Why USB Type-C Cables Are the Best Smartphone Cables You Can Buy

There are different types of USB cables, including the original Type-A and Type-B, as well as the micro and mini versions of themselves.

However, the newer Type-C cables are more versatile and powerful than the older generations of cables, and in fact, are quickly becoming the new industry standard, especially for future technology design.

What Makes the C-Type So Awesome?

Most consumers probably have a tangled stack of various types of USB cables hanging around the house. Some fit this device, some fit that device, and what the heck is that weird little one squeezed way in back of the drawer used for?

Because of its universal design, the Type-C USB cable will be able to eliminate much of that cord hassle.

What Are the Features?

Unlike Type-A and Type-B cables, USB-C features the same plug-in on both ends of the cable. That means either end can plug in to either the host or the receptor with the same functionality. In other words, you don’t have to worry about plugging it in backwards or upside down. This means less wear and tear on your devices since you’re less likely to damage them.

What Are the Benefits For My Phone?

As mobile phones get smaller, the Type-C cord’s smaller cable ends can accommodate newer technology. The reversible cable heads make charging a breeze. No worries about finding the right cord.

These smartphone USB cables offer faster and more powerful data and power transfer. In fact, they have the capability and speed to power laptops and external monitors, not to mention internet connection.

What About My Older Phones and Devices?

Keep your Type-A and Type-B cords if you need them, certainly, unless you invest in adaptors to make all your ports and receptacles Type-C friendly.

USB-A and USB-B have been factored out of most devices. All new consumer devices, from smartphones to tablets and all sorts of USB-equipped electronics use the Type-C standard exclusively.

At the End of the Day

Less cables around the house means less clutter and less waste.

The universal design points of USB Type-C cables to a more environmentally-friendly tech future for everyone.

With a versatile dual-headed design, smaller size and rapid transfer abilities, the USB Type-C cable is the best way to go, going forward. It’s the perfect way to power not just your phone, but all your devices, quickly and easily.

Type-C USB cables are, quite simply, the way to go. Buy USB-C cables at PrimeCables.ca today.

What Makes USB Type-C Cables Different From USB Type-A and Type-B?

USB design is moving at a rapid pace in today’s connected world, and will only keep increasing.

As devices become more portable and prolific, the need for convenient and efficient data transfer and power charging is constantly growing.

How Will Tech Companies Keep Up With Consumer Needs?

USB Type-C cables provide the connection, power and data needed to run today’s technology.

However, with so many different devices on the market, it is the hope for every household to move away
from the tangled-up messes of yesteryear and have USB-C compatibility across all smartphones and

Overview of the Types of USB Cables

There are different types of USB cables covering functionality and speed, as well as the actual physical design of the ends. In addition to USB Type-C, there is also Type-A and Type-B.

When it comes to connectivity, if you’re new to the world of USB cables, there are three terms to know.

The ‘host’ is the device that is providing the charge or data transfer, like a desktop computer or gaming console. The end of the USB cable plugs into the host to provide a flow to the device being charged.

The ‘port’ is the USB slot on the host.

The ‘receptor’ is the device that is receiving the charge, such as a mobile phone or music player. The USB slot on these devices receives the other end of the USB cable.

USB cables that are designated as 1.1, 2.0 and 3.0 use the Type-A (most common) and Type-B (usually used on peripheral devices, such as printers) USB ports.

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What Makes the USB Type-C Cable Different From Type-A and Type-B?

In 2015, the USB Type-C was created and newer devices were able to use these new cables.

The cables are capable of high speed transmission and also feature “reverse plug orientation”. Both ends of a USB-C cable are the same, and can be used either on the host or the receptor.

The design makes it impossible to plug the cable in upside down or backwards, thereby reducing damage to the cords and ports.

These cables also provide a bi-directional power supply, meaning that data and power can travel both ways.

Why Are USB Type-C Cables the Way of the Future?

Fast, efficient and versatile. USB Type-C cables will be able to work with all hosts and receptors that can receive them.

This remarkable design has already reduced the need for many USB cables, helping to clean up messy drawers and charging stations.

The plug-in-both-ends function will help add longer life span to your electronics, due to reduced wear and tear.

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How Do I Know What USB Cable to Buy for My Device?

Chances are, if you have electronic devices in your home, you’ve also got a collection of USB cables of all different types cluttering up your drawers.

While USB cables were originally intended to be universal (hence the name Universal Serial Bus cables), as technology has advanced, so has the data transfer and charging needs of each new device.

What Types of USB Cables are Available?

There are a few different types of USB cables, all based on compatible ports (the parts where you plug the cords in), on the host (the power/data supply), and the receptor (the device being charged or updated).

Original USB Types

  • Type-A USB cables are the original USB cables, and they were designed to fit everything back in the day.
  • Type-B USB cables have more of a square end, and are used to plug in to peripheral devices, such as hard drives and home printers.
  • Type-A and Type-B cables also have mini and micro versions of themselves to service smaller devices.
  • There may also be adapters available for these cables to increase the versatility of your cord collection.

Newer USB Technology

Type-C USB cables are likely to be the future in USB cables. Both ends are the same, and they cannot be plugged in backwards or upside down. A bonus is that these cables are capable of transferring power and data two ways, not just one way. As more devices become compatible with Type-C, users will be able to toss a lot of their old cables and can streamline their charging areas. This has already happened in a lot of cases as USB-C has been adopted as the new standard.

Different Charging Cables

The “pin style” USB lightning charging cables are dedicated to Apple products and are only compatible with these devices.

Differences Between USB 2.0 and 3.0?

The number across USB designations refers to the amount of power or voltage and the amounts of data that the cord can transfer. USB 3.0 cables have more speed and capacity than the older 2.0 cables.

Can All USB Cables Transfer Power and Data?

Yes. These cables contain two dedicated wires: one to transfer power and the other to handle data. That being said, not all USB ports are able to transfer or receive data. Some are designed to only transfer power, in order to recharge the device attached.

Which Cords to Buy?

Once you’ve determined the type of cord required, (Type-A, Type-B or Type-C), the next step is to decide upon the speed and capacity needed for your device. With this information, you’ll be able to power up your electronics quickly and easily.

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What Type Of USB Type-C Cable Do I Need?

USB-C cables are the go-to USB cable for newer devices. This cable is capable of transferring data, power, video, and audio quickly and reliably. However, not every USB-C cable is created equal. Learning the differences in USB-C cables can help protect your devices.

What Is The USB-C Connector?

The USB-C connector was created to be a universal connector, one that could be used with not only phones but also with computers, power supplies, and other accessories.

Unfortunately, it isn’t that simple. Individual manufacturers implement varying protocols for the cables, since the name USB-C simply refers only to the shape and not the manufacturing protocol. While two USB Type-C cables may look the same, they can have different functional capabilities.

What Speed Are USB-C Cables?

There are three speeds USB-C cables can run on – USB 3.1, 3.0, or 2.0.

USB 3.1 or Gen 2 cables work quickly. These cables are capable of transferring an HD movie in five seconds, which equals approximately 10 gigabits per second. If using a USB 2.0 cable for the same project, it would take about two minutes, roughly 480 megabits per second. Be sure to determine the speed of the cable before purchasing to meet your needs.

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What Is The Usability Of A USB-C Cable?

If you receive a USB-C cable with a device, in most cases, the device will dictate a lot about the specifications in the cable. For example, a USB-C cable that charges a cell phone will not be as fast as one that came with an external hard drive.

You may run into certain usage limitations with USB cables like these. While some can send video signal and be used with a second monitor, others are unable to send any video signal at all. While there are USB-C adapters, they vary in what they’re capable of. If using an adapter, there is no guarantee that it will make it so that a USB-C cable works between devices. For example, a headphone USB-C adapter that came with one phone may not work with any other phone.

USB-C Cables Must Transfer The Right Amount Of Power

Every device requires a different amount of power; some require more, some much less. While there are supposedly safeguards in place to prevent damage, some manufacturers will cut corners to save money.

It is important to be sure the USB-C cable you are using sends the correct amount of power to your device so you don’t risk ruining the charger port. It has been proven using the wrong amount of power can cause this to happen.

To avoid the chance of damage, be sure to purchase from trusted sources and brands, ensure to fully read the reviews and description, and make sure the cables are being used correctly. PrimeCables.ca is the place to shop for all that and more. Pick up your USB Type-C cable today.

What Is The Difference Between USB 2.0 And USB 3.0 Cables? – See Here

USB cables are not one-size-fits-all. You may have seen them identified by both numbers and letters. The number system is what we’re discussing here, with USB 2.0 cables and USB 3.0 being the most common.

While USB 2.0 cables are more widespread in their adoption and less expensive, USB 3.0 is the current gold standard. USB 3.0 cables offer enhanced performance, incredible speed, and efficient power management.

Getting To Know USB 2.0 And 3.0 Cables

Also called High-Speed USB, USB 2.0 cables were released in the year 2000. To this day, USB 2.0 cables remain in use for most devices and are likely the type you use every day. The transfer speed for the USB 2.0 is 480 megabits per second which is relatively fast but not as advanced as the superior 3.0 standard.

USB 3.0 cables were first released in November 2008. Even since, due to the number of improvements, USB 3.0 has become the new standard for USB-connected devices. The data transfer speed of a high-quality USB 3.0 cable is ten times faster than the USB 2.0, around 5 Gbit/s.

Differences Between USB 2.0 And 3.0 Cables

Typically, on appearances, a USB 3.0 cable will have blue coloured inserts and a logo. Comparatively, a USB 2.0 cable will have white or black inserts. Also, a USB 2.0 cable will only have four connector wires while a 3.0 will have nine. The extra wires in a USB 3.0 are used to increase bandwidth and allows for two-way communication to occur simultaneously.

The speed of USB 2.0 is sufficient to connect keyboards, mice, or headphones, however, a USB 3.0 cable will work much faster.

Prices are much cheaper for a USB 2.0 cable than USB 3.0. For general use, such as transferring small documents, a USB 2.0 is sufficient. However, if using the drive frequently or moving large documents, a USB 3.0 is recommended.

Charge time also varies between the USB 2.0 and 3.0. A USB 3.0 is more power-efficient and provides higher power delivery. USB 3.0 devices charge faster and 3.0 ports support power-consuming devices. USB 3.0 devices recognize when power is needed, and conserve power when the device is idle.

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Which USB Cable Is Best?

One good thing about USB 3.0 Type-C cables is that they are backwards compatible. This means if an earlier version is connected to it, the drive will still work as normal. Depending upon one’s needs, USB 2.0 or 3.0 are both excellent choices.

While the USB 3.0 is seen as the superior choice, it is not always necessary for everyday tasks, however, you will get faster sync and charge on this advanced standard.

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Do All USB Cables Sync And Charge?

While it is commonly believed all USB cables are the same, it’s not true.

There are two types of USB cables; one that is charge-only, and the other is one that both charges and syncs data. The second type is sometimes referred to as a data cable or a USB sync-and-charge cable.

It is important to recognize the difference between these two USB cables and to choose the USB cable that will best fit your needs.

Differences Between Charge-Only USB Cables And Sync-And-Charge Cables

Looking at USB cables that strictly charge and those that can sync data as well, the difference is simply the number of wires within the cable casing. The number of wires determines the capabilities of the USB cable.

USB charging cables only have two wires, a positive and a negative. Sync-and-charge USB data cables have four.

There are positive and negative wires in both charger and data cables. These wires are responsible for carrying power to the connected device. Data cables add two more wires with the positive and negative wires. These wires are called ‘data transfer’ and ‘data receive’. They are responsible for the transfer and reception of data from the connected device.

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How Do I Tell From Appearances What Kind Of USB Cable I Have?

There are no rules implemented by the USB Implementers Forum that require manufacturers to label USB cables to identify one type from the other. A USB cable will not be labelled with any sort of symbol or icon. Of course, this makes it difficult to tell the two cable types apart.

There are a few steps you can take to distinguish between the two types. One way to determine the USB cable type is to physically examine the thickness of the cable. A data cable is noticeably thicker than a charge-only cable, as there are two extra wires within the casing. It might be possible to analyze the number of pins in the connecting end of the USB cable as well. A sync-and-charge USB cable will have one pin per wire; two would indicate a charge-only cable.

It may also be a good idea to contact customer support for the cable you are considering purchasing if there is any uncertainty about what type of USB cable it is.

You will be able to obtain more information and ensure the cable is the proper USB cable type for your needs. If purchasing in a store, consult with an attendant to confirm the product is what you need. Most USB cables are sync-and-charge and will be labelled as such on the packaging. However, if you aren’t sure, you have a way to find out.
The final option, if you still aren’t sure, is to test the cable to discern its capabilities. Connect the USB cable to your computer. If there are problems accessing your connected data but your device appears to be charging, it is likely a charge-only cable.

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Why Buy A Short USB Cable

Length isn’t always better. Especially with USB cables. Though most prefer an average to extra-long USB cable, in more instances than most expect a short USB cable works even better. A shortened cable cuts down on excess unused cable length and charges quickly.

What Is A Short USB Cable?

By ‘short, we mean a 0.5 ft USB cable. That’s only six inches. It’s enough to connect a device in close proximity to the charger.

Any USB type can be made into a short-length cable. They have short USB-C cables, USB 2.0 cables, and more. Compatible with any USB-enabled device, they make short USB cables for Samsung Galaxy phones, Apple iPhones, OnePlus, Pixel, and more.

Is A Short USB Cable Faster?

You cut out a minimal amount of distance when you choose a short USB cable compared to a longer cable.

A short USB cable is not any faster or any slower than a long cable. USB 2.0 cables all support transfer rates up to 480Mbps regardless of cable length so long as it’s not excessive. The performance is just as good on a short cable as with a long cable, meaning you shouldn’t have concerns if you are considering a 0.5 ft USB cable.

Some claim short USB cables are better for charging and transferring data. This is because the longer the cable, the more resistance there will be and the more voltage or power you lose in distance. That said, this sort of change from long to short is negligible with general consumer cables.

When Is A Short USB Cable Preferred?

A short USB cable keeps your device close to the charger. This isn’t a handicap though. A smartphone charging next to your computer is the perfect example. You can set your device beside your computer and charge away without any unnecessary cable length occupying surrounding space.

An external battery pack or portable power bank necessitates a short-length cable as an average-size cable has unnecessary length that can catch on things as you move around or accidentally disconnect if it does catch on a doorknob, hook, or corner.

Another example is when you are charging a device with your device placed on a surface, in a holder, or mounted nearby. A multi-port USB hub and a collection of short USB-C cables avoid the usual tangled mess of smartphone cables.

Shop short USB cables, long USB cables, and Nylon-braided USB cables at PrimeCables.ca. Charging your devices will be a lot easier when you aren’t carrying around the extra cable. It doesn’t have to be that way. Select a short-length USB Type-C cable for your devices.

4 Ways to Use A Right-Angle USB Cable For Your Device

A right-angle USB cable is a welcome choice for smartphone and tablet users and to anyone experiencing a constant bending of their cables when plugging them in.

A right-angle USB-C cable provides the chance to safely plug in to areas that are tight or that would normally compromise the integrity of a regular cable. A regular cable sticks out forward which is perfect if you want your device to be in front of the port and perpendicular. For positioning that’s parallel though, you need a right-angle.

Here are 4 ways to use a right-angle USB cable around the house, office, and when you’re commuting.

Small, Thin Countertops And Surfaces

Some of us charge devices on wide surfaces while others have thin or longer surfaces. Where there isn’t enough space beside your charger to safely put your device, a right-angle USB cable allows you to wrap around and place your device somewhere safe without bending the connector.

Mounts, Holders, And Stands

There are all sorts of device mounts, holders, and stands, some portable and open and others closed in design.

These carriers do not always accommodate the charging angle of a device. Now you have options. If it’s challenging to charge your device because you’re concerned about a bent USB cable, try a right-angle USB cable instead.

Though not a panacea for every mount, carrying case, holder, or stand charging issue, any premium right-angle USB cable provides another option to charge your device in its case or container.

While Traveling With A Power Bank

When you’re traveling and you have your device plugged in, you put it on your car’s console or throw it in your bag without giving it much thought.

Unless your smartphone is secure in your pocket, you’re probably bending the cable in transportation simply by having it loose and unsecured.

Though no immediate damage is being created, this is causing wear-and-tear on the internal connector inside your smartphone port. You bend the cable back and forth repeatedly throughout a course of travel.

A right-angle USB cable hopefully can eliminate some stress, maintaining the charge while reducing this wear-and-tear.

Charging Your USB Device in Bed

A lot of us have USB plugs to the side of our mattresses or at the top. Trying to plug in your smartphone requires some crafty maneuvering to get it connected for some. This is a great opportunity to pull out a right-angle USB 2.0 cable.

At a 90-degree angle, there is no bending and no issues maintaining a connection. Your right-angle cable will last longer this way and it will be better maintained while in use than a straight cable.

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What Is A USB Lightning Cable?

Apple’s proprietary USB lightning cable is their alternative to micro-USB and now USB-C. They were the first to implement cables that work in both orientations, along with many other new features. Some are for them, and some are against them. Here’s more about these lightning cables.

The History of USB Lightning Cable

Lightning is the type of USB connector Apple has used for many of its devices since 2012. The cables provide both charging and data transfer. The Lighting connector is much thinner than standard micro-USB and USB-C options.

While Apple has maintained its strong stance on keeping its proprietary lightning connectors, recent pressure might have them making a change soon enough.

What Does Lightning Do?

Of course, a lightning cable has the standard features of both charging a device and providing data transfer. Unlike older USB cables, the lightning connector can be plugged in upside down and still work.

Apple also uses the connector for transmitting audio, with traditional headphones requiring an adapter to work with many of their devices.

Lightning Adapters

Because the USB connectors are exclusive, many devices require adapters. One of the most common is the USB camera adapter for connecting to external cameras. There are also video adapters for streaming video from a device to a TV.

Many other accessories use the Apple-certified lightning cable port, including branded headphones and home entertainment devices.

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Apple Accessories

USB lightning connectors aren’t just for charging phones and data transfer. Many Apple accessories use the connectors to allow for easy connecting to devices. Among these are standard keyboards and mice, along with trackpads and drawing tools.

Adoption is the biggest hurdle for any new standard, and the wealth of adapters and their ease of use help USB Type-C face that challenge.

Device Compatibility

Most of Apple’s devices for the past ten years have supported lightning cables. Starting with the iPhone 5, all iPhones running up to the current iPhone 12 use MFI-certified lightning cables. This is also true of iPads starting from the iPad 4, including the Air and Mini.

While they’ve fallen to the wayside compared to the iPhone, iPods are still around and supporting lightning USB cables for both Nano and Touch models.

The Top Perks of USB Lightning Cables

There are lots of ways that lightning is better than other options. One of the most prominent is uncompressed digital audio, allowing the highest quality for audiophiles. There is also HD video output and impressive transfer speeds in general.

The lightning cable has a high power throughput that allows for rapid charging and for larger devices to be powered through the cable. Shop lightning cables at PrimeCables.ca.

USB-C Cables vs. USB 3.0 Cables; Which Is Better

USB was initially invented to standardize connections. The “U” stands for “universal.” However, in the years since, there have been many innovations. USB-C and USB 3.0 are two of the latest developments, but what are they, and who needs which?

What’s the Difference?

Comparing USB-C and USB 3.0 isn’t as simple as comparing apples to apples. USB-C is the specific type of connector used, with certain devices designed for that connector. USB 3.0, on the other hand, refers to a speed standard for USB cables.

USB-C and USB 3.0 are both important factors in determining the right cable, with each aspect affecting device compatibility and performance.

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What Exactly is USB-C?

For many years micro-USB was the standard for most devices. Its connector was asymmetrically shaped, being smaller on top. USB-C, or USB Type-C, is symmetrical and can be plugged in either way. USB-C has been rapidly adopted by almost all devices.

USB-C has numerous advantages over micro-USB, including video output capabilities and increased power throughput to power devices like laptops.

The Benefits of USB 3.0

USB 3.0 isn’t the shape of the connector but the standard for data transfer rates. Many USB-C cords are capable of handling USB 3.0. The new standard replaces USB 2.0, reaching data transfer rates over ten times those of its predecessor.

USB 3.0 can be identified by an additional connection pin inside the connector. It’s most commonly used for external hard drives that need high transfer speeds.

Beyond USB 3.0

While many devices still aren’t even using USB 3.0 cables, there are already some going further. USB 3.1 and 3.2 are already out there, offering speeds up to 2.5GB/s, over four times USB 3.0. Looking towards the future, USB 4.0 is also being developed.

The rapid advance in data transfer standards for USB is hard to keep up with, and many USB-C cables only support USB 2.0 up to this point.

Issues With USB-C

While USB 3.0 is establishing a standard to be used across all cables, USB-C is introducing some issues. There are proprietary protections on some cables that only allow devices to use all features with brand-name cables.

There is also a lot of variability in what different ports can offer. Many fail to exploit new features like fast charging and video streaming.

No Need to Choose Between the Two

USB-C and USB 3.0 aren’t mutually exclusive. There are cables that are both and cables that are only either one. USB-C is only necessary when a device has that specific connector, while USB 3.0 can benefit any device.

Those with USB-C devices can use USB 3.0 to achieve faster data transfer rates while enjoying all the perks that come with USB-C. Shop both USB-C and USB 3.0 at PrimeCables.ca today.