26 Different Types of Video Cables and What They Do

The average person who doesn't work in IT probably has no idea what the different types of video cables are, let alone what they do or why you need them. You probably don't need to be an expert on these things either. Still, it can be good to have some working knowledge to buy the right video cable and avoid overspending on the equipment you don't need.

The first thing you need to know about video cables and wires is that there are many different types of cables. Understanding how they differ from one another can help you pick the right one for your needs. So, how many different types of video cables are there? Technically, the answer to that question depends on how you define a type of video cable. In reality, however, 26 different video cables are used by businesses, schools, government agencies, and consumers every day.

This article will take you through 26 of the most common types of video cables, their primary functions, and what equipment they typically connect to in layman's terms to become an expert on the subject yourself.

Two Primary Types of Video Cables

The first distinction you need to make when it comes to video cables is the difference between analog and digital cables. Analog cables transmit an analog signal, a continuous wave that can take on any value within a given range. Digital cables, on the other hand, transmit digital signals, which are a series of discrete pulses that can only take on a limited number of values.

The vast majority of video cables you'll encounter these days are digital cables, as the transition from analog to digital signals has been taking place for many years now. However, there are still a few analog cables in use, so it's important to know the difference.

Analog Cables

Most people have moved on from analog video cables, but some die-hards still hold onto their VHS players and CRT TVs. If you're one of those people, you might be wondering what kind of cable you need to connect your devices. The answer is an analog video cable. Analog video cables are designed to carry an analog signal produced by most older devices.

These cables typically have three pins. They can be used to connect various devices, including VCRs, DVD players, and game consoles. If you're still using analog devices, an analog video cable is a perfect way to keep them connected.

Digital Cables

There are a variety of digital video cables on the market, and it can be confusing to know which one you need. The most important thing to keep in mind is the resolution of your display. If you have an HD television, you'll need a cable carrying a high-definition signal. The most common type of high-definition cable is HDMI, which can take both video and audio signals.

If you have an older television, you may need a different type of cables, such as component video or S-video. It's also essential to ensure that the cable you choose is compatible with your equipment. For example, some cables can only be used with specific devices, such as Blu-ray players or video game consoles.

Different Types of Video Cables and Their Functions

Perhaps you need a new video cable, wondering which one is right for you. This section will take you through some of the most common types of video cables and their primary functions.

Apple Display Connector

The Apple Display Connector (ADC) is a proprietary connector used by Apple Inc. to connect their computers and displays. It was first introduced in 1998 with the release of the iMac G3, which was later used on the PowerBook G4, iBook G4, MacBook Pro, and Intel-based iMac and Mac mini. The ADC connector carries digital video and analog video signals, power, and USB data.

It was designed to simplify the process of connecting an external display to a Mac computer. However, the ADC connector is no longer used by Apple. They have switched to using HDMI or DisplayPort connectors instead. While the ADC connector is not used anymore, it can still be found on some older Apple displays.


MHL cables are used to connect certain types of electronic devices. Specifically, they connect devices with an MHL-enabled port to another device, such as a television or monitor. These cables are designed to provide both power and a high-definition signal, making them ideal for use with devices like smartphones and tablets.

Both devices must be compatible with the MHL standard to use an MHL cable. Additionally, the device with the MHL-enabled port must be connected to an external power source. Once these conditions are met, the user can simply connect the two devices using the MHL cable and begin enjoying high-definition content.

BNC—Bayonet Neill-Concelman—cables

BNC cables are a type of coaxial cable. They're composed of an inner core surrounded by an insulating material and an outer shield. The outer shield protects the inner core from electromagnetic interference (EMI), which can cause problems with signal quality. BNC cables are commonly used in video and audio applications as they provide excellent signal clarity and low levels of EMI.

They're also relatively easy to install and use, making them popular for many home theater systems. However, BNC cables are generally more expensive than other coaxial cables. They can be challenging to work with if you don't have the proper tools. BNC cables are still an excellent option for high-quality audio and video connections.


SDI (Serial digital interface) is a type of interface that uses serial communication to transfer digital data. In other words, it sends the data one bit at a time over a single line. The advantage of using SDI is that it requires less bandwidth than the parallel digital interface, which sends multiple bits simultaneously over numerous lines.

As a result, serial digital interface is often used in applications with limited bandwidth, such as video and audio signals, and is relatively easy to implement. For these reasons, the serial digital interface has become the standard for many digital devices.


If you're not an avid follower of tech industry trends, you may not have heard of DisplayPort. But if you own a computer, there's a good chance that it has a DisplayPort port somewhere on it. So what is DisplayPort, and what does it do? DisplayPort is a digital display interface developed by the Video Electronics Standards Association (VESA). It's designed to replace older analog interfaces like DVI and VGA, and it's become increasingly popular in recent years.

DisplayPort is found on everything from PCs and laptops to TVs and monitors. One of the main advantages of DisplayPort over older technologies is its higher bandwidth. This allows higher resolutions and refresh rates, which is excellent for gamers and other power users. DisplayPort can also carry audio signals, making it a convenient all-in-one solution for connecting your computer to a monitor or TV.

Component Video

Component video is a type of video signal separated into two or more different components. The most common type of component video is YPbPr, which is used in analog television and most standard-definition televisions. Component video can also be found in some high-definition televisions and is often referred to as HD component video.

Component video cables are typically made up of three coaxial cables, each carrying a different color component of the video signal. While composite video is the most common type of video signal, component video offers a higher quality picture by reducing interference between different color components. Thus, component video is the preferred method for connecting high-definition devices.

AV Multi

AV Multi is a versatile piece of hardware that allows users to connect multiple audio and video devices to their TV. It has numerous inputs and outputs so that users can connect everything from their DVD player to their gaming console. AV multi connectors work by transmitting multiple audio and video signals through a single cable. They're commonly used in home theater systems to provide a high-quality signal while reducing the amount of wiring required.

Multi connectors typically have many different inputs, such as HDMI, component, and composite, which can be used with various devices. They also have a single output, usually connected to a TV or projector. To use an AV multi-connector, you'll need to connect all your devices to the appropriate input ports. Once everything is connected correctly, you'll be able to enjoy high-quality audio and video from your home theater system.

It also comes with a remote, so users can easily switch between devices. Best of all, it's easy to set up and use, so users can start enjoying their favorite movies and games right away. Whether you're looking to connect multiple devices or want an easy way to switch between them, AV Multi is the perfect solution.

Composite Video

Composite video is a video signal that combines multiple signals into a single signal. It's typically used to connect analog video sources, such as VCRs and DVD players, to digital displays, such as TVs and monitors. Composite video generally provides a lower quality image than other video signals, such as HDMI or DVI. However, it's the only video signal available on older devices.

Composite video is typically transmitted using an RCA connector consisting of three plugs: one for the video signal and two for the left and right audio channels. The device must have a composite input port to view the composite video on a TV or monitor. Many newer TVs and monitors have composite input ports and other input ports, such as HDMI or DVI.


DB13W3 connectors are commonly used in computer equipment, as well as in audio and video applications. These connectors work with digital video signals with 13 pins arranged in three rows. The outer two rows have four pins each, while the middle row has five pins. The pins in each row are staggered to not line up directly with the pins in the other row. The arrangement of the pins allows for a digital video signal to be transmitted with minimum interference.

The connectors are often used with coaxial cable, which helps to reduce interference further. DB13W3 connectors are also sometimes used with fiber optic cable. When used with fiber optic cable, the connectors can provide a high-speed connection resistant to electromagnetic interference. The DB13W3 connector is typically used to connect a cable to a computer or an audio or video device. The connector is also commonly used in cable television applications.


S-Video is a video connection that uses a four-pin cable to connect a video source (such as a DVD player or computer) to a TV or monitor. The four-pin cable carries two separate signals: one for the luminance (brightness) of the image and one for the chrominance (color). This separation results in a sharper image than composite video, which combines both the luminance and chrominance signals into one signal.

S-Video is also known as Y/C video as the luminance signals and chrominance signals are represented respectively by Y, and C. S-Video is typically used to connect DVD players and computers to TVs. However, it can also be used for connecting VCRs to TVs. The device must have an S-Video input port to view S-Video on a TV or monitor. Many newer TVs and monitors have S-Video input ports along with other input ports, such as HDMI or DVI.

Mini DisplayPort

Apple's Mini DisplayPort cables connect a computer to a monitor or other display device. They're typically used with laptops and other portable devices with a Mini DisplayPort connection. The cables are available in various lengths, and they can be used with either DVI or HDMI displays. Mini DisplayPort cables are also compatible with Thunderbolt 3 ports.

Thunderbolt 3 is the latest version of the Thunderbolt standard, and it offers significantly higher data transfer speeds than previous versions. Thunderbolt 3 also supports USB 3.1 Gen 2 and DisplayPort 1.4, making it the most versatile connection available. Mini DisplayPort cables are an excellent choice for anyone who needs a high-quality connection between their computer and a display device.


SCART connector is used to connect audio-visual equipment. It most commonly connects DVD players, video game consoles, and televisions. The SCART standard was developed in 1987 by the European Conference of Postal and Telecommunications Administrations. The name "SCART" is an acronym for "Syndicat des Constructeurs d'Appareils Radiorécepteurs et Téléviseurs."

SCART connectors are typically color-coded to make it easy to identify the input and output connections. Most SCART cables also have built-in signal amplification, improving the audio and video signal quality. While newer technologies have superseded SCART in many applications, it remains a popular standard for connecting audio-visual equipment.

DVI Cables

If you've ever looked at the back of your computer and seen a bunch of different colored ports, you were looking at the various input/output (I/O) options that your machine has. Those colors correspond to different cables that you can connect your PC to other devices. One of those colors is probably DVI, which stands for "Digital Visual Interface." If you see a port on your computer or monitor that's colored white or silver and has several small pins arranged in three rows, that's a DVI connection.

DVI cables are most commonly used to connect a computer to a monitor. That's because DVI provides a high-quality digital image and supports high resolutions. DVI connections can also be found on some TVs, projectors, and other displays. If you want to connect your PC to one of these devices, you'll need a DVI cable.


DMS-59 cables are used to connect display devices to computers. The DMS-59 connector is a 59-pin connector used to connect DVI, DisplayPort, HDMI, or VGA signals. DMS-59 cables are used in high-end video cards and displays and KVM switches.

DMS-59 cables are available in various lengths, from 1 foot (12 inches) to 10 feet (120 inches). DMS-59 cables can carry up to four video signals on one cable, making them ideal for use with multiple monitors or displays. Also, they're fully compatible with all major brands of video cards and displays.


HDMI cables connect HDMI devices, such as Blu-ray players, game consoles, and HDTVs. HDMI cables provide a high-quality digital signal that can carry audio and video and are available in different lengths. The cable length you need will depend on the distance between your devices. For example, if you connect a Blu-ray player to an HDTV 10 feet (3.048 meters) away, you need the same size HDMI cable.

HDMI cables are also available in different grades. The grade you need will depend on the resolution of your devices. For example, if you're connecting an HDTV with a resolution of 1080p, you'll need an HDMI cable rated for 1080p. HDMI cables are an excellent choice for anyone who needs a high-quality digital connection between their devices.


What are HDBaseT or 8P8C Connectors? They're devices that allow you to connect your HD devices to your TV. This's done without losing quality, and it also doesn't require any extra cables. The connectors come with a built-in transmitter and receiver, so all you need to do is plug it into your TV and your HD device, and you're good to go.

These connectors save you money in installation, maintenance, and service; also, they're straightforward to use. Whether you're connecting your Blu-ray player or your gaming console, HDBaseT or 8P8C Connectors are the way to go.


Micro-DVI is a high-speed digital video interface used to connect devices such as computers and digital televisions. It's similar to DVI, but it uses a smaller connector. Apple Inc. developed Micro-DVI, and it's used in their MacBook and MacBook Pro computers.

The main advantage of Micro-DVI over DVI is its size; the smaller connector is less likely to be damaged, and it takes up less space on a desk or in a bag. However, Micro-DVI does not support all the features of DVI, such as high resolutions and multiple monitors. Thus, it's not suitable for everyone. But for those who need a small, lightweight solution, Micro-DVI is a good option.


If you have a newer laptop, chances are it has a Mini-DVI port instead of the standard DVI port. Mini-DVI is about half the size of a regular DVI port, and it's used to connect your laptop to an external display or projector. You will need a special cable to connect the two, which can be purchased at most electronics stores.

In some cases, you may also need an adapter to convert the signal from Mini-DVI to another type of connection, such as HDMI or VGA. But once you have the right cable and adapter, you'll be able to enjoy high-quality video and audio on your big screen TV or projector.

F Connector

The F-connector is a type of electrical connector used to join coaxial cables. These cables are often used in television and radio equipment. The F-connector provides a secure and reliable way to connect them. The F-connector is also known as a barrel connector or an RF connector.

It's typically made from brass or copper, and it consists of a male and female end. The male end has a small pin that inserts into the female end, and the connection is secured with a screw thread. The F-connector is a simple and effective way to connect coaxial cables widely in electronic equipment.


Mini-DIN connectors are used in various applications, including video and audio equipment, computers, and communications devices. The Mini-DIN connector was first introduced in the early 1980s. Since then, it has become one of the most popular connectors.

Mini-DIN connectors are available in various sizes and pin configurations, making them ideal for multiple applications. In addition, Mini-DIN connectors are relatively easy to install and provide a secure connection between two devices.

RCA Connector

RCA connectors are a type of electrical connector used to connect audio and video equipment. RCA comes from the Radio Corporation of America, which developed the technology. RCA connectors are typically used to connect coaxial cables or other shielded cables. They're also commonly used to connect component video cables and are available in various sizes and designs.

The most common type is the three-pin connector: one for the ground, one for the audio signal, and one for the video signal. RCA connectors are color-coded to make it easy to identify the different signals. The ground pin is usually black, the audio signal is red, and the video signal is yellow.

N Connector

The N connector is an electrical connector used to join two pieces of coaxial cable. It's one of the most commonly used connectors in radio and television. It's also frequently used in computer networking applications. The N connector was first introduced in the early 1940s and has remained essentially unchanged in design.

The connector consists of a center pin surrounded by a dielectric and conductive sleeve. The dielectric material helps to keep the signal from leaking out, while the sleeve helps protect the signal from interference. The N connector is highly reliable and easy to use and can be found on both ends of most coaxial cables.

VGA Connector

VGA connectors are hardware to connect a computer to a display device, such as a monitor or projector. It's a 15-pin connector typically used for analog signals; however, some newer versions of the VGA connector can also be used for digital signals.

The VGA connector is typically used for connecting a computer to a monitor or projector. However, it can also be used for other devices, such as TVs, DVD players, and video game consoles. The VGA connector is typically found on the back of the computer, near the HDMI port.


A twin-lead connector is a specialized cable used to connect two pieces of electronic equipment. The most common type of twin-lead connector connects a television to an antenna. The cable consists of two insulated wires, each with a metal conductor running through the center. The wires are twisted together to form a single cable. The ends are then crimped onto the respective terminals on the back of the TV and antenna.

Twin-lead connectors are also used in some audio applications, such as connecting a turntable to a stereo receiver. In this case, the two wires are typically color-coded to indicate the positive wire and the negative wire. While twin-lead connectors are not as common as they were, they're still used in some applications where coaxial cables are unavailable.


FireWire cables are a type of data cable used to connect devices. They're most commonly used to connect computers to peripherals such as printers or scanners. FireWire cables are also used to connect digital cameras and camcorders to computers.

These cables are different from other types of data cables because they can transfer data at very high speeds. FireWire cables are also very durable, making them ideal for high-traffic areas.


A mini-VGA port is a video output port used in some small form factor computers. It's about the size of a USB port and uses the same kind of connector. Mini-VGAs can connect a computer to a monitor or projector, supporting resolutions up to 2048x1536.

They're also typically compatible with standard VGA cables, so you don't need to buy special adapters or cables. Mini-VGAs are not as common as other video output ports, such as HDMI or DisplayPort. However, they're still used in some laptops and ultra-portable computers.

Different Parts of a Video Cable

We've looked at some of the most common types of video cables; now, let's look at the different parts of a video cable.

Internal Wiring

Most video cables use some internal wiring to function correctly. This type of wiring is typically made from copper, a good conductor of electricity. The copper wires are arranged in a specific way inside the cable. This helps to carry the electrical signal from one point to another. In some cases, the internal wiring may also be shielded, which helps to reduce interference from outside sources.

Experts recommend using oxygen-free copper wiring in video cables. This type of wiring is more expensive than regular copper wiring, but it provides a higher quality signal. By understanding how internal wiring works, you can ensure that your video cables will provide a clear and consistent signal.

External Wiring

In addition to the internal wiring, most video cables also have some external wiring. This type of wiring is typically made from aluminum, a good conductor of electricity. Aluminum is also very lightweight, making it ideal for use in video cable.

The external wiring is typically used to connect the cable to the devices it's meant to be used. In most cases, the external wiring will be color-coded to tell which wire goes where easily.

Video Cable Connectors

At the end of most video cables, you'll find some sort of connector. This allows you to connect the cable to the devices you want to use. The most common connector type is the RCA connector, typically used with composite video cables. Other connectors include BNC connectors, DIN connectors, and HDMI connectors.

When choosing a video cable, it's essential to ensure that the connector is compatible with the devices you want to use it. Otherwise, you won't be able to connect the cable properly.


Many video cables are shielded to protect the signal from interference. The most common type of shielding is conductive shielding, which helps to reduce electromagnetic interference. This type of shielding typically uses a copper braid or foil surrounding the internal wiring.

Other types of shielding include dielectric shielding and magnetic shielding. Dielectric shielding helps to reduce radio frequency interference, while magnetic shielding helps to reduce inductive interference.


The jacket is the outermost layer of the cable, and it's typically made from PVC. The jacket protects the internal parts of the cable from damage, and it also makes the cable easier to handle. In some cases, the jacket may also be color-coded so that you can easily identify the type of cable.

Video Cable Buying Guide

Before you go out and buy a video cable, there are a few things that you need to keep in mind. Here are a few factors to consider before making your purchase:


As we've seen, the materials used in a video cable can impact its performance. When choosing a video cable, pay attention to the internal and external wiring types. It's highly recommended to use oxygen-free copper wiring for the best results. Also, be sure to check the type of jacket that's used. The jacket should be made from a durable material that can protect the internal parts of the cable.


The length of the video cable is also an important factor to consider. In general, the longer the cable, the more expensive it will be. However, you'll need to make sure that the length of the cable is appropriate for your needs. For example, if you're only going to use the cable to connect a DVD player to a TV, you won't need a very long cable. On the other hand, if you're going to use the cable to connect a computer to a projector, you'll need a longer cable.

Connector Type

As we saw earlier, the connector type is also an essential factor to consider. Be sure to check the type of connector used on the devices you want to use the cable with. Otherwise, you won't be able to connect the two devices properly.

Pixel Resolution

The pixel resolution is the number of pixels displayed on a screen. The higher the pixel resolution, the better the quality of the image. When choosing a video cable, be sure to check the maximum pixel resolution that it can support.

Frequency Response

The frequency response is the range of frequencies that an audio cable can reproduce. The higher the frequency response, the better the quality of the audio. When choosing a video cable, be sure to check the frequency response to be sure that it can reproduce the audio frequencies you need.

Cable Gauge

The cable gauge is the thickness of the wire—the thicker the wire, the better the signal quality. When choosing a video cable, check the cable gauge to ensure it's thick enough to carry the signal you need.


Of course, price is also an important factor to consider. Video cables can range from a few dollars to a few hundred dollars. In general, the more expensive cables will offer better performance. However, you'll need to decide how much you're willing to spend on a video cable.

Video Cable FAQs

If you're still unsure which video cable to buy, check out the following FAQs. These frequently asked questions should help you narrow down your choices and show some ways for maintenance.

Why Does Video Resolution Matter in Video Cables?

Most people have heard of 1080p and 4K resolution in reference to TVs and movies. They may not know that these numbers also apply to the video cables used to connect those devices. Resolution refers to the number of pixels that make up an image. The higher the resolution, the more pixels there are, and the sharper the image will be.

When it comes to video cables, HDMI is currently the industry standard, and it supports resolutions up to 4K. It can carry enough information to produce a sharp image on a 4K TV or monitor. However, it's important to note that not all HDMI cables are created equal. To take full advantage of a 4K TV, you'll need to use an HDMI cable rated for 4K resolution.

How Do I Choose The Right Cable For My Needs?

There are a few things to consider when choosing a suitable cable for your needs. The first is the gauge, or thickness, of the cable. Thicker cables can carry more current and are better for high-powered devices. The second is the type of insulation. There are several types of insulation, each with its benefits and drawbacks.

The third is the length of the cable. Longer cables can be more convenient, but they also have more resistance and render a voltage drop. Finally, you need to consider the price. Higher quality cables tend to be more expensive, but they will last longer and perform better. With all these factors in mind, you should be able to choose a suitable cable for your needs.

Can I Connect Two Devices That Don’t Have the Same Cable Type?

The simple answer is yes, and you can connect two devices that don't have the same cable type. However, there are a few things you need to consider before you do so. First, you will need an adapter to convert one type of cable into another. These can be found at most electronics stores. Second, you need to be aware that not all adapters are created equal.

Some adapters will allow you to connect the two devices but will not support data transfer between them. Others may work for some devices but not others. Finally, it's essential to keep in mind that using an adapter may decrease the overall quality of the connection. If you connect two devices that rely on high-speed data transfer, it's best to use the same cable type.

What Are The Most Common Problems With Video Cables?

Have you ever had an issue with your video cables? Whether it's a blurry picture, signal loss, or ghosting, there are some common problems that can occur. Let's look at some of the most common issues and how to fix them.

One of the most common issues is a loose connection. This can be caused by loose ports, damaged connectors, or even fraying wires. The best way to fix this issue is to ensure that all of your connections are tight and secure. If you're using an HDMI cable, you can also try using a different cable or adaptor.

Another common issue is interference from other devices. This can be caused by electrical interference, wireless signals, or other cables. If you're having this issue, try moving your devices or cables to a different location. You can also try using a shielded cable to protect against interference.

Finally, another common issue is signal loss. This can be caused by many things, including distance, damaged cables, or even loose connections. If you're having this issue, try moving your devices or cables to a different location. You can also try using a different cable or adaptor.

How Can I Troubleshoot Video Cable Problems?

If you're having problems with your video cable, there are a few things you can try to troubleshoot the issue. First, check that the cable is securely plugged into the TV and the video device. If it's loose, tighten the connection. Next, check the cable itself for any damage or wear.

If you see any damaged wires or cracks in the insulation, it's time to replace the cable. Finally, try using a different cable. If you have a spare one lying around, swap it out and see if that fixes the problem. If not, the problem is likely with your TV or video device, not the cable.

How Can I Prevent Damage To My Video Cables?

Most people have experienced the frustration of a damaged video cable. Whether it's a damaged HDMI cable or a cracked coaxial cable, it can be difficult to get a clear picture when your cables are in bad shape. So what can you do to prevent damage to your video cables?

The first step is to make sure that your cables are properly stored. When not in use, cables should be wrapped up and kept safely where they won't be bent or pulled. Be especially careful with HDMI and DVI cables, as these are more susceptible to damage than other cables.

Another way to prevent damage to your video cables is to use cord protectors. These devices fit over the end of your cable and help to keep the connectors safe from damage. They also make it easy to disconnect and reconnect your cables, which can be helpful if you need to move your equipment around often.

Finally, be careful when handling your cables and avoid pulling on them or twisting them unnecessarily. If you need to move your equipment, disconnect the cables first.

How Often Should I Replace My Video Cables?

Most people don't think about their video cables until there's a problem with the picture. If you have a fuzzy or no picture, it might be time to replace your video cables. But how often should you replace them?

The answer to the first question is that it depends. The lifespan of a video cable can vary depending on the quality of the cable and how often it's used. A good quality HDMI cable, for example, can last for years with regular use.

On the other hand, a cheap composite video cable may only last a few months. If you use your TV regularly, you should check your cables for signs of wear and tear every few months. If you don't use your TV often, you can probably get away with replacing your cables every year or so.

As for the second question, the type of cable you use is up to you. If you have a newer TV, you might want to use an HDMI cable for the best picture quality.

Where to Buy Video Cables

Have you ever been in the middle of setting up your new home entertainment system, only to realize that you don't have the right video cables? Or maybe you've been using the same old tired HDMI cable for years, and it's finally stopped working. Whatever the case may be, finding the right video cables can be a challenge. However, it doesn't have to be with a little bit of research.

One of the first places to look for video cables is your local electronics store. They will likely have a wide selection of HDMI, DVI, and VGA cables. Another option is online retailers such as Amazon or Best Buy. These websites usually have a wide selection of cables and offer free shipping.

Finally, you can always try your local home improvement store. They may not have a wide range of collections as electronics stores. Still, they usually have the basics, such as HDMI and coaxial cables.

No matter where you choose to buy your video cables, do your research ahead of time. Know what type of cable you need and the length you need it. This will save you time and money in the long run.

Wrapping Up

Video cables are not all created equal. There are various types of video cables with different purposes. Knowing which cable to use for your specific needs is essential for getting the best picture quality possible. We hope this article has helped you better understand the different types of video cables and their functions.

Posted by Harry Winston

Harry is an expert when it comes to decorating the interior of your dream home - as well as the tabletop with all sorts of delicious dishes. Whether you need culinary tips or interior design guides, you can rely on his expertise. When not writing about food or furnishing, Harry looking into these topics to stay on the top of current trends and new innovations.