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  • Keystone Jack: Choosing One Out of Plenty!

    To build a network and to bring a device into a network, one needs to connect the portable device with the central processing unit (CPU). The USB cables, optical fibres and other Networking cables are worthless of a port is not already mounted on the unit. No cable can connect a port less device with the central unit or the port less unit with the device!

    So the question that arises is, what lets the portable devices like keyboards, pointers, digital camera connect with the CPU using Ethernet cables, USB Cables or optical fibers?

    Keystone Jack is the magic port which aids this functionality. Every connecting device has a female unit installed in it and the cables have the male chords attached on their ends called “keystone plugs”. They mate and the devices are connected where you want it to get connected. Keystone Jacks are the most important units in networking. They are designed to get affixed into keystone plates, keystone boxes and patch panels.

    They have a standard design, they are flexible, they are easily mountable, even on the wall! Multiple keystone jacks can also be installed on a single plate having multiple ports. They are available in multiple variants and you can choose in accordance of your need.

    Cat5e and Cat6 Keystone Jacks

    Both Cat5e and Cat6 are the cables which plug into the same keystone Jack of your Ethernet jack, routers and switches but has a distinct use, design and application. Both are twisted pair cables consisting of copper wires.

    Speed

    The Cat5e Keystone Jack supports speed limit upto 1000MBPS and the Cat6 cables has a speed limit upto 10GBPS over 120-150 feet. The speed of cat6e of 10GBPS (Gigabit) is limited up to 164 feet and thereafter it's speed is same as that of Cat5e.

    Cost

    The cost of the cables vary by length and differ from manufacturer to manufacture. The standard Cat5e costs generally around $0.20 per foot. And the standard Cat6 costs around 20% higher than the Cat5e.

    Frequency

    The Cat5e frequency range is upto 100MHz and in contrast that of Cat6 is up to 250MHz. Hence it has a higher sound to noise ratio and is also more rigid as compared to Cat5e. The tighter twist of the Cat6 allows it conduct two way communication and it is faster than that of Cat5e.

    The cables cannot be identified based on the colors and the variant of the cable is generally printed on the cable. Even though Cat6 can be identified without the print as it thicker than Cat5e as it consists of a thicker copper wire.

    Keystone jacks Cat5e and Cat6 both are sound options and it totally depends upon the user to choose the jack. If the servers are placed on the clouds, Cat5e is more economical as the internal connectivity won't matter but only the internet connectivity will be efficient enough. Cat6 sure does provide you with better performance and it is much efficient if a better investment option if you do not have cables above 120-150 feet.

  • Connectivity Propellers That Make Your Computers Work

    The human brain is connected with different organs like eyes, nose, ears, etc. through neurons. As the organs sense different activities, the message is further carried to the brain while the brain interprets these impulses and acts accordingly.

    The computer network in this 21st century with a high level of increased usage, functions very similar to the human body. The similarity persists in the ways it is networked. The brain is the central processing unit (CPU) of the human body and the network of neurons connects it with the different organs.

    It is quite astonishing to know how neurons create a network of impulses in the human body. But how does a computer network connect with the devices? It certainly does not create its network using neurons. So what creates a computer network? How are different devices plugged into the computers?

    The answer is using Universal Serial Bus(USB) Cable, Fiber Optics Cable, Networking Cable. These are the connectors which are used for connecting various external devices with a computer for data transfer and for creating a vast network spread across the oceans.

    USB Cables/Adapters

    Designed basically for standardization of computer connection peripherals, for supplying electricity and for communication which replaced the large variety of earlier interfaces of the likes of serial ports and parallel ports and separate power cables for portable devices. The USB Cables and Adapters are the highly demanded accessories when the world has been through the smartphone boost.

    File transfer, charging, portability are the few of the uses of USB. It is supposed to be universal connector, has many variants in accordance with the functions. Type-A, Type-B, Mini USB, Micro USB, Type-C are the different variants available in the market.

    Fiber Optics Cable

    Optical Fiber Cable uses pulses of light to transfer data using the phenomenon of Total internal reflection. The cable is coated with plastic and it protects the cable from exposure to heat, cold and other weather atrocities, electromagnetic interference and ultraviolet rays of sun.

    These cables are the most reliable and fastest data transfer cables on the planet. OFC are used to connect and transfer data across continents. They are fast which can carry large capacity, the signals have higher strength and require least maintenance. The most reliable and powerful connectivity propeller is an optical Fiber cable. It has varied applications like internet connectivity, telephone systems, cable TV, stereo system etc.

    Networking Cables

    Wireless connectivity are thriving but many computer networks still rely on physical cables to transfer data. Coaxial cables-the ones introduced the earliest for connecting TV sets with antenna is also a standard for 10MBPS Ethernet cable.

    The upgradation from 10MBPS to 100MBPS ethernet cables introduced the twisted pair cables. Its two primary types are unshielded twisted pair (UTP), shielded twisted pair (STP). Crossover cables have the purpose of connecting more than one devices at the same time such computers or network switches.

    All these cables and adapters are the lifelines of the modern world and keep the world networked and connected together.

  • What are Power Cords? Which Cord Powers Your Computer?

    You just cannot take away the electrical oxygen we require for survival! All our major day to day activities either are contingent on machines or electricity or both. We need machines and machines need electricity. Electricity is the flow of electrons through a conductor. Now, to align that flow of electrons, we need a metal conductor sheathed inside a poly vinyl chloride insulator (PVC). This equipment typically known as a power cord.

    Power cord, power connector, mains cable or line cord - call it with any of those names but the purpose it serves would not change. These power cords let you connect your electrical appliance through itself with one of its ends plugged in the wall socket or a wall extension board and its other end is plugged in the receptacle installed on the appliance, to build a system of temporary connection.

    Appliances which are purely power backed, need these power cords to get connected with the main electrical supply line for powering and energizing itself. Few appliances are battery backed and they majorly need the connection only to recharge the batteries. These cords are capable of carrying alternating current as well as direct current.

    One end of the power cords has the plug and the other end has a connector. The connector is inserted in the receptacle and the plug is plugged in the wall socket. Both these ends can be of male or female origin.

    NEMA Power Cords

    Back in 1926, National Electrical Manufacturing Association was established in North America which developed the NEMA 1 connector. The connector itself dates back to roughly the same time period. Today NEMA connectors are generally used all over the North American Continent and in countries which have specified the NEMA standards.

    The basic NEMA 1 power cord has 2 flat pins which are almost 5 inches apart from each other. If it also consists of round pin right below the two flat pins, it is NEMA type 5. The third pin is generally used for grounding purposes and this kind of NEMA plug is often called “grounded plug”.

    Computer Power Cord

    Most of the computer desktops and some instrument amplifiers, printers, monitor and other portable devices use the c13 power cord which has a standard specified under IEC 60320. A power cord with a country specific standard power plug attached on one end and a c13 power cord coupler to the other is generally called an IEC cord or computer power cord as it is majorly used in computer applications.

    Standards and Specifications

    The computer power cord, c13 is described by International Electrotechnical Commission with the 60320 standard. The standard determines the electrical, mechanical, thermal requirements and safety operations of the specified power cable cord. The selection of the coupler connector also depends upon the shape, dimensions and size of the appliance to be connected with the power cord.

    The c13 power cord is rated at 15A/250V and 10A/250V With the temperature rating up to 65° Celsius. This maximum temperature rating is the pin temperature. The c13 power cord contains Earth Contact and it also allows rewirable connector.

  • How to Choose the Best Ethernet Cable for Gaming?

    It is a well-known fact that high-speed Ethernet cable gives faster and reliable connection compared to a Wi-Fi network. An extensively designed gaming Ethernet cable helps to enjoy continuous gaming experience without any lagging or connection interference.

    Selecting a quality cable for Ethernet connection is a confusing job as all wires are not the same. Also, network cables vary in price, speed, size, and security.

    If you are searching for an Ethernet cable for Xbox or a Playstation, then decision should be taken wisely. This article discusses about the best Ethernet cable for gaming and qualities to look for in a cable.

    General measures like knowing type of network connection, what speed an ISP is providing you, length of cord needed, and whether to opt for a multi-color option or not can help to choose the best suitable option.

    Characteristics of Ethernet Cable to Look for Before Buying:

    Ethernet Cable Category

    Ethernet cables are standardized into multiple categories. Each category basically depicts the cable capabilities. Generally, Cat5 and Cat5E network cables are used in household applications because of their affordable price and they work perfectly for connections up to 100mbps.

    Moreover, Cat-6 and Cat-6a cables are more appropriate for professional and commercial installations as they offer up to 10gbps. Cat-7 and Cat-7a are the latest Ethernet cables offering even higher speeds.

    Length

    Length of Ethernet cable directly affects the signal quality. As the length increases, signal quality lowers, which results into slow transfer rates and reduced network performance. It is better to select the shortest length of cable possible to connect devices, as they come with readily attached connectors.

    It is always advisable to measure the distance between the gaming console and router. While selecting Ethernet cable, mostly recommended length limit for a cable is 100 meters.

    Compatibility with Various Equipments

    One essential consideration for gamers is that many Ethernet cables are manufactured by original equipment provider. They are normally marked with the OEM brand, and so majority of gamers opt to buy same cables as they are guaranteed to work with all game consoles. Inquire which jacks are supported by game console so the cable can be chosen accordingly.

    Wireless Access Point and Its Capacity

    Along with cable, choosing an appropriate access point holds equal importance. Ensure that a thorough and careful research is carried out before purchasing a best wireless access point so that it meets the minimum requirements. Capacity is always a vital consideration when choosing the standard wireless access point.

    Can I use CAT Cables?

    Yes! When you have heavy gaming needs, there’s nothing like CAT Cables. And you can choose between Cat5E and CAT6 cables. CAT6 cables work on 550MHz whereas Cat5E is rated at 350MHz.

    Remember that although both these cables can be used in place of each other, CAT6 works on the latest technology and is more advanced as compared to Cat 5E. Also, if you are into downloading heavy game files and playing games on the internet, CAT6 is the right choice.

    Things to Remember while Upgrading to CAT6 Ethernet

    Avid gamers do not like interruptions and issues that can actually end their game. While upgrading, if the category of all the cables in your network is not same, it can slow the systems and affect your productivity. So if you decide to upgrade to CAT6, make sure all the cables in the network are of the CAT6 category.

    Go through the manual if you are using a DSL modem. Reason? Well, it is important to connect a device to it through an Ethernet Crossover Cable. Most of the Ethernet and Patch Cables have RJ45 gold plated male jacks. Which means, you can attach them to any kind of Ethernet Cable. There is a variety of colours available in these cables so that you can easily recognize between crossover and patch cables.

    The businesses that need to take stringent security measures make use of different colours so that they can know the type of information being sent through these networks. But as you use these for gaming, you do not need to be extra cautious.

    So gamers, we hope we’ve resolved your Ethernet Cable Dilemma. Happy Gaming!

  • How to Choose the Best USB Cables for Your Phone and Laptop Connections?

    Most of the contemporary gadgets have at least one USB connection port to facilitate various functions. It can be for making multi-purpose connections with other devices or just for charging the said machine. The quality of USB cables can affect the performance of your device largely. But there’s more to it than just the quality.

    Yes, apart from the quality of your cable, the type of USB cables also greatly affects the functionality of your phone and laptop. So, how can one decide on the best one? Let’s have a brief discussion about the different USB cable types to understand the same.

    Type-A

    Most cables have type-A connectors at one end. That’s because most of the peripherals like keyboards, mice, etc. demand type-A connections. Power adapters for most of your mobile devices today also have the same connector. So, whatever cable you select, you are mostly looking for type-A at one end.

    Type-B & Mini USB

    Type-B USB cables are (almost) square shaped connectors, mostly required to connect printers and other powered devices to your computer. They are very rarely used and do not normally connect to phones and laptops.

    Another type is the Mini USB which is on the brink of extinction except for use in some of the Camera devices. So, let’s postpone the discussion about these for some time later.

    MicroUSB

    Micro-USB is the standard form of connection for most phone and other devices these days. But it isn’t the future. It is eventually disappearing with the introduction of advanced technologies in the market. In the near future, Type-C USB Cable is supposed to take its place.

    Type-C USB

    Many of the newly launched phones, tablets, laptops, and gaming consoles are now coming with the Type-C USB connectors. It can be a little uneconomical and cumbersome to change all your cables but let’s see why it’s worth it.

    USB-C cables are reversible and can charge your devices much faster than the Micro cables ever did. Another important use of USB connections is data transfer. These cables have a much faster data transfer rate than the extensively available options today.

    But even these can be brutal for your devices if they suck in and transfer excessively high power than your device can cope with. That’s mainly because of the loopholes in manufacturing. All manufacturers don’t keep the standards in mind and as a result produce faulty cables.

    How to Choose the best?

    So, basically, once you know which cable you require, you need to keep a few points in mind before making the final call. Let’s jot it down in points to make it easier to access and remember:

    1. Always buy branded cables. Especially if you’re getting a Type-C USB cable. The cable is comparatively new and has set standards for manufacturing which is not familiar to all yet.

    2. Buy cables only from ISO 9001-2000 certified manufacturers.

    3. Select a brand/store that provides technical support for your purchase.

    Moreover, it’s not at all a task to get good quality USB cables. You can effortlessly buy them from a reliable online store.

  • The HDMI Cables Dilemma: To Upgrade or Not to Upgrade?

    In the year 2002, renowned electronic manufacturers like Sony, Philips, Toshiba and Hitachi introduced High Definition Multimedia Interface (HDMI­). For those who are unaware, it is an all-digital interface that carries video and audio signals and is backward compatible with video digital interface DVI. HDMI has always kept on evolving with various standards and protocols. This year, a new cable connection standard known as HDMI 2.1 introduced. High Bandwidth cables of 48G belong to this category.

    New standards in HDMI, always bring up a common concern. “If I buy a new TV or other device with this standard, do I have to upgrade your current HDMI cables?” The answer to this question is mostly “No”. And at least with HDMI 2.1, you don’t have to worry about upgrading your cables at least for the next couple of years.

    However, there are certain scenarios wherein you might have to consider buying 48G cables. Here’s an insight into these possibilities:

    Running 4K Resolutions:

    When it comes to running 4k resolutions, new HDMI cables are a major need. Computers have the potential to send maximum resolution and frame rate in the current HDMI spec. Also, they are an exclusive resource that can handle any resolutions in the upcoming HDMI 2.1 spec.

    If your computer is robust and you want to connect it with a UHD TV, it is advisable to go for a Premium Certified cable as non-certified cables might not work. You can choose to buy 48G cables once they come out but they would be more useful for a television that can handle higher 4k frame rates.

    For A TV That Works, But Doesn’t Work

    While watching TV, you might have experienced sudden flashes, blinks or image distortions. This generally happens when your HDMI cable is old and overused (due to over plugging and unplugging). The cheapest solution to this problem would be replacing it with another HDMI cable. But if you have a new TV that doesn’t show 4k resolution, you can spend a little more and buy a premium certified HDMI cable. Thereafter, such problems might stop occurring.

    For a New 4K streamer, a console (with HDR) or UHD BD player

    UHD BD players, superior quality media streamers and consoles like PS4 Pro and Xbox One S can give an output of 4K HDR. Check the length of your HDMI Cables when you connect them with the above mentioned devices.

    If the cables are a few feet long, it shouldn’t be a problem. But if they are longer than that, they might not be able to handle 4K, HDR data. In case your TV is not able to display HDR even if its source and content is HDR, there might be something wrong with your HDMI cables.

    The high-speed HDMI cables are specially created to take care of 4k resolutions. But that in no way means that they can also handle higher data versions like or higher frame rates. It is difficult to send high resolutions to remote place. Which means if you have a 15ft/3m cable which was compatible with all your 1080p gear, there is a possibility that it will not work with 4K HDR.

    We hope, this brings much clarity on upgrading HDMI cables. For more information, stay connected to us!

  • How to Appropriately Wire Your Ethernet Connection at Home?

    Even though wireless networks are on the rise, there are still so many reasons to go for a wired connection. A wireless connection is yet to reach the level of security wired connections offers. And then, when it comes to your Wi-Fi, speed matters the most after security.

    The way out to get the best of both is a wired connection. Wireless appears easy. Convenient! At times, wired connection could make the appearance of your setup look bismal. However, if used some of the best practices, you can enjoy uninterrupted, high speed, and secure internet browsing. We have an easy-to-follow guide on how you can appropriately wire your Ethernet connection at home.

    Plan in Advance

    You need to consider some important things before starting your setup. Make a list of how many connections you would need within the house. Next is to list how many post you require at each of these locations. You can keep about four for each location for more flexibility.

    Next, plan the path to wire the cables. It can follow the route of your Cable TV. You can also consider basements, attics, or other areas of your home. Whatever you plan, ensure not to exceed the limit of a 100-meter cabling, to facilitate faster connections.

    Sort out Materials Required

    Once your plan is ready, you can now draw an estimate of the material required. Choose the Ethernet cable you wish to use for the job. Cat 5E cables are the most common while Cat 6a cables are the fastest and most reliable ones. Cat 6 Cables are somewhat midway. Make a list of the required wall plates and tools as well.

    You must remember that you can save a lot here. You can buy your cables and other materials online from a reliable store. A few of them even offer lifetime support for their products. Do not forget that you must buy products manufactured by ISO 9001-2000 manufacturers.

    Wire the Cables

    Clear the path through which the cables need to pass. Drill the required holes keeping in mind your walls/ceilings can handle the load of the space. For walls made up of different materials, you will need to consider a guide on how to drill through them without damaging the walls.

    It’s always safe to stay away from your electrical wiring. And in cases where is need to cross each other, they should be at a 90-degree angle. If you are limited with space, consider at least a gap of 6 inches from the AC wiring.

    Lastly, but very importantly, always work with your goggles on while working with drills. A lot of dust and other small particles can easily infect your eyes otherwise.

    Mount Wall Plates

    Now, mount the wall plates in the planned locations. You might require drawing a sketch with a pencil (on the wall) to ensure accuracy. Cut holes in the wall and put the single gag box. Screw the clamps and you are done. Repeat it for every other location.

    Be creative, but be safe. And if you are a total amateur, we would suggest you take help of a professional rather than bringing the walls of your building down!

  • Understanding Signal Transmission in Fiber Optic Cables

    The primary function of fiber optic cables is to send signals across long distances. The transmission of these signals takes place in the form of light. This answers for the speed of broadcast and its zero interference with other electronic devices around.

    How does it actually work?

    Each of the cables constitutes thin strands of glass, which we often hear of as ‘fiber optics.’ These pieces of glass form the core of these cables and facilitate the major task of sending data, assisted by Fiber Optic Patch Cords. But doesn’t light travel in waves, spreading straight from its point of diffraction?

    Yes, absolutely. Then how do light bend around corners while running through the length of the fiber optic cable? Let’s try to unravel the science that goes behind it.

    How Light Bends through Fiber Optic Cables?

    The Mirror Effect

    When you show a flashlight beam across a hallway, you will see the length of the light extending till the next bend but won’t be able to see anything further. But placing a mirror on the corner does the trick. You can now see the light bending further. This is because the mirror reflects the light. That’s exactly how the fiber optic cables basically work.

    Internal Reflection

    The reflection on which these cables operate is often termed as ‘total internal reflection’. That’s because when you send the light signal, the light remains within the cable and reflects internally. This also ensures the data isn’t lost during the transmission.

    But the signals sent through fiber optic cables eventually degrade. That’s because of the decay of the signal either due to the wavelength or the affected purity of the optic glass.

    Why so?

    The wavelengths that fiber optic cables utilize to send over information are much longer than the light visible to use. We call these invisible ranges of long light ‘infrared’. These infrared waves are when passed through the fiber optic cables weakens the transmission of data either by absorption and scattering.

    So, basically, the length of the waves reduces the accentuation of the fiber optic cable. And if we use longer waves with lower frequencies, it would result in heat interference. The temperature of surrounding objects will thus be affected resulting in signal loss.

    How to Ensure Maximum Utilization?

    Though fiber optic cables do eventually degrade, getting good quality cables and accessories can increase its life significantly. For optimum functioning, consider buying quality cables. The wavelength of a typical good quality fiber optic cable varies from 850 to 1550 nanometers.

    The accessories are equally important. The fiber optic patch cords that connect the devices through which the information transmits should also be of best quality. Often the patch cords decay and are assumed as cable decay, resulting in increased cost investment. Therefore, it’s always a great idea to get your electronics supply only from branded and reliable manufacturers. It’s not only important for the longevity of the supplies but is also imperative from the point of view of safety.

  • How to Connect your TV with Android Devices?

    Data is a commodity nowadays and it’s available for free. Smallest of the devices such as smartphones provide data in the range of 16-128GB. The challenge lies in utilization of this data fully. The smaller screens remain a critical roadblock in comparison to that with televisions or laptops. So why not use the large television screen and data from your mobile device?

    It is in fact becoming a common practice to connect mobile devices to TV screens. Various forms of data can be utilized better this way. It can be games, presentations, apps, photos, videos, etc. We know that the idea isn’t new and not at all unknown. But there are just so many ways of doing so with its own pros and cons.

    In this article, we intend to discuss the same. So, let’s go ahead with our little guide based on expert experiences and knowledge:

    How to Connect Your TV with Your Android Device?

    A major part of the overall population of the world is using Android devices for their mobile phones and tablets. The two ways of connecting them to your TV screens are:

    Wired Connections

    MHL Cables are a popular way of doing the job. It basically facilitates the connection using the USB port of your Android device, similar to computer cable. These are the USB to HDMI cables which can further be classified into active and passive cables.

    Active power cables need a separate power source but are the most preferred ones as passive cables do not convert themselves. They depend on a MHL-ready TV. And just to remind, the world isn’t making a good number of them anymore.

    Another available method is to connect it through Slimport. Even though it works in almost the same manner, it can output the signal to DVI, VGA, and DisplayPort, along with HDMI.

    If you are opting for a wired connection, it is important to get quality cables. They not only facilitate a faster connection but ensure safety. You can buy them in bulk or online at much cheaper rates than your local electrical supply shop.

    Wireless Connections

    Accessibility to the devices such as smartphones, HotSpots, other Wi-Fi enabled enabled heavy electronics devices and so on is quite common. On top of that, nobody likes bunch of wires lying around them anymore. In fact, many new devices are lacking specifications to assist wired connections itself.

    Miracast: Miracast was supposed to work only for televisions that had in-built Miracast support but now you can facilitate the connections using Wi-Fi dongles. But if you are using it for the likes of Netflix and YouTube, you better research before getting the dongle. Not all of them are compatible with everything.

    Cast Screen: It can simply be termed as the savior as it is the easiest to use of all. It is originally known as ChromeCast and is supported by almost all Android devices. The app support is better than Miracast and it is a great way to watch photos, videos, and documents. So, you can now ditch your computer cable.

    The only exception we would make is for gaming. Connecting wirelessly for gaming might result in some unfavorable and disruptive experience. Wired is the best way to go for gaming, even today!

    Conclusion

    Each of the available options has its own pros & cons. Latest technologies definitely have the advantage here. But overall, it is your basic requirement and availabilities that should decide which way you go!

  • Customers Warned by Consumer Protection against Overseas Plug Converters

    Keeping in view the increasing number of electrical accidents in consideration, the Consumer Protection has issued a warning to online customers who buy electronic appliances from overseas sellers. According to reports, the power adapters delivered along with the appliances do not synchronize with United States’ safety standards and could injure or prove to be fatal in worst cases.

    There had been a couple of such incidences pretty recently in which two consumers were affected adversely by electric shocks from power adapters that were a part of the packages they ordered online from across the borders. One of these accidents involved electric shocks from a travel adapter having multiple pin options.

    A higher official from the Consumer Protection firm confirmed that it is a solution that went wrong. The sellers of such appliances offer these additional power adapters to make their appliance compliant to use in the country but it only increases the risk.

    The problem is the roots from the pins that lie exposed when the additional pins are in use. The exposed pins go live when the appliance is on and passes high voltage of electricity which is risky. The Consumer Court is mingling with various sources to spread the news and beware people about the implications behind these power adapters and converters.

    So, what can you do if you already have these appliances? Try some of these suggestions to utilize your appliance without posing any serious risks:

    1. Be careful about the safety of the electrical goods received, no matter how safe they claim to be. Every country has their own safety standards, what’s safe for them, might not be so for you.

    2. Get the adapter cross-checked by an electrician or buy an adapter from a local retailer which is approved to use in your country.

    3. If the plug pin is not befitting according to your power board requirements, get it replaced by an electrician to get a US standard plug.

    4. Do not pass unapproved adapters to anyone, destroy them.

    This was for consumers who had already invested in foreign goods, to be an aware customer in future, please take a note of the following points:

    1. Only buy electrical products that are manufactured by ISO 9001-2000 registered manufacturers and sync with the US standards of Safety.

    2. Consider buying electrical appliances from US stores instead of overseas suppliers.

    3. Before making the purchase, ensure the pins are of US configuration and are approved to be used in the country.

    4. The pins of the power adapter should be insulated for 50% of the pin length at a minimum.

    5. Do not use previous adapters from overseas sellers considering it had been safe till now. Accidents do not occur in the first go always!

    6. Local electronic products should be approved by the state’s safety regulators but by any chance, if you purchase any adapter locally and find it unsafe, report it to the Consumer Protection.

    Keep the information handy and spread it among your near and dear ones. Safety is much more important than lucrative foreign products. Look out for products from US manufacturers providing safe and RoHS compliant products.

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