Probably, one of the greatest and the most amazing innovations of today is the Universal Serial Bus or the USB. This device allows for data to be complied, stored and accessed easily at anytime and anywhere as long as there are compatible devices available. USB cables, on the other hand are cables that are popularly used in gathering, transferring and storing data from one device to another. Mostly, USB cables are connected to computer units directly to peripheral devices like mobile phones, cameras, camcorders and printers/scanners. The main objective of these cables is to effectively, quickly and properly gather or transfer data from one device to another. For instance, if you want to transfer the images saved on your smartphone, all you need to do is to get an USB cable, connect the right end to the mobile phone and the other one to your computer or laptop. With a few clicks from both the phone and the computer, you can easily allow the transfer process to proceed. Both phone and computer will notify you that a cable has been connected and you will have to agree or click OK. Data transfer usually takes just a few seconds to a few minutes, depending on the size of the data to be transferred or on the speed of the computer. USB cables can also be used to connect your printer/scanner to your computer if you want to scan documents to be saved to your PC, or to print documents directly from PC to paper. These cables are useful in connecting your mobile phone as well to the printer (if it is advanced enough to have the feature that allows it to print directly without the need for the uploading process). The same thing goes with cameras, you simply connect using USB cables to your printer and you can easily copy the images stored. Let us have a look at its benefits:
One of the main benefits of using USB cables is their ability to carry more information per second (12 mb/second) than parallel cables (115 kb/second). This means faster data transfer. Another advantage that goes with an USB cable is that its port is smaller than parallel cable port. This allows computer manufacturers to efficiently come up with thinner and more compact laptops or portable computers.
If you are a multi-tasker or if you need to connect two or more devices into your computer or laptop, you will surely love using a hub. This allows multiple devices to be connected to one USB port on your PC. With a parallel cable, only one device can be plugged into the port.
Another good advantage of USB cables is that they can be used to charge gadgets like mobile phones and tablets, which is an ability that parallel cables lack. Just connect the USB charger into the right port on the phone and the other end is to be plugged into the PC's USB port; the charging process commences with the right amount of power running from the computer being effectively transferred into the phone.
With all the benefits and uses of USB cables, it shouldn't be surprising that these are now the more popular connectivity options than parallel cables.
Five Advantages of the Type-C Cable
With the popularity of Type-C, more and more electronic products have introduced electronic devices that support Type-C interfaces. Cable USB Type-C will also be mass-produced by data line factories for supply to major electronic devices. Why is Type-C so popular and so quickly accepted? Because it has so many advantages, it just caters to people’s needs. We are to introduce five main advantages of cable USB Type-C.
Both sides can be inserted: Does not distinguish between positive and negative, random insertion, turnovers zero, users don’t worry too much about positive plug is on, the other plug is not right, and Type C enough to replace other USB interface, because the Type-C is both the front and back of the card can be inserted, the description of the professional is the interface without direction.
Faster: A major feature of the Type C interface version is the transfer speed, which is more than the previous version doubled the theoretical bandwidth from 5Gbps to 10Gbps, it can do the USB 3.1 speed standard.
Power supply is stronger: Type-C interface with USB3.1 standard can provide up to 100W power output, USB Typc-C interface can be two-way power supply: either to the device itself, but also to power external devices, device charging time can be reduced accordingly .
Support video transmission: Many electronics industry also fancy the development potential of USB-C interface, have to USB-C media to expand its function. VESA, the video electronics standards group, introduced the “DisplayPort over USB-C” program for the United USB-IF, which enabled the USB-C interface with DP video transmission.
Long lasting: Type-C head metal with matte thickened material, including aluminum case protection, with up to 10,000 times more plug life and strength.
Type-C cable is mainly used in mobile phones, computers, electronic equipment and medical equipment. The industry generally believes that Type C data line with its lossless signal transmission, large capacity transmission, simple and convenient connection has become the world’s consumer electronics standard one of the representatives of the digital TV future development.
What is Micro USB? Advantages of Using Micro USB
Micro USB is a type of connector that was created in order to replace the traditional USB connector. It’s smaller and it also has a reversible design, meaning there are no wrong ways to insert it. The micro USB connector can be found on many different devices, including smartphones, cameras, car stereos, TVs, and more! The Micro-USB interface was introduced as a new standard by the Universal Serial Bus Implementers Forum (USB IF) group of companies in 2009. Its purpose was to simplify and improve upon its predecessor: the Mini-B USB 2.0 plug (or Type B). The Micro USB 3x3mm rectangular receptacle replaces both Mini-B plugs and sockets for higher power applications up to 2A at 5V. The Micro-USB connection was designed by the USB Implementers Forum, Inc. (USB-IF), a non-profit corporation that promotes USB technology. The micro USB specification will be used by a variety of firms in their future devices.
Universal design: The micro USB connector is almost universal in design, able to fit into any device that has a matching port. This makes it easier for manufacturers to create devices because they don’t have to do the extra work of creating individualized connectors for each model.
Smaller size: Using a smaller Micro-USB plug size also means more efficient space utilization and reduced size and weight of the final product. The Micro-USB interface is smaller than all existing Mini-B connectors and it weighs less than its predecessor while adding additional power capabilities of up to 2A (allowing charging up to two times faster). It also offers better performance with lower implementation costs. The smaller size means that it is able to fit into a mobile device’s port with ease, even when a case is on the phone or tablet. Also, the simple and streamlined design makes it reversible so there are no wrong ways to plug in the cord. This eliminates frustrations caused by conventional USB plugs which can be plugged in upside down; making them sometimes difficult to use without looking at the first (this goes for both micro and mini USB).
Save costs for manufacturers: The invention of the micro USB has made it easier for manufacturers to create devices because they do not need to make custom connectors that fit into their products. This not only saves them money on production but also time, making more efficient use of resources. One other significant application is in high-power electronic products like TVs and car stereos where the micro USB port allows for faster charging while reducing product size and weight by reducing the amount of metal needed to achieve power conductivity.
Support USB OTG：The USB OTG supplement allows for easy communication between devices that are not connected to each other via a computer. This new connector type will support the micro-USB specification, which was invented in order meet the needs.
What Are The Advantages Of A USB Type-C Cable?
If often seems that engineers can never leave well enough alone. Just when you get accustomed to using a piece of equipment, a computer program or even a type of cable – they change it. Of course, there are usually good reasons for the change, particularly in today’s environment where technological breakthroughs seem to come by the week. But it can still be aggravating to have to constantly adapt to new “stuff,” when the old stuff still seems to work just fine. A great example is the somewhat-recent introduction and growing popularity of USB Type-C cables and connectors.The biggest initial benefit to USB Type-C is convenience. A type-C connector is smaller and slimmer than the USB-A and USB-B connectors we now use regularly, making it easier to maneuver and use. Just as importantly, it is symmetrical. In other words, there’s no “right way” and “wrong way” to plug it in; you’ll never have to flip it over because you incorrectly guessed which side was the top and which was the bottom, or reverse the cable because you were trying to plug the wrong end into your computer.Another huge benefit is the amount of power a Type-C USB cable can carry. A standard USB connection maxes out at about 2? watts. A USB-C connection, by contrast, can handle 100 watts of power, in either direction. Why is that important? 2? watts is enough to charge a phone, but 100 watts can charge just about any laptop or other large device. Just as importantly, power and data can be carried through the same cable at the same time, in either direction. Then, there’s capacity. Unlike its predecessors, USB-C will support the bandwidth necessary to send perfect 4K video signals through a USB connection, without the need to compress and therefore diminish the video signal.
Top 5 reasons for Using Flat Cables
Flat cables allow for compact designs of electrical conductors and tubing, encasing power, signal, video, data and even pneumatic tubing in one flat profile. By eliminating the multiple layers of fillers, shielding and jacketing used in round cables, they offer reduced space and weight and extremely long lives. Here are some typical benefits of it:
Reliability: The simplicity of flat cable with its parallel conductor geometry eliminates many of the common sources of wiring error and malfunction. Registration of the conductors is one-to-one with the terminating connector or board so that proper contact assignment is almost automatic.
Weight Reduction: The use of flat cable often eliminates much of the conventional wire weight. Such things as redundant insulating materials, fillers and tapes are not required. In addition, the composite flat cable construction is so mechanically strong that it is not necessary to have large conductors for strength. The copper cross-section can thus be reduced to what's required to carry the current load or to satisfy voltage drop requirements.
Space Efficiency: Eliminating unnecessary insulating, fillers and tapes reduces the bulk and physical volume of flat cables. In addition, their low profile enables them to hug surfaces and take advantage of tight, or normally-unused space. A rectangular cross-section allows flat cables to stack, or layer, with almost no wasted dead space between cables, providing maximum conductor density for a given volume.
Flexibility: Flat cable is extremely flexible when bent in the plane of its thin cross-section. This flexibility has been utilized in applications where continuous or high flexing is necessary, e.g. drawers, doors, rotating arms, etc.
Greater Strength: Strength is enhanced by the fact that all conductors and insulation equally share tensile loads.
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