets. USB-C PD charger has actually been around since 2012, around the same time that the USB-C port was unveiled. Prior to that, the only universal option was the (significantly slower) USB Battery Charging specification.
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GaN chargers as well as the RAV Power GaN Chargers, are the newest types of chargers in the market. GaN Chargers could bring several advantages over traditional ones. The most important thing is that GaN chargers are much faster, so you can use GaN Chargers to charge your devices in a fraction of the time. GaN charger uses gallium nitride instead of the more common silicon of most chargers. GaN technology makes chargers become smaller, more energy-efficient, and faster at charging than conventional charges.
A GaN charger is a charger that uses gallium nitride instead of the more common silicon in its construction. This makes it smaller, more energy-efficient, and faster at charging than a traditional charger. If you’ve ever been frustrated by your phone taking forever to charge or you’re always looking for ways to eke out a little more battery, a Sunshine GaN Fast Charger is worth getting.
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GaN refers to gallium nitride, a material that offers device producers an alternative to silicon. Specifically, GaN provides properties that silicon cannot beat in some applications. GaN chargers could offer very high wattage thresholds over typical silicone-based chargers. GaN chargers are generally more useful for devices with higher power needs. GaN chargers usually bring faster, smaller, more efficient experiences to customers if they try GaN chargers.
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Firstly, if you don’t like chargers that take up too much space, you’ll love GaN chargers. Because GaN chargers are made with a more efficient semiconductor material which makes GaN Chargers smaller and does not take up much space in your bag or purse.
Secondly, if you are always on the go, GaN charges are perfect for you to keep up with your busy lifestyle. The reason is that GaN chargers charge devices up to 3 times faster than traditional chargers. You can fully charge your dying phone in less than an hour by using GaN Chargers.
Thirdly, GaN chargers are also more energy-efficient than traditional chargers. GaN chargers use less power which is better for the environment.
Finally, GaN chargers are perfect products because GaN chargers could decrease the heat released by electronic products after keep charging them for a long time, as a result of the resistance of GaN to high temperatures. Under this situation, phones, laptops and tablets could be placed closer together if we use GaN chargers to charge them. Perhaps the biggest consumer benefit is one GaN charger to do it all as GaN chargers could charge your smartphone, laptop, or tablet at the same time just with one GaN charger.
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Absolutely, GaN chargers are probably even safer than any other charger that you've ever used before. Seeing as GaN chargers process heat better than traditional silicon chargers, it's almost like they have built-in safety features without giving up any charging benefits. When charging your electrical devices, like smartphones, laptops, and tablets, GaN chargers could prevent them from overheating which makes GaN chargers are perfect chargers for customers to use.
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While silicon transistors have a power efficiency of around 87%, GaN transistors boost this efficiency to over 95%
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Apple has confirmed to The Verge that its new 140W USB-C power adapter is the company's first charger based on gallium nitride or "GaN" technology, which allows for smaller, lighter, and more power-efficient chargers than silicon-based chargers.
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Not only are GaN transistors smaller than silicon transistors, but they can carry more power, switch faster (around 40 million times a second, roughly four times faster than silicon transistors), and they are much more power efficient.
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GaN allows the chargers to be smaller and Power Delivery allows them to deliver enough power to charge quickly. Previously, you might have had to buy an iPad charger for your iPhone to get it to charge faster than the one that comes in the box.
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They used to be made out of plastic, but hard plastics don't dissipate heat well and can even melt in extreme cases. This isn't to say plastic is inherently bad, but if you are noticing your charger is getting very hot while charging, a plastic body could be a contributing factor.
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Whether you need to replace your original charger or just want to have an extra at home or the office, you should get the Nekteck 60W USB-C GaN Charger. It will charge almost any USB-C laptop at full speed, and it will fast-charge lower-powered laptops, tablets, and most modern smartphones, as well.
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GaN chargers are more efficient and can conduct higher voltages over time than silicone chargers. GaN2 is the latest generation of GaN charging technology and offers continued improvements in power transfer, heat dissipation, and charging speed.
