Data Cable

Wholesale Data Cable Manufacturer

Goowell Electrical Co., Ltd is a leading manufacturer of connecting cables, mobile phone data cables, and Apple MFi-certified USB data cables. Our products include iPhone MFi Data Cable, Data Cable, Radio Control, Models Connecting Wire, Wiring Harness, Connecting Cable, UL Wire, Connector.

Why Choose Us

Wide Range of Applications
The company’s products are suitable for all types of electrical devices, including home appliances, medical equipment, new energy vehicles, and 3C-type digital products.

Advanced Equipment
The company has invested in state-of-the-art production equipment, including automatic terminal machines, soldering machines, and injection machines. The automatic terminal machines used by Goowell Electrical are designed for high-speed and efficient production of cables and wiring harnesses.

High Productivity
With its 8 production lines, around 200 workers, and a 20-person R&D team, the company is well-equipped to meet the demands of its customers and provide them with the latest and most advanced products on the market.

Leading Service
The company’s commitment to customer satisfaction is reflected in its comprehensive range of services, including 7/24 support before order, 100% inspection during production, and quality assurance for 1 year.

First 12 3 4 5 Last

High-quality TYPE C data cable, C terminal to C terminal, 240W power, transmission rate can reach 40GB, PD3.1 fast charging, support ERP power transmission

Definition of Data Cable

A data cable is a type of cable used to connect electronic devices. The most common types of data cables are Ethernet cables and USB cables.
Data cables are used to connect devices such as computers, printers, and scanners. Data cables are also used to connect electronic devices to the internet.

What are Advantages of Data Cable？

Increased Speed and Reliability

Data cables offer much faster data transfer speeds than wireless connections, and are also much more reliable.

Greater Security

Data cables provide a physical connection between devices, which makes it much harder for hackers to intercept or tamper with data.

Reduced Interference

Data cables are not affected by electromagnetic interference (EMI), which can disrupt wireless signals.

Cost-Effective

Data cables are typically cheaper than other types of data connection, such as fiber optic or satellite.

Easy to Install

Data cables can be easily installed by anyone with basic DIY skills.

What are Features of Data Cable?

Universal Compatibility
These cables can connect a wide range of devices, including smartphones, tablets, cameras, printers, and more. The USB standard has evolved over the years, with the latest USB Type-C cables offering even greater compatibility and faster data transfer speeds. This universality ensures that users can connect and transfer data between different devices without the need for multiple cables.

Data Transfer Speeds
The USB 3.0 standard, for instance, offers significantly faster transfer speeds compared to its predecessors. With USB 3.0 cables, users can transfer large files, such as videos or high-resolution images, in a matter of seconds. These faster data transfer speeds enhance productivity and efficiency, especially for professionals who frequently handle large files.

Charging Capabilities
With the proliferation of smartphones, tablets, and other portable gadgets, the ability to charge these devices quickly and conveniently has become crucial. USB cables with fast charging capabilities, such as USB Power Delivery (PD) or Qualcomm Quick Charge, enable rapid charging of devices, saving valuable time for users on the go.

Durability and Longevity
Manufacturers employ various techniques to enhance the durability of these cables, such as reinforced connectors, braided cables, and strain relief. These features prevent cable fraying, bending, and breakage, ensuring a longer lifespan for the cable. Additionally, some USB cables are designed with tangle-free properties, making them easier to handle and store.

Multiple Functions
They can also be used for other functions, such as connecting devices to external peripherals. For example, USB cables can connect a smartphone to a computer to enable file sharing, or connect a camera to a printer for direct photo printing. Moreover, USB cables can be used for firmware updates, device debugging, and even as a networking tool through USB tethering.

Portability and Convenience
Their small size allows users to easily store them in bags, pockets, or even attach them to keychains. This portability ensures that users can always have a USB cable on hand whenever they need to transfer data or charge their devices. Additionally, the plug-and-play nature of USB cables eliminates the need for additional software or drivers, further enhancing their convenience.

What Is the Difference Between a USB Charging Cable and a Data Cable?

Functions
USB charging cable: It can only be used to charge the mobile phone and it without data transmission function.
USB data cable: It can charge, but also connect the mobile phone to the computer to transfer data.
Therefore, you can use the data cable for charging, but you cannot use the charging cable for data transmission.

Appearance
Generally speaking, USB charging cable is thinner than the data cable.
Turn the side with the contact piece of the USB port up, and check the number of contacts in the USB port. The charging cable has 2 contacts, and the data cable has 4 contacts.
Note: Some data cables have 4 contacts added to the USB port, but there are only two wires inside.

Internal Structure
Data cables typically contain four wires (positive, negative, data transfer & data receive). The positive (+) and negative (-) wires carry electric power to the device while the other two data transfer (D+) and data receive (D-) wires are responsible for data exchange. USB charging cables only have the positive and negative power wires but lack the data exchange wires.
Red line: Positive pole of power supply (wiring identification: +5V or VCC)
White line: Negative voltage data cable (identified as: Data- or USB Port -)
Green line: Positive voltage data cable (identified as: Data+ or USB Port +)
Black wire: GROUND (marked as: GROUND or GND)

Common Types of Data Cable

Ethernet

Ethernet is the most common type of data cable. It is used to connect computers to each other and to the internet. It is a fast and reliable connection.

HDMI

HDMI is a high-definition video and audio cable. It is used to connect HDTVs, Blu-ray players, and other devices that support high-definition video and audio.

USB

USB is a universal serial bus cable. It is used to connect devices such as digital cameras, printers, and scanners to computers.

DVI

DVI is a digital video interface cable. It is used to connect digital video devices such as LCD monitors and projectors to computers.

Uses of Data Cables

Internal Communication
To enable communication between hardware elements of a computer, a data cable is used. For example, the hard drive is connected to the motherboard to enable communication between them using a data cable.

Network Communication
A data cable is used in establishing connections between multiple computers over a network. To use this, an ethernet cable is utilized. The ethernet cable uses the network interface to connected PCs.

Peripheral Cabling
Peripheral devices such as cameras, printers, scanners, xerox machines all use data cables to connect, transfer and receive data from the computer.

How Do You Maintain Data Cable?

Always use the right type of data cable for your device. Check the specifications of your device and the cable before buying or using them.

Avoid bending or twisting your data cables too much. This can damage the wires inside and reduce their performance or lifespan.

Keep your data cables away from heat sources or liquids. These can cause overheating or short-circuiting of your data cables.

Store your data cables neatly when not in use. You can use cable ties or organizers to keep them from tangling or getting lost.

Clean your data cables regularly. You can use a soft cloth or a cotton swab dipped in alcohol to wipe the connectors and remove any dust or dirt. A good tip is to invest in gold-plated USB cables, as they resist corrosion better than other types.

How to Tell If a USB Cable Is Charge Only?

Data Transfer Test
By far, the most practical solution is to perform a quick data transfer test. It should only take a few seconds, and it is the most reliable way to find out. First and foremost, just connect an external device such as a smartphone to your computer or laptop. If a notification appears on your monitor that it has been connected to a media device or if it is requesting permission to be connected, then it is a data cable. On the other hand, if the only indication that anything has happened is a charging sign showing that your smartphone has been connected to a power supply, then you know that it is just a USB charging cable.

Physical Examination
This isn’t necessarily a practical option because you will have to gently take your cable apart. A data transfer test is a preferable solution, although if you are interested in seeing how things work then a physical examination will probably be better for satisfying your curiosity. A data cable will usually have four wires, one positive and one negative, one for receiving data and one for transferring data. A charging cable, however, will typically only have two wires, the positive and negative ones but none of the data wires. It is for this reason that data cables are often slightly thicker than charging ones because they contain more wires and so, therefore, have thicker outer insulation.

Using the Right Cable
Cables are often a source of frustration and confusion, especially when it seems like they are faulty, broken or they are not working properly. It could be, however, that you are not using the cable for its intended purpose. One of the most common complaints about data cables is that they don’t actually transfer information, and they just charge the connected device. It is very likely, however, that the data cable isn’t a data cable at all and it is a charging cable instead.

Our Factory

The large workforce at Goowell Electrical allows the company to efficiently manage its production processes and meet customer demands. The experienced workers are trained to use the latest technology and equipment to produce high-quality products that meet the strictest standards for quality and reliability.

Our Service

The company’s 7/24 support before ordering ensures that customers receive the information and assistance they need to make informed purchasing decisions.

Whether you have questions about product specifications or need help with an order, Goowell Electrical’s customer service team is available to provide support and answer any questions you may have.

The company’s 100% inspection during production ensures that each and every product is thoroughly tested and inspected before it is shipped to customers.

Goowell Electrical also provides quality assurance for 1 year, giving customers the peace of mind that comes from knowing that their products are backed by a commitment to quality and reliability.

Our Certificate

The company has obtained a number of certifications that demonstrate its commitment to excellence, including ISO 9001, Apple MFi, High-Tech Enterprise, UL/CE/FCC/ROHS, and others.

Contact Us

write to us

Email: gwkathy@shusb.com

visiting us

Address: 5th floor, Building 1, Shajing Industrial Park, Haoxiang Road, Shajing, Baoan District, Shenzhen

Contact directly

Tel: +86-755-27086770

Mob: +8613826575395

Frequently Asked Questions

Q: What are the transmission methods of USB data cable?

A: Synchronously transfer. The bandwidth, determined interval time is determined. And fixed transfer rates are used in instant applications that require constant data transmission rates, such as the network telephone application that performs instant calls.

Interrupt transmission. The amount of data transmitted is small. But these data need to be handled in time to achieve real-time effects, mouse, and keyboards belong to this type.

Control transmission. This mode is usually smaller, transmitted between the computer and the USB peripheral endpoint,

Batch transmission. It is applied to a large number of transmission and receiving data. Its transmission speed is slow and the delay obvious, but it is transmitted correctly. Printers and scanners are these types.

Q: What is difference between data cable and charging cable?

A: Basically, the two types of cables can be distinguished by the fact that the charging cable can be used to charge the battery, while the data cable can be used to transfer files. As a rule, a device can also be charged with a data cable. However, pure charging cables are often not suitable for transferring data.

Q: Are all USB data cables the same?

A: USB cables that share the same type are universal. However, there are now different types of USB cables and ports that range in shape and size, and therefore, are not universal with other type USB cables without the use of an adapter.

Q: How do I know if a USB cable is a data cable?

A: You can also check yourself, as it should be listed on the packaging. The first item to check is the USB-cable supplied with your smartphone. It should be data-transfer compatible.

Q: What is a data cable called?

A: There are three main types of data cables used to transmit data: twisted pair, coax, and fiber optic cables. These three types of cables are used in different environments. These data cables have different characteristics that make them identifiable.

Q: What types of Data Cable are there?

A: Twisted Pair Cables

Telecommunications and computer networks use twisted-pair cables for transmitting data. This data cable type consists of two copper cores, each with its own plastic insulation and twisted together.

One wire carries the signal, and the other one works as a ground reference. The advantage of twisting is that both wires are equally affected by external influences. It helps protect the data communications from signal degradation.

There are two main types of twisted-pair cables:

Shielded Twisted Pair (STP). This cable has one extra metal shield covering the insulated twisted pair conductors.

Unshielded Twisted Pair (UTP). This one does not have a metal shield.

Coaxial Cables

Also known as coax, coaxial cables are used in older computer networks. This type of data cable carries more high-frequency signals than twisted pair cables, where a signal cable can carry data up to 600 Mbps.

It has a central core conductor of solid wire enclosed in an insulator, covered by an outer conductor of metal foil. Surrounding the core is an insulator and shield to preserve the data communication signal.

A coaxial cable is basically a large, round wire with an internal core wire that sends information. It is ideal for providing television communication data.

But it requires a special connector called a BNC connector—used to connect the end of the cable to a device.

Moreover, these cables are categorised by RG (Radio Government) ratings. RG-59 for Cable TV, RG-58 for thin Ethernet, and RG-11 for thick Ethernet.

This coax cable is commonly used for Wi-Fi pigtails; it is more flexible but has higher loss than RG58 cable.

Fibre Optic Cables

Fibre optic cables transmit data signals in the form of light. This type of data cable is extensively used by cable and telecom companies to provide a fast connection to the Internet.

It is lightweight and does not have the signal degradation problems that the other two cables have. It can be very fragile, though, as it has glass parts and is more expensive.

But this makes it a great choice of data cable if you want something that sends high speed, longer distance signals with little interference.

It utilises light and glass as the mechanics for data transmissions. This light channel consists of two main parts: core and cladding.

The cladding acts as a protective cover to the core. But the difference in density of core and cladding is that a beam of light moving through the core is reflected off the cladding—not refracted.

There are two types of connectors for fibre optic cables.

SC connector for cable TV

ST connector for connecting cable to network devices.

Q: What does Data Cable do?

A: Inner communication

Each type of data cable allows communication between hardware components within a computer. A great example of this is storage media like hard drives that can be connected to a motherboard. This enables the electrical transfer of data to and from the hard drive.

Network communication

Data cables also work by connecting multiple computers across a network. An ethernet cable perfectly fits this category as it connects computers via a network interface card associated with the PC.

Peripheral cabling

Peripherals like cameras, printers and scanners also connect via a data cable. These data cables may be USB or in the form of a firewire.

Wired vs wireless data cables

Transmission media used can be wired or wireless.

In wired transmission, cables are for transferring signals. In contrast, in wireless communication, electromagnetic waves sends data from one device to another.

There are three types of cables for wired transmission. Each has its own characteristics, making them identifiable. These are.

Twisted pair cable

Coaxial cable

Optic cables

Q: What types of USB Data Cable are there?

A: USB TYPE-A data cable

The USB-A data cable is extremely common. It can be found at one end of each USB data cable, which is used to connect various devices (such as smartphones, cameras, keyboards, etc.) to the computer. Of course, it has a charging function.

USB TYPE-B data cable

The USB Type-B data cable is not common like other USB connectors because the USB Type-B connector is mainly used to connect the printer and scanner to the computer. The USB TYPE-B data cable has a square shape with a tilted outer angle. Although they are still using them today, the USB B data cable is gradually eliminated.

Mini USB data cable

The mini USB data cable is suitable for various equipment standards. However, it has been greatly eliminated and replaced by a micro USB data cable. Mini USB data lines are smaller than ordinary USB, but it is even bigger than the subsequent USB.

Micro USB data cable

Mini USB data cables are very small. We often use them in thinner electronic devices. Almost all manufacturers worldwide, except Apple, have adopted mini USB.

USB TYPE-C data cable

The USB Type-C data cable is the latest USB port. It provides a faster data transfer rate than the previous USB version. The advantage of the USB TYPE-C data cable is that it is reversible. Unlike the previous product, it can be inserted up or down. The USB TYPE-C has become a new standard for mobile devices.

Q: Why Do I Need A Data Cable?

A: As we all know, data cables are very important in our daily lives. They help us transfer data between devices at high speeds and allow us to connect to the internet.

However, there are still many people who do not know why they need a data cable.

Here are some reasons why you need a data cable.

Data cables help you transfer data quickly between devices.

Data cables help you connect to the internet at high speeds.

Data cables help you save time by transferring data quickly.

Data cables help you avoid errors when transferring data between devices.

Data cables help you protect your data from being lost or corrupted.

Q: How long does the average data cable last?

A: This is a hard question to answer as it really depends on how well you take care of it and how often you use it.

A great rule of thumb is to replace your data cable every two to three years, or sooner if you notice any signs of wear and tear.

With proper care, your data cable should last for many years without issue.

Q: What Is The Cost Of A Data Cable?

A: Data cables are not so expensive, with the average cost of a data cable being around $100. However, there are some factors that can affect the cost of a data cable, such as the length of the cable and the type of connector.

Q: What are Limitations of a data cable?

A: While data cables are one of the most commonly used ways to connect devices, they have their limitations. One such limitation is that they are only able to transfer data in one direction.

This means that if you want to transfer data from one device to another, you will need two data cables - one to transfer the data from the first device to the second, and another to transfer the data back from the second device to the first.

Another limitation of data cables is that they are not always compatible with all devices. For example, if you want to connect a laptop to a printer, you will need a printer cable that is compatible with your laptop.

Not all printer cables are compatible with all laptops, so it is important to check before you buy.

Finally, data cables can be delicate and easily damaged. If you are not careful when handling them, or if you try to force them into a port that is too small, you can damage the cable and render it useless.

When connecting devices with data cables, be sure to handle them carefully and use only ports that are the right size for the cable.

Q: How does a data cable work?

A: A data cable is a type of cable used to connect electronic devices. The most common type of data cable is the Ethernet cable, which is used to connect computers and other devices to the internet.

Data cables are made up of four twisted pairs of wires. Each pair is made up of two wires, one with a positive charge and one with a negative charge. The pairs are twisted together to cancel out any interference from other electronic devices.

The four pairs are then wrapped in an outer shell. The outer shell protects the pairs from damage and interference.

Data cables work by transmitting electrical signals between devices. The signals are sent through the wires in the form of pulses of light or electrical current.

The receiving device converts the pulses into digital information that can be understood by the computer or other device.

Q: How are data cables made?

A: Because consumers have such high expectations regarding the speed at which data transfers, care needs to be taken when choosing the material used to create cables. Inappropriate materials will negatively affect the rate of data communication.

That’s why it’s essential to build data cable compounds from materials that aid in expediting data transmission and reducing electrical loss. Those materials form the jacket and insulation compounds that surround the data cables and affect transmission speed.

Linear low density polyethylene (LLDPE) is commonly used to cover data transfer cables. Not to be confused with low-density polyethylene (LDPE), linear polyethylene is comprised of shorter branches and is fairly durable. LLDPE density ranges from 0.91-0.94g/cm3.

In addition to choosing the right materials for creating data cable compounds, increasing the cable’s diameter and the insulation’s thickness could also help to reduce signal disruptions. However, it’s important to remember that the cable’s diameter must fit available connectors.

Q: Why is Data Cable Used?

A: Providing two-way data transfer is considered one of the most important functions of data cables. Using the data cable, files can be transferred between two devices that are connected to work in harmony with the cable. However, it should be noted that the data cable can only transfer data between compatible devices. Even if incompatible devices are connected to each other using a data cable, it is not possible to transfer data between them.

Halogen-free types of data cables have a wide range of uses and are very advantageous products. In the event of a fire, halogen-free data cables play a very important role in limiting factors such as increasing temperature, flames that cause the fire to spread to much larger areas and reducing visibility, as well as smoke that can cause suffocating effects due to the harmful substances it contains. Halogen-free data cables are frequently used in emergency lighting systems, emergency announcement systems, fire warning and alarm systems, positive pressure fans, fire water systems, fire escape route lighting, evacuation elevators, fire brigade elevators, smoke and heat exhaust fans.

Q: What are the applications of Data Cable?

A: Data transfer from tablet to phone, from tablet to computer, from phone to tablet, from computer to tablet, from phone to computer, from computer to phone can be done very easily and quickly by using a data cable.

In the event of a fire, halogen-free cables have a very important role in ensuring that all parts of the system, including the connections with cables such as telecommunication, energy and data, and carrier channels, namely the cables feeding and/or controlling important systems, can carry out the transmission feature for a certain period of time. It is preferred that this period can be up to three hours in case of a possible fire. Thus, departments such as ventilation, lighting, announcement system, elevator, operating room and entrance and exit doors can continue their work with the central control system during a fire.

Mobile phone data charging cables are used for charging and data transfer of phones via USB. The cables, which are designed for in-vehicle use, also enable the mobile phone to be charged by obtaining electricity from the cigarette lighter section while the vehicle is in motion.

Data cables have various output ends such as USB, Micro USB, HDMI and AUX. Data cables are products that can vary according to the brand and model of the device, but they can also be produced in accordance with standard use.

Halogen-free data cables are the most used type of data cables, and Halogen Free Flame Retardant cables are designed to reduce the negative effects of fire for people and goods with their purified, flame-retardant properties. PVC cables can be very dangerous as they emit dense smoke, hydrochloric acid, carbon monoxide and carbon dioxide during fire. In halogen-free cables, it is not possible to encounter such a situation due to their structural features. Therefore, halogen-free cables are considered to be extremely safe cable types with their flame retardant, low density and flame retardant properties.

The data cable is used for the purpose of providing data flow in electronic and compatible devices, and when choosing the data cable, care should be taken to ensure that it is of appropriate length. The cables supplied with the devices have the feature of providing the best data transfer between the device and other devices to be connected, and it is recommended to use these data cable models.

Halogen free data cables can be used as wide low voltage energy, communication and control cables in public buildings, residences and industrial buildings. Halogen-free cables play an extremely important role in evacuating people during a fire without being exposed to heavy smoke, and in keeping the video surveillance and security alarm systems working during a fire.

Q: How Is a Data Cable Different From a Regular Cable?

A: Both the data cable and the regular cable are similar in appearance, but they have different functions. Data cable can be used to charge a device along with data transfer, while regular cable can only be used for charging purpose.

Q: What Is The Most Common Type Of Data Cable?

A: The USB-C cable is the most prevalent type of data cable in 2023. It has a symmetrical connector that is compatible with USB 4, USB 3.2, and USB 3.1 standards. It can provide up to 240W of power and up to 40Gbps of data transfer speed. Furthermore, it is extensively used for various devices, such as smartphones, laptops, monitors, and others.

Q: Are All USB Cables Data Cables?

A: Some USB cables are not data cables. They are only meant for charging and do not have the wires for data transmission inside them. These are called charge-only USB cables and they can be identified by a different color or symbol. Most USB cables, however, can perform both charging and data transfer.

We're well-known as one of the leading data cable manufacturers in China. If you're going to buy or wholesale high quality data cable for sale, welcome to get quotation and free sample from our factory. Also, customized service is available.

box connector, 3 in 1 usb cable quick charge, mini xlr to 3 5 mm