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Speaking of which, today we’ll be taking a look at an easy-to-use Qi wireless charging pad from Choetech. Similar to one that we reviewed in October, this charging pad is compact and a rounded square shape. It does support fast charging for a select two devices which you’ll learn about below. Let’s take a closer look.What’s in the Box
Along with this Qi wireless charging pad, you get a micro-USB cable and a small manual. There’s also supposed to be a “quick charge 2.0 adapter” (according to the manual), but I did not see that in the box.
To reiterate, if you have a device that does not support Qi wireless charging, you’ll need to get your own receiver (which is what I have to use) so that you can use the charging pad.Setup and Usage
The Choetech wireless charging pad needs to be connected to the micro-USB cable in order to work. So, you’ll either need a 1.5A or 2A USB adapter (to connect the micro-USB cable) or an available USB port on your laptop, a USB hub, a USB charging station, etc.
When you first plug it in, the LED indicator on the front will flash three times and remain on for five seconds, letting you know that it’s connected and working.
You’ll want to be sure that the pad is on a flat, sturdy surface since you need to have your device laying flat to charge. There are rubber feet on the bottom of the charging pad to keep it from slipping or moving around.
It’s also suggested that you remove your case (if you have one) before using the charging pad – especially if it’s a thicker case. You want to be sure that the distance of the transmitter coil and receiver coil do not exceed 5mm, or else it will slow down the charging speed or even lead to overheating.
When you put your device on the charging pad, the LED indicator will remain on; it will either be green or blue. The LED will turn green when fast charging or blue when standard charging.
For fast charging, you will need to have a Galaxy Note 5 or S6 Edge+; they’ll get fully charged (from 0%) in about 2 hours using this charging pad. Yes, there are other devices that support fast charging; unfortunately, with this charger, those are the only two devices that will actually charge at a fast speed.
There are a few LED signals you’ll want to familiarize yourself with when using this charging pad:
Blue LED flashing quickly: power connected.
Solid blue or green LED: charging mode.
Blue LED becomes dark: change in ambient light.
Blue LED turns off: charging completed or in standby.
Some devices, for sure, will need a wireless receiver case or card to be used with this charging pad. Those devices are Samsung Galaxy Note 2/3/4, Samsung S3/S4/S5, iPhone 4/4S/5/5S/5C/6/6 Plus, Nokia 720/820/925, LG G3/G4. Other basic and older devices are also sure to need a receiver.Final Thoughts
This is a very simple and functional charging pad that works great and doesn’t take up too much space on your desk or a table. The charging pad does get a little warm when in use for awhile, but this is normal; it doesn’t get extremely hot or overheat.
Charging times will vary based on your device, but my basic Kyocera Android smartphone usually only takes 60 to 90 minutes to charge up from around 20 to 30% (I don’t usually let my battery fall below that).
Choetech Qi Wireless Charging Pad
Charnita has been a Freelance Writer & Professional Blogger since 2008. As an early adopter she loves trying out new apps and services. As a Windows, Mac, Linux and iOS user, she has a great love for bleeding edge technology. You can connect with her on Facebook, Twitter, Google+, and LinkedIn.
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Wireless charging lets you charge up your gadgets without having to plug in a USB cable. It’s pretty neat, but how does it actually work? Why even bother? What are the downsides?
We’ll tackle everything you need to know about how wireless charging works right here. Soon you’ll forget what all that wire clutter was like!
Table of ContentsA Matter Of Induction, My Dear Watt(son)
Generally, wireless chargers use a property of magnetism and electricity known as “induction” charging. Basically, electric current is converted into a magnetic field. This field then induces an electric current in the device you want to charge.
That’s a bit of an oversimplification, but it’s essentially what happens in the wireless charging process. There are two coils, one in each device, that convert the energy from one form to another.
This is the most common form of wireless charging you’re likely to find in personal gadgets such as smartphones or smart watches. Induction charging only works over very short distances. Usually 10mm or less. So although the power is “wireless” you usually need to set the device down on some sort of charging pad for the power to flow. Induction chargers such as these use low frequency signals to move power from the charger to the device.The Resonant Alternative
It’s a futuristic idea, but electrical pioneer Nikola Tesla was doing it more than a century ago. Had history gone in a slightly different direction, wireless electricity might have been the standard way of doing things today.A Two-Horse Race
There are different approaches to how wireless charging works, each with their own pros and cons. Different companies have different visions as to how we all want to use wireless power in daily life. This has given rise to multiple standards for wireless charging and, as you’ve probably guessed, these standards don’t inter-operate.
Qi wireless chargers use the short-range induction method and this is what you’ll find in most personal devices that charge wirelessly.
The AirFuel standard uses the long-range resonant method and you’re not likely to find it built into your gadgets quite yet. However, you can buy special charging cases for smartphones that add AirFuel capability to them.Faster! Faster!
One thing you may notice about wireless charging, regardless of the standard, is that they don’t offer that much power. Fast-charging has become pretty much the standard when using a cable. Modern USB-C smartphones and laptops can often accept anything between 40 and 60 watts. Using USB-C Power Delivery, you can actually move 100W of power over a USB-C cable, but not current lithium ion batteries in a phone can accept that.
Qi or AirFuel chargers don’t offer nearly as much power, but both standards are evolving. At the time of writing, 40W wireless fast charging has started to enter the market and AirFuel hopes to reach 100W at some point in the future. We can also expect battery technology to improve, making it easier to charge devices more quickly.
However, as of right now, one major downside of wireless charging is that it’s slower than using a direct wire connection and it can’t actively power devices that need even a moderate amount of power to work.One Charger To Rule Them All
So anyone with a Qi device can simply put it on your pad and charge up. That’s cool, but the real killer feature is the ability to charge multiple devices on the same charging pad at the same time. You need a charger with one coil for each device you want to charge.
For example, “triple chargers” have three coils and therefore three charging spots. You can put three devices next to each other and have them charge at the same time. That can be a pretty elegant solution. For example, if you place a triple charger on a side table in your living room, it’s a central place where people can put their devices.Devices That Only Charge Wirelessly
Most devices that charge wirelessly, such as smartphones, also give you the option of wired charging. However, there are some devices that only let you charge them wirelessly. Smartwatches are one example of this and when you think about it, it makes sense.
If you want to create a device that’s truly dust and waterproof, having a bunch of ports can be a pain. Not to mention that small devices such as wireless buds or smartwatches often don’t have space for standard connectors anyway.
How does wireless charging work on larger devices? While there are as yet no phones, tablets or laptops that we are aware of with exclusive wireless charging don’t assume it will never happen. A completely sealed device that uses only wireless communication and charging would open up new doors when it comes to ruggedization and design.Phones & Power Banks That Provide Wireless Charging
Wireless chargers themselves have gone wireless in the sense that you can now get power banks and even smartphones that can charge devices wirelessly using the Qi standard.
Smartphones such as the Note 10+ have a feature known as “Wireless Powershare” and it’s very handy for charging devices such as wireless earbuds or smartwatches. Wireless power banks are of course also useful for that use case, but it also brings up the interesting possibility of sticking your phone to the power bank and temporarily using it as one cable-free hunk.A Wireless Future
Short-range Qi induction charging is certainly here to stay, but we’ve seen some impressive demonstrations of long range charging using the resonance method. Fitting an LCD TV with a receiver coil, simply bringing it within range of another coil installed within a wall will power it on.
With both power and data transfer possible wirelessly, there are new avenues product designers can take. We might be heading for an interesting future of devices that always have power, don’t need to be opened and in some cases may no longer need batteries to operate.
Of course, it will be some time until long range wireless power becomes the norm. You can certainly expect quite a bit of pushback as well. There’s already plenty of (usually unwarranted) concerns about electromagnetic radiation technologies such as 5G causing health issues or environmental problems. We expect the same sorts of complaints to arise when long-range wireless power transmission becomes more common.
FLI Charge promises universal, painless wireless charging
Until that day in the future when smartphones are safely powered by nuclear energy or whatnot, charging mobile devices will always be a fact of life. Various technologies and products, like wireless charging, are being put in place to at least make that as painless as possible. Fancy and ideal as that might sound, wireless charging is still fragmented and inefficient. Enter FLI Charge, a system that aims to leapfrog over the competition, embracing all types of devices and power needs. All through the proven technology of conductive wireless charging.
Of the two types of wireless charging, inductive charging is actually the one that is more popular, at least indirectly. It is the technology used by the competing Qi and PMA wireless charging standards. It is also probably the one that closely matches what one imagines to be truly wireless charging, riding on electromagnetic fields to course power between charging pad to device.
But there is another kind of wireless charging called conductive charging. But while it does do away with wires and cables, it requires physical contact between conductive materials, usually metal, from the power source to the recipient. This is usually implemented as contact points or pogo pins on devices that implement it. At the expense of having to maintain that contact, conductive charging is able to deliver power in the same rate and amount as you would a wired connection.
FLI Charge takes that power efficiency of conductive charging and adds to it the freedom of inductive wireless charging. Of course, there’s a trick to that, and that trick is called the FLIway and the FLImod. The FLIway is really just a rather funny name for the FLI Charge’s charging bed. But like a freeway, it does have lanes that carry positive and negative current across the surface. The other half of the magic act is the FLImod chip that connects to and regulates the amount of electricity sent to a device. The way the FLImod is designed, it is able to keep contact with one negative and one positive lane, completing the charging circuit.
By now, you might have noticed a catch. You will need your smartphone, tablet, or whatever to have a FLImod to charge on the FLIway. Which means, at the very least, having to wear a case. That is already the case, no pun intended, with smartphones that don’t natively support any sort of wireless charging, like all iPhones. But for some like the Galaxy S6 and S7, it’s going to be a bit overkill. But the system does have merits, in that it isn’t exclusive to these high end smartphones. In fact, any device that charges via USB or micro USB can wirelessly charge on the FLIway. Well, somewhat. In addition to the FLIcase, there is also a FLIcube and a FLIcoin. The former is just a petite box that can sit on the charging bed and is then connected to a device via a USB cable. The latter is simply a rollable, circular counterpart, but for micro USB ports instead. Yes, there will be some amount of wires involved, but at least they won’t end at wall sockets.
Wireless charging for any USB device with the flexibility of inductive charging but the speed of conductive charging. That’s basically the promise that the FLI Charge system is trying to make. Now to see if they can actually deliver on it. The FLI Charge is currently still on Indiegogo, though it has sufficiently exceeded its $100,000 goal, with 17 days to spare. Shipping is estimated to take place in October. The FLIcases sadly only support the iPhone 6, 6s, 6 Plus, 6s Plus, Samsung Galaxy S6, S6 edge, S7, and S7 edge. Backers, however, can opt to swap those cases for two FLIcubes instead.
Here comes the price of Oscal Pad 10The brief specification of Oscal Pad 10
It’s a captivating portable experience ,that matches users’ everyday lifestyles and budgets. And it is ready for entertainment joys, efficient work, and convenient productivity.Go for Unparalleled Entertainment Joys
Oscal Pad 10 is built around a 10.1-inch vast display with 1200*1920 pixel resolution. With a wide display, users will have an immersive visual experience of vivid content, while playing games and watching videos. The Widevine L1 Support renders cinematic fun giving users a 1080P viewing experience at Disney+, Amazon Prime Video, and Hulu.
The Smart-K Dual Box Speakers provide a rich soundscape with unparalleled detail, depth, and realism. Whether users are streaming a favorite show, gaming with friends, or catching up with family on video calls.
The battery of Oscal Pad 10 has a 6580 mAh capacity, which allows users to use the phone for a whole day with ease. With its mega battery, it can last for 15 hours of music, 20 hours of phone calls, and 432 hours of standby. In addition, it carries 10W charging power that can bring a dying battery back to life quickly.Gizchina News of the week Higher Efficiency for Everyday Tasks
UNISOC T606& PC Mode & Wireless Keyboard and Mouse & 8MP+13MP Cameras
Pushing the boundaries of what’s possible for work on the tablet, the Oscal Pad 10 combines the PC Mode with a wireless keyboard and mouse support. By simply opening PC Mode from your Oscal Pad10, it gives you PC-like experience to supercharge your workflow regardless of the task. With wireless keyboard and mouse support, it instantly transforms your tablet into a working laptop. Making your on-device working experiences just get so much easier with more precise editing and more convenient operating.
Oscal Pad 10 is true multi-functional productivity and creativity powerhouse packed with a 13 MP + 8 MP dual camera lens. With an 8MP front camera powered by a Samsung®5K4H7 sensor, it is capable of taking decent selfies and video calls for online meetings or catching up with your friends. The 13MP Sony®IMX319 rear camera has been specifically developed to showcase the strongest performance in taking photos or scanning documents.
Designed expressly for the new era of performance, Oscal Pad 10 carries an Octa-core UNISOC T606 processor with high performance and low power consumption. Which will be fully operational at its maximum capacity, delivering a faster and smoother experience without frustrating lagging. It is equipped with up to 14 GB RAM (8GB RAM+up to 6GB Expansion) and 128GB ROM with support of 1TB TF card extension. Which increases the processing frequency, consumes less power, starts apps faster, and runs multiple apps more smoothly.Boost Convenience to Amp Up Your Productivity:
Doke OS _P V3.0
Oscal Pad 10 is launching with Doke OS _P V3.0 on top of Android 12 out of the box. We are getting some fundamental features in it as well. Such as Versatile Desktop for grouping apps together, dismissing folders, locking desktop layouts, or customizing icons with a breeze. Feature like Smart Floating Windows is designed to let users fully experience real convenience with Smart Sidebar, Minus One Screen, and Control Panel. In terms of app opening, Oscal Pad10 is equipped with Smart Pre-Loading, resulting in an improved average app-launching speed of 30%. Users can enjoy Pristine and Inspiring Themes to a more appealing level with Thumbling, Rhythm, and Aurora.Other Highlights
Oscal Pad 10 supports dual 4G which allows users to surf the Internet while making phone calls. Additionally, it supports facial unlock, which allows multifactor authentication for added security assurance. With the 4-in-1 Navigation system, you never have to worry about getting lost because it will find your location quickly.Price and Availability
Wireless Printers Compatible With Windows 10/11 [2023 Guide]
After Windows 10 made its debut back in 2023, some compatibility issues emerged. Especially with the older printers or similar peripheral devices. Since the printer is an essential part of the working environment and even for a home use, it may be the perfect time to consider upgrading.
In addition, since the tech world levitates toward mobility, why not using printers that can use Wi-Fi networking and, additionally, support Windows 10? For that purpose, we enlisted a few of the best printers in their respective categories that should give you an insight into what’s actual at the moment.Best wireless printers compatible with Windows 10 Brother HL-L5200DW (recommended)
Brother, the manufacturer from the USA, offers a great variety of amazing printers, fax machines, all-in-one’s and so much more. One of their best critically acclaimed wireless printers is HL-L5200DW. This is the medium sized but quite reliable and powerful monochrome laser printer that will perfectly suit workgroups or individual users. And foremost, this printer is great for wireless printing and supports Windows 10, of course.
These are the main features you should take into consideration before you make your choice:
Flexible paper handling with up to 1340 paper sheets.
Long lasting cartridge goes up to 8000 printed pages.
Automatic two-sided printing that cuts your paper usage substantially.
Built-in Wireless 802.11b/g/n network.
Mobile device printing via various smartphone apps.
Advanced security features that put you in complete control of usage and restrictions.
Print up to 42 pages per minute.
Supports Windows 10.
Buy it now on AmazonDell Printer – E310dw
Dell has been a leader in this niche for ages. It’s hard to find so well-balanced ratio between quality/performance and price with any other manufacturer. And the E310dw is here to confirm that claims. This is a small and affordable, but quite amazing printer that is fast, reliable and easy to use, even via wireless instead of LAN connection. And, what is most important, you can run it on Windows 10 without a fear of missing driver support or other common issues you may encounter with some older printers.
Feature-wise, this is what you can expect from Dell Printer – E310dw:
With the DellTM Printer Easy Installer tool, you can start printing in a few minutes.
Dell Printer Hub enables you to connect to cloud services and keep your printer’s firmware always up to date.
Print 27 pages per minute.
Print on the go with smartphones and other portable devices.
Supports Windows 10.
Buy it now on Amazon
If you’re interested in other printers, check out our wide collection of guides.Canon Selphy CP1200 Wireless Compact Photo Printer
These are the main features of the Canon Selphy CP1200 Wireless Compact Photo Printer:
Print up to 4 x 6″ photos of great quality.
2.7-inch touch screen for improved accessibility.
Dedicated Wi-Fi button for automatic printing via the wireless network.
Prints around one photo per minute.
SD Card and USB Flash Drive Compatible printing.
The optional battery makes it completely perfect for printing on the go.
Image editing features accessible through touch screen.
It uses Apple’s AirPrint, PictBridge, Canon PRINT, and Canon’s SELPHY App and Direct Acces.
Supports Windows 10.
Buy it now on AmazonEpson Expression Home XP-430
Small-in-one printers are getting more and more popular because they’re well-designed units that do everything you would expect from a much larger All-in-one printer. Epson has done a quite astonishing job with the XP-430 that’s just that: space-saving, reliable and multi practical device. It’s great for home ambients and more than affordable considering that it does basically everything.
These are the key features of Epson’s Expression Home XP-430:
The All-in-one device, that can print, copy and scan.
Holds up to 100 sheets of paper.
Wi-Fi and Wi-Fi Direct.
Smart Setup lets you connect and start printing within minutes.
The abundance of free printing apps for portable devices.
8.5 pages per minute.
Supports Windows 10.
Buy it now on AmazonEpson WorkForce Pro WF-8590
The last (but not least) spot on this list is reserved for an expensive and multi practical monster of a printer that is the WorkForce Pro WF-8590. If you’re a professional running an office or workgroup, this should be an amazing solution when it comes to MFP (Multifunction Printer). Even though this is an inkjet printer, it doesn’t fall behind laser printers in any category. It’s quite there at the top with another premium table-sized, all-in-one color printers.
When it comes to distinctive features, this is what you can expect from Epson WorkForce Pro WF-8590:
All-in-one multifunction device.
Can take up to 330 sheets of paper.
Low price compared to others with the same capabilities.
Wi-fi and Wi-fi Direct.
Prints 1.7-by-16.5-inch pages with the main tray and 13-by-19-inch pages with multipurpose tray.
Cloud and smartphone support for printing on the go.
Print over email feature.
Prints 12.5 pages per minute.
Support Windows 10.
Buy it now on Amazon
With that, we concluded this list. We certainly hope you’ll find something to your liking and needs.
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Not only did Apple spend a ton of money and time in the research leading up to its proprietary reversible Lightning cable for charging, but they’ve also made the software that handles charging your iOS device intelligent too.
Nevertheless, charging your device can sometimes be followed by some frustrating problems, and they’re all too common. In this piece, we’ll go over some of those problems charging iPhone and iPad, and what you can do to troubleshoot them.Common problems when charging iOS devices
When it comes to iOS devices, there are a number of issues that can arise. I can honestly say that I’ve experienced every single one of the issues I’m about ro cover, and as a result, I’d assume most of you have experienced at least one or more of the issues outlined below:
Device won’t charge
Device is charging slower than expected
iPad displays a “Not Charging” indicator in the Status Bar
‘Accessory not supported’ pop-up messages get displayed
If you’ve ever had any of these problems charging your iPhone or iPad, you’ve come to the right article, because we’ll be talking about how to troubleshoot these issues and get your battery all charged up for a day’s worth of use.What to do when your device isn’t charging
I’ve had scenarios with Apple’s OEM Lightning cables simply don’t get recognized by my iPhone or iPad when I plug it in, as well as with third-party Lightning cables. It seems to be some kind of fluke, but typically is pretty easy to fix.
Re-seat the Lightning cable – If you plug in a cable to charge your device and your Status Bar doesn’t seem to recognize that the device is connected to power, try unplugging and plugging the cable back in again. Sometimes the electrical contacts on the Lightning cable wear out over time and they simply don’t get a good bite on the Lightning connector in your device.
Let it charge for a bit – If you’ve plugged the device in and the screen is completely black, the battery might just be too dead to show anything, so try giving it 30 minutes to an hour to see if anything comes up on the screen after the battery has some time to collect a little juice.
Possible Lightning port damage – Other times, you might have a damaged Lightning port and the Lightning cable isn’t getting gripped tight enough. In this scenario, there is too much play and the contacts can’t stay seated for the device to charge. You may need to contact AppleCare to resolve this problem, and it usually comes from over-using your port or from being hard on it.
Clean the junk out of your Lightning port – Your lightning port could just be full of lint and dirt that is keeping your Lightning cable from being plugged in all the way. Try to remove the junk with a nylon or wooden toothpick (non-conductive), but don’t use anything metal like a paperclip, as this could cause electronic damage in the event of electric or static discharge.
Possible Lightning cable damage – Just like the port itself, the cable may have sustained damage. Apple’s cables aren’t exactly known for having durability built into their design. They’re thin and the part of the connector where the wire meets often gets damaged. Look for signs of tears or frays in the cable.
Bad power outlet – If charging with a power outlet, it may not be providing electricity. If charging with a USB port on your computer, the same could happen. Try a new power outlet or a new USB port.What to do when a device is charging too slowly
In some cases, the problems charging your iPhone or iPad might not be with the device not charging at all, but rather with the device charging too slowly. Here are some things you can try in this scenario:
Check for cable damage – A charging cable with damage may be resulting in a slower charge. There is a certain amount of conductive metal in the cable, and when any part of that metal gets frayed, the volume efficiency is reduced and the amount of electricity that can travel through the wire is reduced, which may lead to less power getting supplied to the device.
Check for port damage – With a visual inspection, make sure that none of the contacts in the Lightning port are damaged. Also, look for any signs of dust that may be blocking critical contacts and try to fish them out with a nylon or wooden toothpick (non-conductive).What to do when the Status Bar says “Not Charging”
Sometimes when you plug in an iPad, which requires a higher power output to charge, and the charging accessory you’re using doesn’t support the higher amount of power output, your iPad might display the words “Not Charging” in place of the battery percentage. Here are some things you can do to fix this:
Use a higher-power USB port – Computers often have both high-power and low-power USB ports on them. On PCs, it can he hard to tell the difference, so you’ll have to refer to your computer’s manual, or contact the manufacturer. On modern Macs, USB ports support higher power output, so you shouldn’t really ever have this problem when using your Mac to charge an iPad unless it’s a dinosaur.
Avoid USB adapters and USB hubs – If you’re using USB adapters and/or USB hubs for your computer to give it more USB ports, these hubs may not have the capability of supplying as much juice as the raw USB port from the computer itself can. Avoid using hubs or ports on your keyboard when you intend to charge your iPad.What to do when iOS says your accessory isn’t certified
If you ever get strange pop-up alerts on your iPhone, iPod touch, or iPad when you attempt to charge it with the inexpensive Lightning cable you just bought from Walmart, Ebay, or Amazon, you’re not alone. After all, Apple’s OEM replacements are expensive, and third-party cables are cheaper.
The only problem with this is Apple has a little chip inside of the cables that the iOS device communicates with and it tells the device whether or not the cable is ‘Made for iPhone’ or MFi certified. If it’s not, you may get these little error messages every so often, and the wording sometimes varies depending on the scenario.
Here’s what you can do:
Try re-seating the Lightning cable – I’ve had luck simply un-plugging and plugging the cable back in again. Although I sometimes get these messages, simply dismissing them and proceeding anyway tends to work most of the time (not all the time).
Use an OEM Apple Lightning cable – If you have an OEM Lightning cable, use it instead. The pop-up is appearing because the cable isn’t made by Apple and this makes Apple cranky. Avoid third-party Lightning cables and USB adapters unless you have no real choice, as they can actually cause damage to the battery.
Reboot your device – Sometimes simply rebooting your device can wake the device up from its MFi hypnosis. Try this at least once if the pop-up isn’t going away.
Clean your Lightning port – Sweep away any dust or debris that might be hindering communications in your Lightning port. As recommended earlier, use only a nylon or wooden toothpick, as these are non-conductive and won’t short anything out.
Contact AppleCare – If the device continues to have issues, and you’re using an OEM Lightning cable, you may need to contact Apple support. It’s rare that an OEM cable isn’t recognized, but it’s not impossible; it has happened to people before. Sometimes the Lightning cables are just defective from the factory.Conclusion
Hopefully you’ve been able to sort out the problems charging your iPhone or iPad after following some of these tips.
Charging glitches are far from uncommon on Apple-branded mobile devices, and I’m not saying they’re uncommon on other brands of mobile devices either, but from my experience I’ve had trouble with almost everything on this list at least once in my life. Nevertheless, it’s usually always something really stupid and easy to fix.
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