#phone charger manufacturers

[hgdindia1]

As smart devices have become more and more important in people’s lives, with the gradual increase of functions, the problem of power consumption of the devices has gradually been exposed, and people have become more and more accustomed to carrying power adapters, that is, People often talk about chargers. What is the difference between this kind of power adapter and voltage regulator? The power adapter wholesale supplier will introduce it to everyone.

[offpagese0789]

Mobile Phone Charger Manufacturer And Supplier In Delhi, India

Bps Enterprises Is Top Mobile Phone Charger Manufacturer And Supplier In Delhi, India. Bps Enterprises Makes The Highest Quality Of Mobile Phone Charger.

[hardikblogger]

Buy Best Mobile Phone Charger Online at Amazing price

Buy the fastest Mobile Phone Charger from the leading mobile phone accessories manufacturers in India, Featuring a compact design by KDM India

[kdmindia2034]

How a Mobile Charger Manufacturer Meets the Demands of a Market

A Mobile charger manufacturer plays a vital role in satisfying the needs of today's consumers. With the constant flood of new mobile phone charger models and advancements in charging technology, these manufacturers must remain innovative.They continuously research and develop solutions that align with the demands of a dynamic market, offering features like fast charging, wireless capabilities, and compact designs. 

In a world where staying connected is important,  A reputed mobile charger manufacturer strives to deliver reliable, efficient, and safe charging solutions. For those seeking quality and reliability, look no further than KDM India. With a reputation for excellence, KDM India offers a range of cutting-edge mobile phone chargers designed to meet the diverse needs of today's users. Choose KDM India for your charging needs and experience unmatched performance.

[dadocercn]

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[transmutationisms]

okay so i’ve never really grasped this, might as well ask now — how exactly does the cyberspace & nft stuff mine resources? i’ve heard the basics (i.e. crypto mining uses energy and what not) but i’ve never been able to understand how internet connects to real resources. could you sort of explain that (along the lines with the spam email post) in a simpler way?

ok, put very simply: it's easy for people who only interact with the internet as users to treat 'cyberspace' or 'the virtual world' as immaterial. i type something out on my phone, it lives in the screen. intuitively, it feels less real and physical than writing the same words down on a piece of paper with a pencil. this is an illusion. the internet is real and physical; digital technology is not an escape from the use of natural resources to create products. my phone, its charger, the data storage facility, a laptop: all of these things are physical objects. the internet does not exist without computers; it is a network of networks that requires real, physical devices and cables in order to store, transmit, and access all of the data we use every time we load a webpage or save a text document.

this is one of google's data centres—part of the physical network of servers and cables that google operates. these are real objects made of real materials that need to be obtained through labour and then manufactured into these products through labour. the more data we use, the more capacity the physical network must have. google operates dozens of these data centres and potentially millions of servers (there is no official number). running these facilities takes electricity, cooling technologies (servers get hot), and more human labour. now think about how many other companies exist that store or transmit data. this entire network exists physically.

when you look at a server, or a phone, or a laptop, you might be glossing over a very simple truth that many of us train ourselves not to see: these objects themselves are made of materials that have supply chains! for example, cobalt, used in (among other things) lithium-ion batteries, has a notoriously brutal supply chain relying on horrific mining practices (including child labour), particularly in the congo. lithium mining, too, is known to have a massive environmental toll; the list goes on. dangerous and exploitative working conditions, as well as the environmental costs of resource extraction, are primarily and immediately borne by those who are already most brutally oppressed under capitalism: poor workers in the global south, indigenous people, &c. this is imperialism in action. digital technologies cannot exist without resources, and tech companies (like all capitalist firms!) are profitable because they exploit labour.

all commodities require resources and labour to make and distribute. digital technology is no different. these are material objects with material histories and contexts. nothing about the internet is immaterial, from the electromagnetic waves of wi-fi communication to the devices we use to scroll tumblr. it is, in fact, only by a fantastical sleight-of-hand that we can look at and interact with these objects and still consider the internet to be anything but real resources.

[fishmech]

The thing is if you can't afford a new computer with at least 8 gb of RAM, then you can't afford a new computer. You're just going to have to wait, or preferably buy a used computer with that in there already.

Your goal when buying a laptop for yourself or someone else is that it should last 4 or 5 years if it doesn't get broken from physical damage. This is about the usual timeframe people keep such devices these days, and you're not going to manage that if you buy something so crippled from the get-go that it's already not very usable now. So that's why you look for at least 8gb of ram, a processor not older than 2020, 1920x1080 screen minimum. These are things that are still gonna let you do stuff that isn't gaming or high res video editing in like 2029.

and ideally you get a laptop thats either uses USB-c for its default charger or allows you to charge it in at least some capacity with a high power USB-c charger.

Because then if/when your main charger breaks you can always be assured that you can get a generic USB-C charger with Power Delivery and a high enough output (many do 65 or 90 or 100 watts now, more than enough to use and charge most laptops that offer USB-c charging) and you don't have to worry about finding your manufacturer's proprietary adapter or fiddling with those "universal charger" packs and finding the right tips and voltage setting. You can just buy a $40 USB-c pd charger and it'll also charge up your other modern shit like a phone or tablet or most wireless earbuds and ereaders and all that. Thank you European Union directives on standardized power designs which products in every country are moving to now.

[mariacallous]

It’s the day after Donald Trump declared his election victory, and a tech scout for NATO is peering down at a miniature factory, the size of a shoebox, designed to manufacture semiconductors in space.

Chris O’Connor, with his black bomber jacket and military haircut, has spent the past year scouring Europe for companies that will give NATO a technological edge over Russia and China—a job that has become even more urgent in the past 36 hours as the region rushes to prepare for Trump 2.0. Here, in a gray industrial estate on the outskirts of Cardiff in Wales, he believes he’s found one.

Space Forge wants to send satellites equipped with tiny clean rooms into space, where they’ll grow semiconductor crystals before transporting them safely back to Earth.

One Space Forge satellite could eventually create enough semiconductor material to power tens of thousands of phones, estimates chief technology officer Andrew Bacon, speaking in an office overcrowded with freshly-hired staff. Bacon says he is more interested in making chargers for electric cars to fight climate change, and Space Forge’s potential to exorcize all polluting industries from the planet.

But O’Connor is here because Space Forge has piqued the interest of the €1 billion ($1 billion) NATO Innovation Fund (NIF). Manufacturing semiconductors in space, where there is no dirt, air, or gravity, has the potential to provide efficiencies that could create superior versions of military tools such as radar.

“The distance that radar can cover—translating to what it can see and how quickly it can do that—can be dramatically improved by using these materials,” O’Connor says, explaining why Space Forge was among the NIF’s first six investments to be made public.

Alongside Space Forge, the 1-year-old NIF’s investments include battlefield robots, a company manufacturing a lighter version of the carbon fiber used to build cars and rockets, and several space startups.

This is the alliance’s first foray into the high-risk, high-reward world of venture capital, using its members’ money to fund the experiment. Space Forge has never actually made semiconductor material in space. The only time the company attempted to launch its satellites, the Virgin Orbit rocket giving them a ride failed 177 kilometers above Earth before crashing into the ocean. O’Connor, one of three partners at the fund, is sanguine about the fact there is no guarantee the investments will work out. “We’ve been given a mandate to go take this risk,” he says.

Trump’s win has intensified existing concerns over NATO’s reliance on US support, which is expected to falter under the new administration. The president-elect's comments about NATO allies that do not meet their military spending targets of 2 percent GDP (for example, Italy) have been scathing. “If they’re not going to pay, we’re not going to protect,” he threatened on the campaign trail in February.

Meanwhile, Trump’s impatience with war in Ukraine—which he claims he would have “settled prior to taking the White House”—have generated anxiety that he is planning to pressure the country to cede regions to Russia. Last week, Trump ally Bryan Lanza said the new administration would be focused on restoring peace, not lost territory. “Crimea is gone,” he said. Trump’s team later said Lanza did not speak for the president-elect.

In response, many people across government and industry have been calling for the same solution: for Europe to step up. “I don’t think there’s a high likelihood that the US will pull out of NATO,” caveats O’Connor. He doesn’t believe anyone is planning for that. “It seems to be more how Europe is going to step up and play a bigger role.”

The NIF, based in Amsterdam, is one vision of how the region might do that. The fund plans to jumpstart ailing European deeptech innovation in a way that may also benefit its members and their militaries—independent of US support. The US, which already spends more on defense than any other nation, is among eight NATO members that have so far decided not to contribute to the fund.

“They obviously weighed up the pros and cons and just felt that this doesn’t make sense for the US, given their strong heritage in venture capital,” says Rob Murray, the former British army officer who was an early proponent of the NIF in Trump’s first term.

In 2019, Murray watched European states scramble in response to the former president’s NATO critiques—“too expensive” and “obsolete”—and wrestle internally to raise their defense budgets. He sketched out how a NATO bank, a defense-focused version of the World Bank, might work. But, he claims, NATO higher-ups believed the world was not ready. The idea—which continues to attract support—was controversial because it could mean rich countries end up bank-rolling smaller countries’ militaries through collective debt. Then, Murray was disappointed. Now, he appreciates his timing was off. “The geopolitics just just weren’t there for it,” he says.

Yet, the idea refused to totally die. What he describes as a “footnote” in the original pitch, suggesting “venture capital for emerging and disruptive technologies,” would eventually become the NIF in October 2021. Still, in early meetings, ambassadors balked at being asked to back the kind of moonshot companies even ordinary VCs were too risk averse to support. Yet Murray’s team persevered, believing the NIF could lead by example and persuade European investors to be more bold.

Governments became more receptive to that idea after Russia’s invasion of Ukraine in 2022. Officials were watching the use of drones in Ukraine and realizing they needed the startup community to keep up. Among them was German military officer turned startup founder Marc Wietfeld, who cofounded ARX Robotics three years ago—another company among the NIF’s early investments. The startup has been building what look like reinforced robot lawnmowers, capable of racing around the battlefield to help with reconnaissance missions or to evacuate casualties.

“We do not weaponize the robots,” Wietfeld stresses, “but theoretically, it would be possible.”

Wietfeld foresees his robots, which are being used by seven NATO members and Ukraine’s Armed Forces, as an answer to two problems. First, Europe needs a way to multiply its waning human forces to prevent being outnumbered. ARX can help because the robots are so autonomous, he claims, a single soldier can control up to 12 at once. Second, he believes the robots could save lives. “I don't want to see my kids fighting as soldiers against Chinese and Russian robots,” Wietfield says.

Catching the attention of the NIF carries the benefits of both cash and connections. The fund acts as a conduit to link European defense ministries and startups—reassuring governments the startups have been vetted and their supply chains aren’t going to become a problem if there is a trade war or conflict with China.

“Armed forces are not really used to working with startups and there’s a trust issue [around] are we really capable of scaling the systems,” Wietfeld says, adding it’s been much easier to contact governments since the NIF investment went public.

One billion euros is not enough to fix Europe, a region whose issues French president Emmanuel Macron diagnosed as a mix of strategic and economic. “We tend to think we should delegate our geopolitics to the United States,” Macron said at a meeting of European leaders in Budapest the day after Trump’s election, “and our technological innovation to American hyperscalers.” For Europe to be in a position to “step up,” the region needs to find answers to both those problems.

In theory, the NIF will become a funding model that’s self-sustaining for NATO innovation priorities, says Michael C. Horowitz, a professor at the University of Pennsylvania who worked on emerging capabilities in the US Department of Defense until earlier this year. He sees what the NIF is trying to do as part of a worldwide trend. “Governments around the world, including in the United States, have understood they need to change the way they’re interacting with the private sector if they want to be able to more effectively both harness and nurture technology development to achieve their national security goals.”

There’s no guarantee the plan will work. But for Europe, in an uncertain world, it’s a start.

[pixlh3art]

i'm recovering from surgery and therefore off my adhd meds so fuck it

Here's 4 Things That I, a Former Computer Technician, Wish Everybody Knew About Technology

I'm not a major expert or anything, but I'm certified for repairs for two of the biggest laptop manufacturers out there, have done not only several in-warranty repairs for those companies, but have also done a few at-home "sure babe I'll replace your laptop battery" repairs for friends/partners. I am also my whole extended family's designated tech support person for all things software. Here we go!

1. When you spill liquid on a device, turn it off, LEAVE it off, and bring it to a technician. Liquid damage to devices does not occur at the moment of the spill, but when electricity goes through wet/corroded transistors. It is NOT a good thing if the device "suddenly works later."

2. Every device that you have that can be used and also move at the same time (laptop, tablet, phone, etc.) has what's called an "SSD," or "solid-state-drive" for its storage. "Storage" is what you actually keep saved on the device, which is different from "memory" (a computer's ability to multitask). SSDs are great, but there's one thing to keep in mind: they really really REALLY don't like being filled to the brim. When they get too full, they essentially lose the ability to actually make any more space, even when you delete something, and that causes all kinds of software issues. Most good SSDs are programmed to prevent this, but you can still manage to screw them up if you try hard enough. Treat every SSD like it's maybe 5GB smaller than it says it is.

3. Turn your devices off every once in a while. Like, idk, maybe once a week. It's good for them. And no, restarting doesn't count, I mean turn them fully, fully off. If you're unsure as to the difference, let me put it this way: imagine you always got 8 hours of sleep, but only 2 hours at a time. Yeah - that's what only ever restarting is like. Turn your phone and your tablet and your computer fully off every now and again. It doesn't have to be for long or anything, just has to be a full shutdown.

4. If you lose the charger for your laptop, do some google research and find out the exact specifications of the charger your computer has - specifically, the wattage. I highly recommend going to the original manufacturer to buy your replacement. I know that a lot of laptop chargers can be hella expensive, but trust me, buying a cheap Amazon charger will become a MUCH more expensive problem later. If you can't get the original charger from the manufacturer, or if you can but it'll ship way too late, at least try to compare the price that they sell it for to what you purchase elsewhere - if it's anything more than like 10$ cheaper than what the manufacturer is charging, then it's suspicious.

TL;DR: if you spill liquid on something turn it off and bring it to a technician no matter what, treat every device's storage like it's maybe 5GB smaller than it says it is, turn your phone off every once in a while, and if you lose your laptop charger buy the replacement directly from the manufacturer.

People who repair devices for a living will thank you.

Oh! And back up your data. Please. I literally don't care how, just do it. Seriously.

[materialsscienceandengineering]

Indian research team develops fully indigenous gallium nitride power switch

Researchers at the Indian Institute of Science (IISc) have developed a fully indigenous gallium nitride (GaN) power switch that can have potential applications in systems like power converters for electric vehicles and laptops, as well as in wireless communications. The entire process of building the switch—from material growth to device fabrication to packaging—was developed in-house at the Center for Nano Science and Engineering (CeNSE), IISc. Due to their high performance and efficiency, GaN transistors are poised to replace traditional silicon-based transistors as the building blocks in many electronic devices, such as ultrafast chargers for electric vehicles, phones and laptops, as well as space and military applications such as radar. "It is a very promising and disruptive technology," says Digbijoy Nath, Associate Professor at CeNSE and corresponding author of the study published in Microelectronic Engineering. "But the material and devices are heavily import-restricted … We don't have gallium nitride wafer production capability at commercial scale in India yet." The know-how of manufacturing these devices is also a heavily-guarded secret with few studies published on the details of the processes involved, he adds.

Read more.

[sextoyreview]

How to Charge Rose Toy Without a Charger?

In modern life, sex toys have become a part of many people's private lives, among which Rose Toy has attracted much attention due to its unique design and powerful functions. However, sometimes we may encounter situations where the charger is lost or damaged, and how to charge Rose Toy becomes a tricky problem. This article will detail several ways to charge Rose Toy without a charger to help you continue to enjoy the fun in an emergency.

Charge with USB power cable and computer

Prepare materials A USB-A to USB-Micro (or corresponding interface) charging cable (usually a mobile phone charging cable is sufficient) A computer or laptop with a USB port

Operation steps Check the interface: First confirm the type of charging interface of Rose Toy and make sure the charging cable you prepare matches the interface. Connect the device: Plug one end of the USB cable into the USB port of the computer and the other end into the charging port of Rose Toy. Turn on the computer: If the computer is not turned on, turn it on first to ensure that the USB port is working properly. Check the charging status: Some Rose Toys will have an indicator light when charging. Observe the indicator to confirm whether charging has started. Wait for charging to complete: Depending on the battery capacity of the Rose Toy and the power supply capacity of the computer's USB port, the charging time may vary. Generally speaking, a full charge may take several hours. Notes Make sure the computer is turned on, otherwise the USB port may not supply power. Avoid using Rose Toy during charging to avoid damaging the battery or device.

Charging with a mobile power bank

Prepare materials A mobile power bank with sufficient capacity A USB charging cable that matches the charging port of Rose Toy

Operation steps Confirm the interface: Same as the above method, first confirm that the charging cable matches the interface of Rose Toy. Connect the device: Plug one end of the USB cable into the output port of the mobile power bank and the other end into the charging port of Rose Toy. Turn on the power bank: Press the power button of the power bank to make sure it is in working condition. Check the charging status: Observe the indicator light of Rose Toy or the screen of the power bank to confirm whether charging has started. Wait for charging to complete: The charging time will vary depending on the output power of the power bank and the battery capacity of Rose Toy. Notes Choose a suitable power bank and ensure that its output power can meet the charging needs of Rose Toy. Avoid charging Rose Toy when the power bank is low on power to avoid affecting the charging effect.

Charge with other USB devices

In addition to computers and power banks, you can also try to charge Rose Toy with other devices with USB interfaces, such as car chargers, USB sockets, etc. The operation methods of these devices are similar to the above-mentioned USB power cord and computer charging methods. Just connect the USB cable to the corresponding interface.

Charging precautions

Safety first: Before trying any charging method, be sure to ensure safe operation. Avoid using unmatched chargers or charging cables to avoid damage to the device or personal injury. Check the instructions: Please read the Rose Toy product manual carefully before charging or consult the manufacturer's customer service to understand the charging requirements and precautions. Avoid overcharging: Although most modern charging devices have overcharge protection, long-term overcharging may still cause damage to the battery. Therefore, it is recommended to unplug the charger in time after the battery is fully charged. Keep dry: During the charging process, please make sure that Rose Toy and the charging device are in a dry state to avoid dangerous situations such as short circuit or electric shock. Store properly: After charging, please store Rose Toy in a cool and dry place to avoid direct sunlight and high temperature environment to extend its service life.

Conclusion

Although charging Rose Toy without a charger may cause some inconvenience, through the above creative solutions and daily charging and maintenance suggestions, we can still ensure the normal use of the device and extend its service life. While enjoying the fun brought by technology, we should also pay attention to the care and maintenance of the equipment so that they can serve us better. I hope this article can provide you with valuable reference and help!

[hgdindia1]

HGD India Pvt. Ltd. is one of the leading mobile 2.4 Amp chargers manufacturers in India. We are dedicated to providing quality products for our customers and have been doing so since our inception in 2015. We use the latest technology and advanced manufacturing techniques to ensure that our products are of the highest standard and provide a reliable, efficient charging experience. Our commitment to quality has earned us a reputation as one of the most reliable mobile 2.4 Amp chargers manufacturers in India, with customers all over the country trusting us with their charging needs.

[selloldmobile]

Realme C67 5G Price, Full Specifications

realme C67 5G Price in India

realme C67 5G price in India is expected to be ₹ 12,490, and the launch date is speculated to be December 14, 2023. The mobile is expected to be available in multiple colour options.

Chinese smartphone manufacturer Realme is poised to make waves in the budget smartphone market with the launch of its highly anticipated Realme C67 5G. The unveiling event is scheduled for today at 12:00 noon, promising a host of features that cater to the modern smartphone user. The event will be live-streamed on Realme's official YouTube channel, offering enthusiasts a firsthand look at the device's capabilities.

 Display:

The Realme C67 5G is rumored to boast a spacious 6.72-inch Full HD+ IPS LCD display. With a peak brightness of 680 nits and support for a 120Hz refresh rate, users can expect vibrant visuals and smooth interactions, whether gaming, streaming, or browsing.

Processing Power:

The smartphone is anticipated to be powered by the 7nm MediaTek Dimensity 6100+ chipset. This, coupled with the Mali-G57 MC2 GPU, ensures optimal performance for graphics-intensive tasks, promising a seamless user experience.

Camera Capabilities:

The Realme C67 is speculated to feature a dual-camera setup, including a 50 MP main camera for capturing detailed and high-resolution images. Complementing this, a 2 MP macro camera is expected to add versatility to the photography experience. On the front, users can anticipate an 8 MP camera designed to deliver stunning selfies.

Software and User Interface:

Running on Realme UI 4.0 based on Android 13, the device is likely to offer a smooth and intuitive user interface. Users can expect the latest features and enhancements that come with the Android 13 operating system, providing a modern and up-to-date experience.

Storage Variants:

Realme is expected to offer the Realme C67 5G in two storage configurations - 8GB RAM paired with either 128GB or 256GB of internal storage. This flexibility ensures that users can choose a variant that aligns with their storage needs and budget constraints.

Battery and Fast Charging:

Powering the Realme C67 5G is a robust 5,000 mAh battery, providing ample juice to keep the device running throughout the day. Additionally, the smartphone is set to support 33W SUPERVOOC fast charging via a wired charger, ensuring quick and efficient charging when needed.

Disclaimer: Specifications shown may be different from the actual product. We cannot guarantee that the information provided on this page is 100% correct. Please check with the retailer before purchasing. and you have old mobile phone then sell your old Realme Mobile Phone or any other Smartphone at RecycleDevice for good exchange value.

[kdmindia2034]

KMCH365 phone charger

[dadocercn]

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[energy-5]

Navigating the Landscape: Best Apps for Electric Vehicle Owners

In the age of smartphones and constant connectivity, electric vehicle (EV) owners have a distinct advantage. There are numerous apps designed to make the EV experience smoother, more efficient, and integrated into the digital lives of users. From finding charging stations to managing vehicle charging schedules, mobile apps are essential tools for today's EV drivers.

The foremost concern for many EV owners is locating charging stations, especially during long trips. Apps like PlugShare and ChargePoint have become indispensable. PlugShare boasts a user-friendly interface and a comprehensive database of charging stations, allowing users to filter by connector type, network, and charging speed.

ChargePoint, which also operates its own network of chargers, gives users real-time information on charger availability and lets them initiate and pay for charging sessions right from their phones.

Battery management is another vital aspect of EV ownership. Apps such as MyGreenCar and EV Range Calculator help drivers to monitor their vehicle’s battery status and predict the range based on current charge, driving habits, and even weather conditions. These apps take the guesswork out of planning trips, ensuring that drivers can reach their destinations without running out of juice.

For Tesla owners, the Tesla app provides a sleek, integrated experience with features such as remote climate control, location tracking, and the ability to check charging progress. It even allows for keyless driving.

For non-Tesla EVs, many manufacturers offer their own apps with similar features, like the NissanConnect for Leaf owners or the OnStar app for the Chevrolet Bolt. Smart charging is an area where apps like JuiceNet and ChargeHub come into play. These platforms offer the ability to schedule charging sessions during off-peak hours when electricity rates are lower. This not only saves money but also helps to reduce the strain on the electrical grid, contributing to a more sustainable energy consumption pattern. Community interaction and shared experiences are also a key part of the EV lifestyle.

Apps like A Better Routeplanner (ABRP) not only help in planning efficient routes but also allow users to share tips and tricks with the community. For the eco-conscious driver, apps such as Carbon Counter can track the environmental impact of driving an EV as opposed to a gasoline vehicle, offering tangible metrics on CO2 emissions saved.

To address the financial aspect of EV ownership, apps such as EVgo and EVPerks partner with charging networks to offer discounts and loyalty rewards. This can significantly lower the cost of ownership by providing deals on charging, as well as other EV-related products and services.

Lastly, the integration of EVs with smart home ecosystems is growing in sophistication. Apps like Home Connect and SmartCharge allow EVs to communicate with smart home devices, enabling owners to manage their vehicle’s charging alongside their home energy usage.

This level of integration is pushing the boundaries of what it means to be an EV owner in a digitally connected world. Whether it’s about practicality, savings, community, or environmental stewardship, there’s an app to enhance every aspect of the electric vehicle experience.

As the EV market evolves, we can only expect this digital ecosystem to grow richer and more integrated, smoothing the journey for EV owners even further.