Home - Products - USB Cable -

Type-c Data Cable

Why Choose Us?

Competitive Price

We are committed to providing our customers with the best quality products and services at competitive prices.

Quality Control

We have a strict quality control system to ensure that our products meet the highest standards of quality.

After-Sale Service

Our personnel are generally within the spirit of continuous improvement and excellence, and using the excellent top quality goods, favorable rate and superior after-sales expert services, we try to win every customer's believe in for Usb C Cable Data Transfer.

24H Online Service

If you have difficulties when using the product, we will respond to your needs as soon as possible and give you the greatest support.

What is Type-C Data Cable?

Type-C data cable refers to a data cable with a USB Type-C interface. USB Type-C, or simply Type-C, is a hardware interface specification for the Universal Serial Bus (USB). The highlight of the Type-C interface lies in its slimmer design, faster transmission speed (up to 10Gbps for USB3.1), and stronger power transmission (up to 100W).

Advantages of Type-C Data Cable

01/

Universal Compatibility:
Type-C cables are widely compatible with a range of devices, including smartphones, tablets, laptops, and even some external hard drives and monitors. This universality eliminates the need for multiple cables for different devices, making it more convenient for users.

02/

Reversible Design:
Unlike traditional USB cables, Type-C cables have a reversible design, meaning you can insert them into a port without having to flip them over. This feature greatly enhances user experience, as it eliminates the frustration of trying to figure out which way to insert the cable.

03/

Faster Data Transfer:
Type-C cables support higher data transfer speeds than previous generations of USB cables. Depending on the specific implementation, they can handle data transfer rates of up to 10 Gbps, making them ideal for transferring large files or streaming high-definition content.

04/

Greater Power Delivery:
In addition to faster data transfer, Type-C cables can also deliver higher power outputs. This allows for faster charging of devices, as well as the ability to power more power-hungry devices like laptops or external hard drives.

05/

Durable and Flexible:

Type-C cables are typically designed with a durable and flexible material that can withstand repeated bending and twisting without breaking. This makes them more resilient to damage than some other types of cables.

06/

Future-Proof Technology:
As more and more devices adopt Type-C ports, this cable technology is becoming increasingly common. Buying a Type-C cable now means you'll be able to use it with a wide range of devices in the future, making it a more future-proof investment.

Material of Type-C Data Cable

Insulation Material

The insulation material is used to cover the wires inside the cable to prevent electrical shorts. Common materials used for insulation include polyvinyl chloride (PVC), thermoplastic elastomer (TPE), and fluorinated ethylene propylene (FEP).

Conductor Material

The conductor material is the core of the cable, responsible for carrying the electrical current. It is typically made of copper wire, which is a good conductor of electricity. Some high-end cables may use silver or gold-plated copper wires for better conductivity.

Shielding Material

Shielding is used to protect the cables from electromagnetic interference (EMI) and reduce signal loss. It is often made of a metal braid or foil that surrounds the inner wires.

Application of Type-C Data Cable

Smartphones and Tablets

Many modern smartphones and tablets, including those from Apple, Samsung, Google, and others, use Type-C ports for charging and data transfer. Type-C cables are essential for syncing files, charging devices, and connecting to external displays or other peripherals.

Laptops and Notebooks

Many modern laptops and notebooks, particularly those with thinner and lighter designs, adopt Type-C ports for both charging and data transfer. Type-C cables can be used to connect peripherals like external hard drives, monitors, and keyboards, as well as for charging the laptop itself.

Virtual Reality (VR) and Augmented Reality (AR) Devices

Some VR and AR headsets use Type-C ports for charging and data transfer. Type-C cables can be used to connect these devices to computers or other peripherals, as well as for keeping them charged during extended use.

External Storage and Displays

Many external hard drives, solid-state drives (SSDs), and monitors now come with Type-C ports for faster data transfer and charging. Type-C cables are used to connect these devices to computers or other compatible devices.

Power Delivery

Type-C cables can support higher power delivery, making them suitable for charging high-power devices like laptops and tablets. They can also be used with power banks or other charging devices that support Type-C output.

Automotive Applications

Some modern cars and automotive systems use Type-C ports for connecting smartphones, tablets, or other devices for infotainment, navigation, or other functions. Type-C cables are used to establish a connection between the device and the car's system.

Components of Type-C Data Cable

Connector:
The Type-C connector is the physical interface that plugs into the device. It has a reversible design, meaning you can insert it into the port without worrying about the orientation. The connector typically includes metal pins that make contact with the corresponding pins in the device's port to establish a connection.

Wiring:
Inside the cable, there are wires that carry the data and power signals. These wires are typically made of copper or other conductive materials. For data transmission, there are usually multiple wires twisted together to form a wire bundle, known as a twisted pair or twisted pairs, to reduce interference and improve signal quality.

Circuitry:
Depending on the cable's functionality, it may include additional circuitry to handle data transmission, power delivery, or both. This circuitry can include resistors, capacitors, inductors, and other components to regulate the flow of current and protect the cable and connected devices from damage.

Insulation:
The wires and circuitry are typically insulated with a protective material, such as plastic or rubber, to prevent electrical shorts and damage. This insulation also helps maintain the structural integrity of the cable.

Jacket:
The outer layer of the cable, known as the jacket, provides protection and durability. It is typically made of a flexible material, such as plastic or rubber, and can be colored or marked with identifying information, such as the cable's rating or manufacturer's logo.

How to Connect Type-C Data Cable Correctly?

Locate the Correct Ports:
Identify the USB Type-C ports on both your devices. These ports are typically labeled with the Type-C symbol.

Prepare the Cable:
Ensure you have a suitable USB Type-C data cable. Many modern devices come with a USB-C to USB-C cable, which is required for connecting two Type-C devices.

Insert the Cable into the Host Device:
Take one end of the USB-C cable and gently insert it into the USB Type-C port of the host device (e.g., a computer or a power adapter). Push firmly until the connector clicks into place.

Connect to the Peripheral Device:
Take the other end of the USB-C cable and insert it into the USB Type-C port of the peripheral device (e.g., a smartphone, tablet, or external hard drive). Again, ensure it's inserted firmly.

Check the Connection:
Once both ends are connected, check if the devices recognize each other. You might see a notification on the host device indicating that a new device has been connected.

Enable Data Transfer or Charging:
Depending on your devices and their settings, you might need to enable file sharing or select a charging mode. Some devices might automatically detect the connected device and configure the necessary settings.

Use the Connected Devices:
Once the connection is established, you can start transferring data, charging the device, or use it for other supported functions.

How Fast Does a Type-C Data Cable Transfer?

The transfer speed of a Type-C data cable depends on the protocol and interface standard it supports. The Type-C connector itself is a physical interface standard that does not define the transfer speed. However, the Type-C connector can support various data transmission protocols, including USB 2.0, USB 3.1, and USB 3.2, which determine the different transfer speeds.

USB 2.0:
If the Type-C data cable uses the USB 2.0 protocol, its transfer speed is typically up to 480 Mbps (megabits per second). This speed is suitable for low-bandwidth applications, such as connecting mice, keyboards, or low-speed external storage devices.

USB 3.1 Gen 1:
When the Type-C data cable uses the USB 3.1 Gen 1 protocol, the transfer speed can reach 5 Gbps (gigabits per second), which is approximately 10 times faster than USB 2.0. This speed is suitable for transferring large amounts of data, such as high-definition videos or large files.

USB 3.1 Gen 2:

The higher version of USB 3.1 Gen 2 (also known as USB 3.2 Gen 2) can achieve transfer speeds of up to 10 Gbps in Type-C data cables. This is twice the speed of USB 3.1 Gen 1 and suitable for applications that require extremely high data transfer rates, such as connecting external solid-state drives or high-resolution displays.

How to Check if the Type-C Data Cable Is Working Properly?

To check if a Type-C data cable is working properly, you can follow these steps:
Physical Inspection
Examine the cable for any visible damage, such as frayed wires, broken connectors, or bent pins. Look for any debris or dirt that might affect the connection.

Connectivity Test
Connect the Type-C data cable to a known working USB Type-C port on a device, such as a laptop or smartphone. Ensure that the cable is firmly inserted and that the connection is secure.

Data Transfer Test
If the cable is designed for data transfer, try transferring files between two devices using the cable. Move a small file first to check if the transfer starts without any issues. Then, try transferring a larger file to assess the speed and stability of the connection.

Charging Test
If the cable is also designed for charging, connect it to a power adapter and a compatible device to see if it charges properly. Check if the device indicates charging and if the charging speed is as expected.

Device Recognition

Connect the Type-C data cable to a computer and check if the device is recognized in the file system or if it appears in the device manager. This step helps verify that the cable is recognized by the computer and can be used for data transfer.

Error Messages

Look for any error messages or warnings on the devices you are connecting. Sometimes, if there is a problem with the cable, the connected device might display an error message indicating a connection issue.

Compatibility Check

Ensure that the cable is compatible with the devices you are using. Not all Type-C cables are created equal, and some might be designed specifically for charging or data transfer. Check the specifications of the cable to ensure it meets the requirements of your devices.

Are Type-C Data Cables Compatible with All Devices?

Type-C data cables are designed to be compatible with a wide range of devices, but they are not necessarily compatible with all devices. The compatibility of a Type-C cable with a specific device depends on several factors, including the device's hardware and software configuration, as well as the power and data transfer requirements of the device. Most modern smartphones, tablets, and laptops support Type-C connectors, but some older or cheaper devices may still use different connector types, such as Micro-USB or USB-A. Therefore, while Type-C cables are becoming increasingly common, they may not be compatible with every device on the market. In addition, even if a device has a Type-C connector, it may not support all the features of a Type-C cable. For example, some devices may not support high-speed data transfer or fast charging through a Type-C cable. Therefore, it's important to check the specifications of both the cable and the device to ensure compatibility.

Are Type-C Data Cables Durable and Can They Withstand Frequent Bending?

Type-C data cables are generally designed to be durable and can withstand frequent bending. However, the durability of a cable can vary depending on its quality and construction. High-quality Type-C cables are typically made from flexible and durable materials, such as nylon or reinforced plastic, that can withstand repeated bending and twisting without breaking or damaging the internal wires. Additionally, the connector ends of Type-C cables are often reinforced with metal for added durability. However, even though Type-C cables are designed to be durable, they can still become damaged if they are bent or twisted excessively, exposed to extreme temperatures, or subjected to other abusive conditions. If a cable is damaged, it may not work properly or may even pose a safety hazard. Therefore, it's important to handle Type-C cables carefully and avoid bending them excessively or exposing them to harsh conditions. When storing cables, it's best to coil them gently or fold them in a way that doesn't kink or twist the wires. Additionally, it's a good idea to avoid stepping on or running over cables, as this can cause internal damage that may not be immediately visible.

How Does the Fast Charging Feature of a Type-C Data Cable Work?

Hardware Compatibility:
Fast charging requires both the device and the charger to be compatible with fast charging technology. The device must have a battery that can accept a higher current or voltage input, while the charger must be able to provide this higher power output.

Power Delivery Protocol:
Type-C cables support the USB Power Delivery (USB-PD) protocol, which allows for negotiation between the charger and the device to determine the optimal power delivery rate. This ensures that the charger provides the right amount of power to the device, without exceeding its capacity.

Higher Current and Voltage:
Fast charging cables are designed to carry higher current and voltage than standard cables. This allows for a faster transfer of energy from the charger to the device's battery, resulting in faster charging speeds.

Intelligent Charging:
Modern fast charging technologies include intelligent charging features that monitor the battery's temperature, voltage, and other factors to ensure safe and efficient charging. This helps prevent overheating and other potential safety issues.

Software Support:
Fast charging also requires software support from the device's operating system and charging software. This software manages the charging process, coordinates with the charger, and optimizes power delivery for maximum efficiency and battery health.

Are Type-C Data Cables Designed to Withstand Frequent Plugging and Unplugging?

Type-C data cables are designed to withstand frequent plugging and unplugging. The connector design of Type-C cables is intended to be robust and durable, allowing for repeated connections and disconnections without easily wearing out. The Type-C connector has a reversible design, meaning you can plug it into a device either way, which reduces the chances of damaging the connector or the port on the device. This design also makes it easier to insert and remove the cable, reducing the force needed to connect or disconnect it. In addition, Type-C cables often have strain reliefs or reinforced areas near the connector ends to absorb the stress of plugging and unplugging. This added reinforcement helps prevent damage to the cable and extends its lifespan. Even though Type-C cables are designed for durability, frequent plugging and unplugging can still cause wear and tear over time. If the connector becomes loose or damaged, it may not connect properly, affecting data transfer or charging capabilities. If you notice any issues with your Type-C cable, it's best to replace it with a new one to ensure reliable performance.

Things to Note When Plugging and Unplugging the Type-C Data Cable When the Device Is Powered on

Device Compatibility

Not all devices support hotplugging, which is the ability to connect or disconnect devices while the system is running. Check your device's documentation or specifications to ensure that it supports hotplugging for Type-C cables.

Data Loss or Disruption

If you are transferring data using the cable, unplugging it while the device is powered on may result in data loss or disruption. It's best to wait for the transfer to complete or safely eject the drive before unplugging the cable.

Surge Protection

Some devices may have surge protection features that protect the device from sudden power surges or spikes when cables are plugged or unplugged. However, this protection may not be present in all devices, so it's important to handle cables carefully to avoid causing any damage.

Battery Drain

If you are charging the device using the Type-C cable, unplugging it while the device is powered on may cause the battery to drain faster if the device is actively being used.

What Is the Maximum Bandwidth Supported by a Type-C Data Cable?

The maximum bandwidth supported by a Type-C data cable depends on the specific implementation and version of the USB standard it adheres to. The USB Type-C connector itself is designed to be backward-compatible with previous USB versions, including USB 2.0, USB 3.0, USB 3.1, and USB 3.2. Currently, the highest bandwidth supported by the USB Type-C connector is USB 3.2 Gen 2x2, which provides a theoretical maximum bandwidth of 20 Gbps (gigabits per second). This speed is achieved by using two USB 3.2 Gen 2 channels simultaneously, each operating at 10 Gbps. It's important to note that the actual bandwidth achieved may be limited by the host device, the cable itself, or the connected peripheral. Additionally, the cable's internal wiring and electronics must be capable of handling the higher bandwidths. Not all Type-C cables are rated for USB 3.2 Gen 2x2 speeds, so it's important to check the specifications of the cable you are using. If you are looking for a Type-C data cable with the highest possible bandwidth, it's recommended to choose a cable that is certified for USB 3.2 Gen 2x2 or at least USB 3.2 Gen 2 (10 Gbps) to ensure compatibility with the latest devices and fastest data transfer speeds.

Our Factory

We are a professional manufacturer of designing, producing, and selling a wide range of 3C productions, mainly the qualified cables, wire harnesses and other assemblies. Applications include automotive, new energy, commercial, medical, data transmission, computer, and mobile phone. We have advanced automated production equipment, efficient production capacity, perfect management system, quality products and service capabilities. We have got the certificates of ISO9001, TS16949 and UL. Welcome all the customers across the world to discuss business cooperation opportunity.

productcate-1-1

Ultimate FAQ Guide to Type-C Data Cable

Q: What is one advantage of using USB Type-C over other types?

A: When it comes to true specifications, USB-C simply has better data transfer rates, symmetry in its connection to help avoid frustration and broken connections, and the ability to charge large electronics. In addition USB-C allows for greater power transfer speeding up the process of charging your devices.

Q: Why is USB-C more efficient?

A: USB-C generally charges faster than regular USB. USB-C connectors support higher power delivery and faster data transfer rates compared to traditional USB-A connectors. This is due to the enhanced design and capabilities of USB-C, which allows for increased power flow, reducing charging times for compatible devices.

Q: Why is USB-C so expensive?

A: A more expensive cable will generally have an electronic marker chip that is necessary for proper communication in higher-performance situations, such as powering a laptop (which requires a higher wattage than a smartphone) or transferring large amounts of data from an external hard drive to a computer.

Q: What is a Type-C Data Cable?

A: Type-C Data Cable is a USB cable that uses the USB Type-C connector on both ends. It's designed to be reversible, meaning you can plug it in either way, and it's also capable of high-speed data transfer and fast charging.

Q: What is the maximum bandwidth supported by a Type-C Data Cable?

A: The maximum bandwidth supported by a Type-C Data Cable depends on the USB version it adheres to. The highest bandwidth currently supported is USB 3.2 Gen 2x2, which offers a theoretical maximum of 20 Gbps. However, actual bandwidth may be limited by the host device, cable, or peripheral.

Q: Can I use a Type-C Data Cable for both data transfer and charging?

A: Yes, a Type-C Data Cable can be used for both data transfer and charging, depending on the capabilities of the cable and the connected devices. Some cables may be optimized for either data transfer or charging, so it's important to check the specifications.

Q: Is it safe to plug in or unplug a Type-C Data Cable while the device is powered on?

A: Yes, it is generally safe to plug in or unplug a Type-C Data Cable while the device is powered on. However, it's important to handle the cable and connector carefully, avoid applying excessive force, and consider the potential impact on data transfer, charging, and battery life. It's always a good practice to follow the manufacturer's recommendations and documentation for your specific device.

Q: How do I know if my device supports Type-C Data Cable?

A: You can check your device's documentation or specifications to determine if it supports Type-C Data Cable. Additionally, most modern devices that use USB-C connectors will support Type-C cables.

Q: Why Type-C is better?

A: Type-C ports can transmit data at a higher rate. 4K videos can be transmitted via a USB 3.1 Type-C port. Type-C ports support relatively larger charging currents ranging from 3 A to 5 A, and support reverse charging.

Q: Do you need a special charger for USB-C?

A: Yes, and no. You still need a charger of some kind to provide power for your laptop. However, as long as your laptop comes with a USB-C port that was specifically designed to supply charging support, then you can charge it without a regular charger.

Q: Why does Apple only use USB-C?

A: The more recent iPhones come with a cable with USB-C at one end and lightning at the other as Apple has shifted all its laptops (and more recently desktops) to USB-C. The USB-C version of the cable can carry more power (of the phone negotiates it, otherwise it is assumed the phone is too old for that much power).

Q: Why can't I charge my laptop with USB-C?

A: Try using a different USB-C cable to see if that resolves the issue. Incorrect BIOS settings: Some laptops require certain BIOS settings to be enabled in order to charge via USB-C. Check your laptop's BIOS settings to ensure that the USB-C charging option is enabled.

Q: Can all laptops charge via USB-C?

A: The first step is to check whether your laptop has a USB-C port capable of charging your laptop. Most modern laptops have one, but it's always best to check the specifications of your laptop to make sure. Sometimes, it can be difficult to tell whether a specific port is a USB-C vs. USB-A.

Q: Is there another way to charge a laptop?

A: If you don't have a power bank or can't charge your laptop using a car battery, another good solution is a USB-C power adapter with multiple ports, sometimes referred to as a USB PD charger. Of course, these things must be plugged into power vs. being a power source by itself, like a power bank.

Q: How can I charge a laptop without the power cord?

A: Portable power banks are essentially batteries that can charge a variety of electronics. You can buy one online, at an electronics store, or at general merchandise retailers like Walmart, Target, and more. Ensure your power bank is compatible with your laptop.

Q: What is the best thing to charge a laptop?

A: The best thing you can do is try to keep the battery level between 40 percent to 80 percent. Make sure that your laptop doesn't get too hot and your cooling fan is working properly. Your laptop battery can't “overcharge” and harm itself due to excessive charging. It's smart enough to bypass the charging energy.

Q: What is the fastest way to charge a laptop?

A: Use the charger and cable that came with your PC. Make sure you're connecting your charger to the charging port on your PC. To speed up charging, charge your PC while it's asleep or turned off.

Q: Can I charge my laptop with USB?

A: You can charge your laptop with USB-C and many laptops are built with it as their only option for charging. You'll need a high-wattage charger to power it up in a reasonable time, but thanks to the latest generations of USB Power Delivery technology, you can absolutely charge your laptop with a USB-C connection.

Q: Is it better to use laptop plugged in or on battery?

A: Although modern battery technology enables most laptops nowadays to last a lot longer without plugging in a power cable, your laptop's battery life is finite. So, if you have a long day's work planned, it is probably best to draw power from the mains.

Q: Does a laptop charge faster when turned off?

A: For the fastest charge time, it's recommended to switch off the laptop or at least avoid using demanding programs. Moreover, power management settings also play a role.

We're professional type-c data cable manufacturers and suppliers in China, specialized in providing high quality customized products. We warmly welcome you to wholesale discount type-c data cable in stock here and get pricelist from our factory. For price consultation, contact us.

adapter type c to hdmi, usb power cable, 3 0 usb port