#Smartphone Data Cable

[gotunez1]

Buy Data Cables at Best Price in India: Tunez Data Cable

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[takaraphoenix]

I'm going to sound really old and really angry here for a moment.

I just bought a new smartphone. Second smartphone of my life. The first one has served me well for the past decade. The only reason I am buying a new one is because the battery runs out too fast by now, like, when I intensely read fics on it, it will be empty in four hours.

First point that makes me angry: The fact that I have to buy a whole new device just because the battery is giving in. This is an electronic device! You should be able to open it up, take out the faulty battery and put in a new one!!

Don't tell me they changed battery shape or whatever that much in the past ten years. Normal-ass batteries are still the same as they were when I was a toddler 30 years ago, why the fuck are phone batteries special little snowflakes that changed oh-so-much that they are not available anymore for this model. That's unreal, that's bullshit.

So I bought this new phone. And I had to buy a motherfucking adapter so I can plug it into a damn socket to charge it. Separately. Because the fucking phone only comes with a ~cable~. What for? What am I supposed to do with just a cable? When I buy an electronic device that runs on an internal battery, you ought to provide me with the means to charge that shit up and charging happens in a damn socket. Don't make me go and buy a separate adapter to do this, what the actual hell.

And oh look, number two and number three are about adapters!

I CAN'T PLUG THIS PHONE INTO MY COMPUTER/LAPTOP??? My old one needed an adapter for charging too, but at least the damn cable fit into a normal USB port so I could... put music on it and get my pictures from my phone onto my laptop? What in the seven hells even is that damn plug? It is the same shape on all ends what am I supposed to do with this double-sided dildo, let two phones have sex? This is unhinged levels of uselessness.

Do I now have to buy a second, different adapter so I can put media onto the phone and get media off the phone? Are you for real? Are you truly making these things in the most ridiculously useless forms now to force your customers to buy max number of additional other shit?

Now, fourth point of anger: WHERE IS THE HOLE FOR MY HEADPHONES ARE YOU FUCKING WITH ME? This only has one hole. Am I... What... What do I even do with that, like, I am genuinely at a loss about this part. Do headphones exist with plugs that... that fit into the charging port on the phone...? Do I have to buy new headphones now?

All of this makes me so tired and so mad and I haven't even turned the fucking phone on yet.

This shit should just straight-up be illegal.

Devices that can play music/sound used to all have normed holes for your headphones. Removing that hole from a device that is, by now, primed to play videos, music and for you to have phone calls on should actually not be allowed.

Making devices that require charging, when the act of charging is and always has been the act of plugging said device into a damn socket, without providing you with the means to plug the device into a damn socket, should not be allowed! You should not need to buy a separate piece of equipment for that!

And I don't even have words for why they would change the shape of the cable in a way that makes it hostile toward computers and laptops. Like. What even is that why is that what do I do with that. This used to be USB, for the very normal obvious act of transferring data, now it's just... useless.

(EDIT: Okay I have found a never-used-before hole in my laptop that fits. But still. Good fucking gods. Why invent a new shape at all. USB has been working very well for a very long time. Why make things more complicated.)

I hate it here. I absolutely hate it here. Capitalism leading to this throwaway consumerism where things need to be replaced as a whole when one individual part breaks and where you have go go "and also I need these three separate, different items that I have to buy additionally just to use the first device". This is hell. We live in hell and I hate it here.

[thebreakfastgenie]

We did, in fact, have 24/7 access to tv and YouTube before TikTok. And plenty of ‘slop’ being pushed on those platforms. The reason you don’t find the new generation of slop engaging is because you’re not a child anymore and have more discerning taste. Nothing new is actually happening

I didn't find my generation of slop engaging either I've been an elitist media snob since birth.

We did not, in fact, have 24/7/365 access to TV and internet before smartphones. We were limited by being in a room with a TV or computer and a cable or internet connection. Nowadays most teens and adults (and quite a few children) in the developed world have smartphones and cellular data networks extend to most places. There is no escape from an endless stream of content. Also TV and YouTube weren't necessarily intellectually stimulating but short-form video content is processed differently and has a different effect on the brain. A constantly available stream of endless short-form videos selected by an algorithm for the express purpose of keeping users scrolling is new. It's the same type of thing that happened with previous technological advances but on an exponentially greater scale.

I don't think smartphones or social media or even mindless slop are inherently bad, it's the way those things are being used by corporations, because if we all had a healthy level of social media use it would make companies like ByteDance and Meta less money than if we were all addicted to doomscrolling. Companies getting us addicted to their products to the detriment of society because it's more profitable for them isn't new either. But recognizing it's happening is the first step to doing something about it.

[blubberquark]

Almost Good: USB-C

As of this year, USB-C is mandatory in the EU. All phones must charge via USB-C. This is good, right?

Well, almost. It's a step in the right direction, but it won't solve everything.

All that is meant by USB-C is the shape of the plug and the port. The USB type C port can be used for USB 2.0, USB 3.1, different fast-charging technologies like QC, PD, and other protocols like HDMI, DisplayPort, and thunderbolt. USB-C ports can be used with all kinds of devices, cables, adapters, protocols, and drivers. Some use only a subset of the pins, or use the same USB-C port with a different pinout. Now in theory, the EU directive is also supposed to standardise chargers and fast charging technologies, forcing sellers of phones to clearly label what kind of charger a phone needs.

In practice, you may already have chargers and cables that are incompatible with each other, or get downgraded to 5W trickle-charging and USB 2.0 data transfer speeds.

In practice, you may have a USB-C power bank and a smart phone, and you might accidentally charge your power bank from your phone, instead of the other way round. I saw it happen, albeit not to a programmer. Relatives of mine had cheap USB cables melt, and they were confused about USB-C to HDMI adapters. Are those passive adapters, or active components? Are USB-C to USB-A host adapters passive or active? Are USB charging cables active? Why do all kinds of things stop working when you use a USB-C extension cable?

I know the answers, but normal people don't. It's not the fault of the EU that people are confused about USB, or that the USB-C port is used for things that aren't USB, that smartphones don't have drivers for eGPUs, or that cheap USB cables you bought at the dollar store aren't made to provide 240W of power to gaming laptops.

In practice, USB-C is almost good.

[anarchblr]

"Many comrades cannot grasp the technological components of colonialism (or rather they ignore them deliberately), remaining perplexed at a perspective based on the urgency of utterly annihilating techno-domination and the tech industry. If you talk to them about the connection of technologies to power, they respond with the supposed neutrality of these technologies and that they can be decoupled from the very logic of power which developed and produced them.

Such a perspective ignores that the entire framework of fundamental technologies which have today entered into all fields of social life stem from military research, and that colonialism, historically and presently, has a strong technological component. It is in fact a cornerstone. The process of colonization developed over centuries, always adding new technologies as soon as they developed. These technologies are based not only on the exploitation of people in the Global South and their lands, but were and have always been unleashed against the 'enemy' or tested in the colonies, until they finally make their way into the empire itself.

With the aid of the British colonies, undersea cables enabled telegraphic communication in service of the British Empire. New developments in record-keeping, archiving, and organization of information were first utilized by the US military intelligence service during the conquest of the Philippines. Governments today work together with tech-giants to enable widespread surveillance and control of their own people. This is first tested in the global south. Microsoft offers a solution for police vehicles with facial-recognition cameras that was launched in Cape Town and Durban, South Africa. The 'Command-and-Control Surveillance Platform' named 'Microsoft Aware' is utilized in Brazil and Singapore. Microsoft is also heavily engaged in the prison industry. They offer a variety of software solutions for the penal system, covering the whole process. In Africa they have gotten together with a firm named Netopia offering a 'Prison Management Software Platform,' including 'escape management' and prisoner analysis. Countries in the global south also offer an abundance of cheap laborers for technological processes and tech giants. These includes data annotators for artificial intelligence, call center workers, and content moderators for social media giants like Facebook. They clean disruptive content from social media feeds and are often left psychologically damaged.

Over centuries, imperial powers have tested technologies for the surveillance and control of their own populations on foreign populations; from Sir Francis Galtons pioneering work on fingerprinting, which occurred in India and South Africa, all the way to America’s combination of biometrics and innovations in the management of statistics and data, which constructed the first modern surveillance apparatus to pacify the Philippines. The wide collection of surveillance technologies used in the Philippines offered a testing site for a model that was finally brought back to the United States to set against the dissidents in its own country. High tech surveillance projects by Microsoft and their partners suggest that Africa will continue to be serve as a lab for carceral experiments.

The technological component of colonialism also reveals itself in the ways and means by which people in the Global South are exploited for menial and dangerous work as their lands are destroyed, just to provide supposedly necessary technology. Thus Congo supplies more than 70% of worldwide Cobalt, a vital raw material for the batteries used in cars, computers, and smartphones. As for Lithium, the biggest reserves are found in Chile, Argentina, Bolivia, and Australia. Out of these, Australia is less attractive because the workers there earn dramatically higher wages. The actual process of mining the raw materials often has negative consequences to the health of the workers and their surroundings. To eradicate colonialism, its causes, main actors, and processes must be clearly and plainly illustrated and linked. There must be no illusions: an anti-colonial struggle must inevitably align itself against the tech industry if decolonization is to live up to its name."

-Elany, "Tools of Anarchism, Part 2: On Decolonization (and the Technological Components of Colonialism)"

[thecglcatalog]

Watch the Birdie Surveillance and Training Options

Prevent your dear little bird from spreading its wings too far with these helpful control tools for the age-regression nursery.

Follow-Me-Birdy Pull Toy. Baby will never guess that this classic toddler plaything hides a GPS tracking device! Cute wooden bluebird on smooth-spinning rubber wheels has a dainty little wrist-loop leash. Snug the strap around slave’s pudgy wrist and snap its buckle closed so little one can’t lose their toy … and it can only be released then with a tiny key that you’ll carry. The rubber leash has hidden braided wires inside, so it will prove surprisingly tough if foolish baby tries to play with scissors! Inner GPS returns location within 10 feet, distance traveled, to a connected smartphone or desktop app.

Watch the Birdie Task Camera. Toy camera with flying bird on top mounts to the wall … and through its lens, a real camera records audio and video at baby’s audio prompt, your silent remote command. Stores videos on a USB drive or streams with a password; records audio on USB or Mini-Record. The birdie bobbles when the camera is recording! Specify blue with orange bird, pink with yellow bird.

Nest Egg Weighing Potty.  How adorable would your little one look as a broody birdie perched on the nest? So adorable!  Wreath-like faux wicker coil basket encloses the niftiest little glossy-smooth vessel for babyslave’s “bird droppings.”  Cute “potty pix” photo op — and there’s a supervision secret underneath. The basket “nest” hides a calibrated scale so you can find out how much weight your “baby chick�� is resting on the potty, as well as the mass of what it leaves behind. A companion plastic egg has a window to display the numbers — it just connects to the nest with a little cable. Takes 2 AA batteries. Nest hoses clean; egg wipes clean.  Specify egg color white, ivory, blue, brown.

Wet Spot Measure Mat.  Obtain objective data on just how soppy your pussy baby gets when he’s watching different sorts of playtime videos … or set up your leaky little lady with a task to produce a certain amount of her “nakey nectar.”  You’ll be able to tell by just how far the little puddle spreads on the Wet Spot Measure Mat! Sweet egg-shaped chair mat has suction cups on the bottom, a sleek silicone dildo on top, and printed, labeled circles so you can see the volume of drippy daisy-sprinkles your slave’s vagina produces while impaled there! Special slow-dry fabric feels like cozy baby-friendly flannel; waterproof inner layer prevents soaking through. Flower, kitten, and teddy shapes also available.  Machine-wash and dry.

Egg Trampoline. Delightful play and exercise staple has an egg-shaped frame that fully covers its springs, a waist-high grab bar with bondage points for support while jumping — making this little trampoline safe as well as jiggly-fun for ageplayers. Specify a standard bouncy surface or one that gives static shocks if little feet don’t leave the surface again after landing. Specify frame color Translucent Silver Sparkle, Orange Cream, Cherry Blossom, Sky.

Quiet Chirps Luxury Paci Gag. Gorgeous, elegant-feeling adult-baby gag makes sure your baby bird can only tweet very softly indeed! Extra-wide silicone soother fills the mouth – wide, soft wing silhouettes cover the mouth (and wrap the cheeks too). The centerpiece of shatterproof faux china is painted with birds in a blue-willow style, just like a favorite toy tea set, and white patent leather straps buckle at the back to help baby suckle nicely.

Nest Egg Sound Machine. Hanging from the rail of a crib, this egg-shaped speaker soothes and teaches with noise! A caregiver-only back control plate (it’s hidden under an allen-wrench panel) sets the modes: four different audio sets playing indefinitely, starting and stopping when baby taps the speaker front, or cycling one to the next at a tap. And as for those audio sets: it plays white noise, pink noise, or natural wind and birdsong soundscapes ... or sings to baby with birdie-themed nursery favorites: “Rock-a-Bye Baby,” “Birdy Go Fly,” “My Friend Pigeon,” and more! Specify egg color: Translucent Silver Sparkle, Cherry Blossom, gloss French Blue.

[aoumic]

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AOUMIC Premium Quality Cables are the ideal choice for those who demand not only superior performance but also the highest level of safety for their devices. Whether you're at home, at work, or on the go, trust AOUMIC to deliver unmatched reliability, durability, and protection.

#aoumic #aoumic.cables #aoumic.in #aoumic.india

[katslgr]

Psion Series 5 Released in 1997. Powered by 2×AA batteries and one backup button cell (CR2032). Battery life: ~20–35 hours of use on AAs; backup cell keeps data for weeks when main batteries are empty. Features include a green backlit monochrome display, full QWERTY/Z keyboard, and built-in software for word processing, calendar, spreadsheets, etc. Weak point: the flex cable between body and screen can fail due to the hinge mechanism. Less severe than in the later Series 5mx, but still a known issue. The Psion series was a popular PDA series next to Palm. Douglas Adams reportedly used a Psion Series 3 to write parts of Last Chance to See.

I bought my Psion 5 around 2006 for ~50 €. Mainly used it for writing travel diaries in the UK and Japan. Switched to a Palm PDA for university a bit later – faster UI access, better desktop sync and compatibility, less fragile.

I used old tech for studying still when smartphones were becoming common. LCD devices were more reliable, the battery was longer lasting, they were not build to distract, and more robust.

I still like this Psion 5 as a portable typing machine. The keyboard is not as good as with the AlphaSmart Neo, but is actually quite decent for such a small device - it can feel slightly mushy, but it's good enough for longer typing in a bus seat or similar.

[dailyanarchistposts]

The Technological Components of Colonialism

Many comrades cannot grasp the technological components of colonialism (or rather they ignore them deliberately), remaining perplexed at a perspective based on the urgency of utterly annihilating techno-domination and the tech industry. If you talk to them about the connection of technologies to power, they respond with the supposed neutrality of these technologies and that they can be decoupled from the very logic of power which developed and produced them.

Such a perspective ignores that the entire framework of fundamental technologies which have today entered into all fields of social life stem from military research, and that colonialism, historically and presently, has a strong technological component. It is in fact a cornerstone. The process of colonization developed over centuries, always adding new technologies as soon as they developed. These technologies are based not only on the exploitation of people in the Global South and their lands, but were and have always been unleashed against the “enemy” or tested in the colonies, until they finally make their way into the empire itself.

With the aid of the British colonies, undersea cables enabled telegraphic communication in service of the British Empire. New developments in record-keeping, archiving, and organization of information were first utilized by the US military intelligence service during the conquest of the Philippines. Governments today work together with tech-giants to enable widespread surveillance and control of their own people. This is first tested in the global south. Microsoft offers a solution for police vehicles with facial-recognition cameras that was launched in Cape Town and Durban, South Africa. The “Command-and-Control Surveillance Platform” named “Microsoft Aware” is utilized in Brazil and Singapore. Microsoft is also heavily engaged in the prison industry. They offer a variety of software solutions for the penal system, covering the whole process. In Africa they have gotten together with a firm named Netopia offering a “Prison Management Software Platform,” including “escape management” and prisoner analysis. Countries in the global south also offer an abundance of cheap laborers for technological processes and tech giants. These includes data annotators for artificial intelligence, call center workers, and content moderators for social media giants like Facebook. They clean disruptive content from social media feeds and are often left psychologically damaged.

Over centuries, imperial powers have tested technologies for the surveillance and control of their own populations on foreign populations; from Sir Francis Galtons pioneering work on fingerprinting, which occurred in India and South Africa, all the way to America’s combination of biometrics and innovations in the management of statistics and data, which constructed the first modern surveillance apparatus to pacify the Philippines. The wide collection of surveillance technologies used in the Philippines offered a testing site for a model that was finally brought back to the United States to set against the dissidents in its own country. High tech surveillance projects by Microsoft and their partners suggest that Africa will continue to be serve as a lab for carceral experiments.

The technological component of colonialism also reveals itself in the ways and means by which people in the Global South are exploited for menial and dangerous work as their lands are destroyed, just to provide supposedly necessary technology. Thus Congo supplies more than 70% of worldwide Cobalt, a vital raw material for the batteries used in cars, computers, and smartphones. As for Lithium, the biggest reserves are found in Chile, Argentina, Bolivia, and Australia. Out of these, Australia is less attractive because the workers there earn dramatically higher wages. The actual process of mining the raw materials often has negative consequences to the health of the workers and their surroundings.

To eradicate colonialism, its causes, main actors, and processes must be clearly and plainly illustrated and linked. There must be no illusions: an anti-colonial struggle must inevitably align itself against the tech industry if decolonization is to live up to its name.

[computerrepairservices-post]

Computer repair services that are highly rated in Miami.

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Whether your PC has stopped working completely, has become slow and frustrating to use, or is in need of upgrading, then we have the in-house expertise to help you. Please note, we do not work with Mac or other Apple products.

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[vbsemi-mosfet]

🔥 Tiny Chips, Big Revolution: How Silicon Carbide Is Shaping Europe's EV Future (And Starting Some Tough Conversations)

🚗 800V Magic: When a Pocket-Sized Chip Outcharges Your Phone

Imagine plugging in your electric car and getting 200km of range in 5 minutes—faster than charging your smartphone! All thanks to silicon carbide (SiC) MOSFETs—tiny semiconductors powering 93% of Europe’s ultrafast chargers. Their superpower? 4mΩ ultra-low resistance that lets 350kW charging happen without frying cables or crashing grandpa’s old power grid. Oh, and they shrink chargers to carry-on size. 🧳 But how does this tiny tech solve all of Europe’s energy problems? Let’s dive in.

⚡️ 3 Engineering Wonders (That Sound Like Sci-Fi)

1. 🧊 Fighting Heat in a 125°C Engine Inferno

Normal chips melt under heat, but SiC modules are built different:

Copper-clipped bonding (cuts heat resistance by 50%—no more overheating!)

Double-sided cooling (keeps junctions 40°C cooler during mega-charging)

Phase-change materials (soaks up heat spikes like a sponge)

Result: 4kW/L power density—like fitting a whole charger into a water bottle!

Question: How tiny can we go before physics says "nope"?

2. ⚡️ Bringing Grandpa’s Grid into the Future

Europe’s old power grids are struggling—until SiC shows up:

0.1-second load balancing (stops blackouts when everyone charges at once)

99% clean power (no more grid pollution from chargers)

Quiet mode activated (18dB noise reduction—no more "EVs are too silent" drama)

Paradox: Can microscopic chips fix a grid built before your grandma was born?

3. 🌍 Chips vs. Global Supply Wars

With trade wars raging, EU engineers got creative:

Hybrid copper-SiC modules (cuts costs by 30% without losing power)

90% wafer recycling (no more relying on rare materials)

Giant 12-inch wafer fabs (aiming for 40% of global production by 2026)

Challenge: How to scale up without breaking the bank?

🌎 Beyond Cars: Where Else Is SiC Taking Over?

💧 Green Hydrogen’s Big Leap (And a Water Problem)

SiC-driven electrolyzers turn solar into hydrogen at 75% efficiency (vs 58% old tech), cutting port crane emissions by 8,000 tons/year. But catch: 9L of ultra-pure water per kg of hydrogen in places where people only get 80L/day. Yikes. Solutions? Next-gen pulse control (aiming for 5L/kg) and seawater desalination. 🌊

🏭 Industrial Electrification: Factories Go High-Tech

From steelmaking (1.8 tons → 25kg CO₂ per ton!) to robotic arms that move in milliseconds, SiC means:

30% less energy waste in motors

200°C waste heat recycling (no energy left behind!)

Precision so tight it’s basically magic

Next up: Which industry gets a SiC glow-up? Data centers? Planes? Your guess is as good as mine!

🔌 The Voltage War: 800V vs 1,200V—Battle of the Titans

Every 100V boost cuts EV copper use by 7%, giving 70km extra range at 800V. But Tesla’s 1,200V move has everyone wondering:

How do we insulate for higher voltages without adding tons of weight?

Will SiC stay king as we scale to megawatts?

Is this just the first round of the voltage wars? ⚔️

💡 The Water-Energy Tug-of-War

In Spain, 80L water/day per person. For green hydrogen? 9L per kg. Researchers are trying:

Nano-cooling to cut water use

AI-powered seawater pumps (turning ocean water into ultra-pure H₂O)

Digital twins to save every drop

Debate: Is this a temporary problem or a forever paradox?

🤔 Your Turn: We Want YOUR Brainpower!

As SiC reshapes energy, here’s what you need to think about:

Size vs. Heat: How small is too small when it comes to chips?

Speed vs. Stability: How fast can we charge without crashing the grid?

Green vs. Feasible: Can we have clean tech that doesn’t drain our resources?

Drop your thoughts in the comments—let’s start a revolution, one tiny chip at a time. 👇

(Tech data from IEEE EPE and EU reports. Just cool engineering talk—no ads, no brand stuff.)

#FutureEnergy #EVRevolution #EngineeringGoals #GreenTechDebate#TechTok

[ishamalik7500]

Computer Networks: Basics, Types, and Benefits Explained

Computer networks are a big part of today’s highly automated world. They connect people, systems, and devices, making communication and resource sharing effortless. Whether it’s examining the internet, collaborating on projects, or sharing files, computer networks play a vital role in both personal and professional environments. We’ll cover the basics of computer networks, discuss their different types, and see the benefits they deliver.

What is a Computer Network?

A computer network is basically a system where multiple devices are linked together to share resources and exchange data. These devices can include laptops, mobile phones, servers, and networking equipment like routers. Networks enable smooth communication and allow devices to work together efficiently, making everything from browsing the web to managing complex business operations much easier.  

Types of Computer Networks

Personal Area Network (PAN):

Personal Area Networks are designed as small networks intended for individual purposes. They usually span a limited distance and link devices such as.

smartphones, laptops, and tablets. For instance, connecting your phone to your computer via Bluetooth forms a simple PAN.

Local Area Network (LAN):

LANs are commonly used in homes, schools, and offices to connect devices within a limited area. For example, to allow employees to share files and printers seamlessly, all the computers in an office might be connected to a LAN.

Wide Area Network (WAN):

A WAN stretches over a significantly larger territory, often connecting devices or LANs across cities, countries, or even continents. The internet is the most well-known example of a WAN, authorized global connectivity.

Metropolitan Area Network (MAN):

Sitting between LANs and WANs, a MAN is typically used to connect networks across a campus or city. Cable TV networks are a common example of a MAN.

Wireless Networks:

Wireless networks use technologies like Bluetooth or Wi-Fi to connect devices without cables. They’re widely used in offices, homes, and public places, offering convenience and mobility.

Key Components of Computer Networks

Devices (Nodes): Servers that interact within the network these include computers and smartphones. 

Connections (Links): The physical or wireless pathways that transfer data between devices.

Protocols: These are the rules that control data transmission, such as TCP/IP, to maintain smooth communication.

Switches and Routers: Switches connect devices in a network, while routers link different networks together.

Benefits of Computer Networks

Resource Sharing:

Networks make things easy to share like files, printers, and software applications, reducing the need for duplicate resources.

Seamless Communication:

With instant messaging, email, and video calls, networks ensure quick and authentic communication, no matter how far away are you.

Cost Savings:

By collecting resources and data storage, networks cut down on operational costs, especially for businesses.

Anywhere Access:

Modern networks allow you to access data from any connected device, whether you are at home or on the go.

Scalability:

As your needs develop networks will grow too, by supporting more users and devices over time.

Increased Productivity:

It reduces delays in automated processes and real-time data sharing and streamlines workflows, boosting efficiency.

Why Computer Network Skills Are Crucial for Entry-Level Corporate Roles

For those starting their careers, knowledge of computer networks can be a significant asset:

Essential for Office Environments:

 In today's world, most workplaces rely on LANs and WANs for everyday operations. Knowing how these networks function allows employees to balance basic connectivity issues, making sure work stays on track without interruptions.

Supports Collaboration Tools: 

Corporate tools like Microsoft Teams, Slack, and cloud-based systems depend heavily on networks. Understanding their underlying principles helps entry-level employees adapt quickly to these platforms. 

Enhances Problem-Solving Skills:

Entry-level employees with networking knowledge can help IT, teams, by identifying and resolving minor network problems, exhibiting their value early on.

Boosts Technical Proficiency:

Networking skills indicate a candidate’s technical potential, giving them a head start in industries where tech literacy is required.

Prepares for Future Roles:

As technology makes progress, advanced networking concepts like cybersecurity and IoT integration are becoming integral. Early experience with networks lays a strong beginning for growth in these areas.

Challenges of Computer Networks

Security Risks: Networks are at risk of threats like hacking and malware, requiring robust security measures.

Cost of Setup: High-quality network infrastructure can be costly to install and maintain.

Technical Complexity: Balancing and managing networks frequently need specialized skills.

Conclusion

Computer networks are essential in today’s globalized world. From pushing day-to-day operations in businesses to enabling global communication, their impact is wide-ranging. For aspiring professionals, having computer networking skills can provide a competitive advantage, especially in entry-level corporate roles where technical knowledge is highly valued. By understanding the basics of networks and their benefits, individuals, and organizations can unlock new levels of productiveness and innovation.

I mastered Computer Network at NIPSTec, which is renowned as the best Computer Network institute in Delhi. If you're in Delhi and looking for top-notch training in computer networks, visit NIPSTec for expert guidance and practical learning.

[waycaseuk]

waycase.co.uk

iPhone Charging Cable Type-C to Type-C

High-Speed USB-C to USB-C Braided Charging Cable! Upgrade your charging experience with our premium USB-C to USB-C braided charging cable. Designed for durability and speed, this cable is perfect for all your USB-C devices. The robust braided design not only looks sleek but also ensures longevity, resisting tangles and fraying. Whether you're at home, in the office, or on the go, our USB-C to USB-C cable is the perfect companion for fast, reliable charging and data transfer.

Key Features:

High-Speed Charging and Data Transfer: Supports up to 100W power delivery, ensuring your devices charge quickly. Also capable of high-speed data transfer up to 480 Mbps.

Durable Braided Design: The tough nylon braided exterior adds extra protection to prevent damage and wear, extending the cable's life.

Universal Compatibility: Perfectly compatible with all USB-C devices, including smartphones, tablets, laptops, and more.

Reversible Connector: Easily connect the cable without worrying about the orientation of the plug.

Compatible Models: 

iPhone 15, iPhone 15 Plus, iPhone 15 Pro, iPhone 15 Pro Max

Other compatible devices:

Smartphones:

Samsung Galaxy S21, S21+, S21 Ultra, S20, S20+, S20 Ultra, Note 20, Note 20 Ultra, Note 10, Note 10+

Google Pixel 6, 6 Pro, 5, 4, 4 XL, 3, 3 XL

OnePlus 9, 9 Pro, 8, 8 Pro, 7, 7 Pro

Xiaomi Mi 11, 11 Ultra, 10, 10 Pro

Huawei P40, P40 Pro, Mate 40, Mate 40 Pro

Tablets:

iPad Pro (2018 and later models)

Samsung Galaxy Tab S7, S7+, S6, S6 Lite

Lenovo Tab P11, P11 Pro

Laptops:

MacBook Pro (2016 and later models)

MacBook Air (2018 and later models)

Dell XPS 13, XPS 15

HP Spectre x360, Envy x360

Lenovo ThinkPad X1, Yoga

Microsoft Surface Book 2, Surface Go

Other Devices:

Nintendo Switch

External Hard Drives with USB-C ports

USB-C hubs and adapters

Product Specifications:

Length: 1m (3.3ft)

Material: Nylon braided exterior, aluminium alloy connectors

Power Delivery: Up to 100W

Data Transfer Speed: Up to 480 Mbps

Package includes:

1 x USB-C to USB-C Braided Charging Cable

[sankaranicommunication]

Fast Charging Cable: A Game-Changer in Modern Smartphone Technology

In today's fast-paced world, where we rely heavily on our smartphones for everything from communication to entertainment, having a reliable and efficient charging solution is crucial. One of the most significant advancements in this area is the fast charging cable. If you're tired of waiting hours for your phone to reach full charge, investing in a fast charging cable can make a world of difference. At Sankarani Communication, we understand the importance of staying connected, and that's why we're here to discuss everything you need to know about fast charging cables and how they can revolutionize your charging experience.

What is Fast Charging?

Before diving into the importance of fast charging cables, it’s essential to understand what fast charging means. Fast charging refers to a technology that allows devices to charge at a faster rate compared to standard charging. Most smartphones today come with fast charging support, allowing users to power up their devices much quicker.

Traditional chargers typically deliver 5 watts (W) of power, whereas fast charging can deliver anywhere from 18W to 100W, depending on the charger and device. The higher the wattage, the faster the phone charges. However, to take full advantage of fast charging, you need both a compatible phone and the right accessories, including a fast charging cable.

How Does a Fast Charging Cable Work?

A fast charging cable is designed to handle higher power outputs compared to regular cables. The cable's ability to deliver more current and voltage directly impacts the charging speed. With fast charging, the charger sends more current through the cable into the device’s battery without generating excessive heat or damaging the battery, thanks to intelligent charging technology.

Here’s a simple breakdown of how it works:

Higher Current: Fast charging cables are built with thicker wires that can carry more current (amperes), typically up to 3A or higher.

Improved Voltage Regulation: Fast charging cables allow higher voltage transfers, enabling the charger to supply more power efficiently.

Efficient Data and Power Transfer: Some fast charging cables also support high-speed data transfer, allowing you to sync files quickly while charging your device.

Why Choose a Fast Charging Cable?

Save Time Time is of the essence, especially when you're on the go. With a fast charging cable, you can charge your smartphone up to 50% in as little as 30 minutes. Whether you're traveling or preparing for an important meeting, fast charging ensures you won’t be left waiting.

Compatibility with Modern Devices Most modern smartphones, including flagship models from Apple, Samsung, and OnePlus, support fast charging. Having a compatible fast charging cable ensures you can fully utilize your phone’s potential, keeping your battery topped up when needed.

Durability and Longevity Quality fast charging cables are made from durable materials like nylon-braided or reinforced connectors, making them more resistant to wear and tear. At Sankarani Communication, we offer cables that are designed to last, providing better value for your money.

Enhanced Safety Fast charging cables come with built-in safety features like overcurrent, overvoltage, and short circuit protection. These features help prevent overheating and protect your device from potential damage during charging.

Universal Use Fast charging cables are compatible with a variety of devices beyond just smartphones. You can use them to charge tablets, laptops, and other gadgets that support fast charging, making them a versatile solution for all your charging needs.

Factors to Consider When Buying a Fast Charging Cable

When shopping for a fast charging cable at Sankarani Communication, keep the following factors in mind to ensure you get the best product:

Cable Length: Choose a length that fits your needs, whether it’s for home, office, or car use. Long cables are great for convenience, while shorter ones are ideal for portability.

Charging Speed: Ensure the cable supports the charging speed compatible with your device. Look for cables that offer up to 3A or higher for optimal fast charging performance.

Connector Type: Depending on your phone, you may need a USB-C, Lightning, or Micro-USB connector. USB-C is becoming the standard for most modern smartphones, while Lightning is specific to Apple devices.

Brand and Warranty: At Sankarani Communication, we provide high-quality, branded fast charging cables with warranty options for peace of mind.

Conclusion

A fast charging cable is more than just an accessory; it’s a necessity in today’s world where staying connected is vital. Whether you're looking to reduce charging times, enhance your smartphone's performance, or protect your device, a fast charging cable from Sankarani Communication is the solution you need. By investing in a reliable and durable fast charging cable, you'll experience the convenience of faster charging times, enhanced safety features, and long-lasting performance.

At Sankarani Communication, we offer a wide range of fast charging cables tailored to meet your specific needs. Visit our store today to explore our collection and give your smartphone the power boost it deserves!

[streamperfect24]

How Live CCTV Monitoring and Surveillance Work: A Comprehensive Overview

Hello everyone,

I’ve been diving into the world of live CCTV monitoring and surveillance systems lately, and I thought it would be useful to share some insights and open a discussion on how these systems work. Whether you’re considering installing a system for the first time or just want to understand the technology better, this thread is for you!

1. What Is Live CCTV Monitoring? Live CCTV monitoring involves real-time viewing of video feeds captured by closed-circuit television (CCTV) cameras. Unlike recorded footage, live monitoring allows security personnel or authorized users to view the video as it’s being recorded. This is crucial for immediate response to any incidents or suspicious activities.

2. Components of a CCTV System: A typical live CCTV monitoring system consists of several key components:

Cameras: Capture video footage. These can vary from basic analog cameras to high-definition IP cameras with advanced features like motion detection and night vision.

DVR/NVR: Digital Video Recorders (DVRs) or Network Video Recorders (NVRs) store and manage video footage. DVRs are used with analog cameras, while NVRs are used with IP cameras.

Monitors: Display live footage. These can range from basic screens to advanced video walls.

Cabling/Network: Connects cameras to the DVR/NVR and monitors. IP cameras typically use Ethernet cables or wireless connections.

Software: Manages the system’s functionality, including live viewing, recording, and playback. Modern systems often include features like remote access via mobile apps or web interfaces.

3. How Live Monitoring Works:

Video Capture: Cameras capture video footage continuously or based on motion detection.

Transmission: The footage is transmitted to the DVR/NVR via cables or wireless networks.

Processing: The DVR/NVR processes the video feed, compresses it, and stores it. For live monitoring, the system also sends the video feed to connected monitors or remote devices.

Display: Security personnel or authorized users view the live feed on monitors. They can also use software interfaces to control camera angles, zoom in on specific areas, and manage the system.

4. Key Features of Live CCTV Monitoring Systems:

Remote Access: Many systems offer remote viewing capabilities, allowing users to monitor live feeds from smartphones, tablets, or computers.

Motion Detection: Advanced systems can highlight or alert users to motion detected in specific areas.

Integration with Other Security Systems: Live CCTV can be integrated with alarm systems, access control systems, and other security measures for a comprehensive approach.

5. Benefits of Live CCTV Monitoring:

Immediate Response: Real-time monitoring allows for quick response to incidents, enhancing security and safety.

Deterrence: Visible cameras and monitoring can deter criminal activity.

Operational Oversight: Useful for monitoring staff and operations in various settings, from retail environments to industrial sites.

6. Challenges and Considerations:

Privacy Concerns: Ensure compliance with privacy laws and regulations, and inform employees or individuals about surveillance practices.

Data Security: Protect video feeds and stored footage from unauthorized access or cyber threats.

System Maintenance: Regular maintenance and updates are required to ensure the system’s reliability and performance.

I’d love to hear your experiences with live CCTV monitoring and surveillance systems. What systems have you used or considered? Any tips or best practices for those looking to implement or improve their systems?

Looking forward to your thoughts and insights!

[architectuul]

P. Cournet & N. Sanaan Bensi: Datapolis

Datapolis, Exploring the Footprint of Data on Our Planet and Beyond by Paul Cournet & Negar Sanaan Bensi (ed.); nai 010 Publishers, Rotterdam 2023

Architecture is not only a few historical landmarks in our city centres, spectacular masterpieces from starchitects or engineering feats to build the highest tower ever in the desert. It has also always been about vernacularity, everyday life in anonymous places and favouring use towards aesthetics. (Just think of shopping malls or most of the airports you ever visited.) But if the Industrial revolution of the 19th century saw the birth of amazing train-cathedrals of steel and glass that are now listed as monuments, the 21st century has seen the development of the digital world to such an extent that the heavy industry has moved towards anonymous (and discreet) data centres, bitcoin mining facilities that requires satellites, computers and portable devices.

The book Datapolis is an in-depth research on a world where we cannot be offline more than a few hours anymore, where our smartphones contain our train ticket, bank payments, private images and favorite music, agenda and work, maps and recipes for the x-mas dinner. But all those 0 and 1, those bits, kilobits, megabits, gigabytes and terabytes of information are not in our machines anymore. We get our favourite songs and films from streaming companies, we store our entire lifestyle in so-called clouds, we work on shared documents. Basically we depend on infrastructure made of data centres, submarine cables and antennas, that stay out of sight for most of us.

This amazing publication is making the invisible (the infrastructure of clouds, the technical machines processing digital information) visible. It doesn’t only show those places, but also explains to us the environmental impact of digital objects. Not only we need resources from the ground (rare metal and so on), they also consume electricity to function on a daily basis — and this energy has to be, somehow, produced. 

The essays – who could be totally nerdy or impossible to understand for readers that are not familiar with the vocabulary of technology – are super accessible and makes the book an easy (but always inspiring and instructive) reading. Between the text pages, one finds amazing graphics, diagrams and photographs that reveal the reality behind the theory. One finds a lot of architecture here, but it’s not our next destination for cultural holidays.

We, of course, have all seen The Matrix (1999). A science-fiction film about the digitisation of every life till it blurs the boundaries between the virtual and real life. The book explores that world, not from a fictive way, but a real one – and this makes it a must read: because what it shows us is even crazier than the imagination of film-makers. Obviously, we already live in the future! But, like all good science fiction story, Datapolis makes us think about our world as it is now, and what we should do to save it from becoming a nightmare. I will not spoil the last double page of the book (will just say it’s about iPhones), but, just for that one, you need to get that publication in your hands.

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Thibaut de Ruyter