What type of video cable you need depends on the purpose of the connection and the kind of data you’re transmitting. Though we’re looking at video cables here, many types transmit sound, too. Here’s everything you need to know about the different types of video cables.

Table of Contents

A. Two main video cable distinctions?
- - 1. Analog
  - 2. Digital
B. List of the Different Types of Video Cables

II. More Details

A. Two main video cable distinctions?

 Cables, wires, plugs - they drive me crazy. There are seemingly millions of different types of video cables for connecting devices, TVs, computers, etc. I wanted to get a handle on video cable options so got to work by researching and listing all the different types of video cables you may need for hooking something up. 

Video cables are available in many configurations and for a range of purposes. But there are two primary types: analog and digital.

1. Analog

An analog video cable uses a fluctuating electronic signal to carry video. The transmission is an undulating wave type, but it’s susceptible to interference because of its simplicity. Older cables tend to rely on analog transmission. There are also four types of analog cables: coaxial, composite, S-video, and component.

Coaxial RF cables are the most basic. They transmit video signals up to 350i, but that’s a low-quality transmission by today’s standards. It’s coaxial cables that most often give “fuzzy” pictures. Coaxial cables, which are varieties with an inner conductor and an outer insulating layer, can also transmit high-frequency electric signals—such as those in phone lines.

In fact, the first transatlantic telephone cable system (TAT-1) used coaxial cable, all the way back in 1956. Those lines allowed for phone calls between the United States and England for the first time.

Composite cables are the next level up from coaxial and carry a signal of 480i—which is low for modern devices. But for an analog TV, you should be able to get a clear picture. S-Video can also carry 480i signals, but they send the color and brightness data separately. You might notice better coloration with S-Video cables.

Finally, component cables can transmit up to 1080p, which is suitable for most HDTVs.

2. Digital

Digital cables transmit data via binary code—1s and 0s—and are typically higher quality than analog types. Their reliability comes from the fact that they’re less susceptible to degradation or interference than alternative options.

Digital video emerged in the 1990s—and it cost cable companies around $65 billion to make the switch to faster and higher-quality digital service.

Three types of digital cables are common: HDMI, DVI, and FireWire, AKA, iLink or IEEE 1394. More on those below.

B. List of the Different Types of Video Cables

Video Cable Chart

Let’s kick off with a simple chart that sets out the many different main video cables (including computer cables):

Apart from digital versus analog, there are a ton of different types of video cables. Here’s a sampling of the kinds you may find around your home—including on older electronics.

1. BNC

BNC—Bayonet Neill-Concelman—cables are an alternative to RCA options for professional video components. BNCs are coaxial cables that people often use for aviation electronics, test equipment, and amateur radio applications.

2. Apple Display Connector

Apple’s proprietary DVI connector combined analog and video signals plus USB and power cords all in one. These days, Apple uses standard DVI connectors, but you might find these display connectors on older equipment.

3. AV Multi

Source: Wikiwand

AV Multi connectors are a proprietary cable for Sony PlayStation products. Multiple iterations of the PlayStation use AV Multi cables. One end has the AV port, while the other end features yellow, white, and red jack inputs. Many newer devices now use HDMI cables, but you might come across AV Multis on some units.

4. DisplayPort

DisplayPort cables are similar to HDMI, but HDMI connectors also have audio return channels. DisplayPorts connect computer monitors and other home electronics like theater systems.

5. Mini DisplayPort

Mini DisplayPort cables is another offering from Apple and intended to be an alternative to HDMI. They are for use with computer displays.

6. DB13W3

DB13W3 connectors include pins and are older-style analog computer video connectors. Apple, IBM, and other computer systems used these connectors. But these days, their replacements (VGA and DVI) have taken over.

7. DMS-59

DMS-59 cables are another pin-type connector that work with multiple monitors (via an adapter). They’re old-school twin DVI adapters.

8. DVI

DVI—or Digital Visual Interface—video cables are standard with computer video cards. Five variations exist: DVI-I single link and dual-link, DVI-D single and dual-link, and DVI-A.

9. HDBaseT

HDBaseT or 8P8C connectors transmit high-def video, audio, ethernet, and more. For uncompressed high-definition video, this type of cable is a powerhouse. It’s more common in phone and ethernet LAN applications, though.

10. HDMI

HDMI—or High-Definition Multimedia Interface—cables are the newest and most common household cable. They come in three connector types; Type D (micro), Type C (mini), and type A (the largest). In addition to being a type of cord, HDMI is also a technology standard for audio and video content.

You’ll find HDMI cables (or inputs) on media streaming devices (like Roku or Apple TV), DVD players, video game consoles, and TVs. What’s handy about these cords is they eliminate the need for an additional audio cable when you’re transmitting video.

11. Mini-DVI

https://files.cablewholesale.com/hires/30h1-55000_03.jpg

Source: Cable Wholesale

Mini-DVI cables, the predecessor to MiniDisplayPort cords, often come up on older Apple computers.

12. Micro-DVI

Micro-sized DVIs are another type of cord Apple used, such as on their older MacBooks. Now, MiniDisplayPort cords replace these.

13. Mini-DIN

Mini-DIN connectors are S-video types that are round with internal pins. Many variations exist, with anywhere from four to about ten pins.

14. F Connector

F connectors are another familiar sight for people who began watching cable television circa 1950. Starting in the ‘70s, F connectors became the standard for plugging in television sets and accessing local programming.

Older home computers, gaming consoles, VCRs, and other devices also used F connectors for decades. Outside North America, a common variation is the TV aerial plug or antenna plug.

15. N Connector

N connectors are not common on consumer devices, but you will find them on professional video equipment.

16. RCA Connector

RCA connectors are another common consumer electronic audio and video solution. The cables have three connectors—a yellow one for composite video, and then white and red plugs for audio.

Each signal takes one connector, but you can use these plugs without the audio component (or with just one), depending on what you’re connecting.

17. Twin-Lead

Twin-lead connectors are more common in places outside the US these days. But when TV antennas were still common, some configurations used Twin-lead connections.

18. VGA Connector

VGA or DE-15 analog connectors will also look familiar to users of older IBM or other computers. But in 1999, DVI connectors began replacing the original 9-pin design.

19. Mini-VGA

Many Apple and Sony computers used Mini-VGA plugs, but they are relatively rare.

20. FireWire

FireWire cables are outdated, so you won’t find them very often. They also go by the names iLink and IEEE 1394. If you have an older external hard drive or a digital camera, it might use a FireWire cable. There are two kinds: a “bilingual” port and a b-only port.

II. More Details

Here’s everything you need to know about video transmission cord construction and common types for household equipment.

A. Video Cable Materials

While you can find cheap video cables in many places, the materials can affect how well your cords work. Inexpensive materials—or simply the wrong materials for the application you need—can mean cables that fall apart sooner. Here are the four main components in video cables, along with common materials.

1. Interior Wiring

The internal wiring of a cable is what transmits the video data. Most experts recommend oxygen-free copper (OFC) cables for optimum transmission quality. In contrast, copper-clad aluminum (CCA) is said to be of lower value.

CCA cables are often cheaper, but OFC can transfer more power.

2. Shielding

Shielding is what protects video cables from interference and electromagnetic forces. Cables can have varying amounts of shielding—from one to three layers—and two common types are foil and braiding. Some cords use both types of shielding at the same time, too.

Braided shielding is usually fine for lower frequencies, but foil is ideal for higher frequencies.

3. Connector Plating

The plating on your video cable’s connector is what plugs into a jack. Plenty of experts suggest gold-plated connectors, though the reasons are complicated. For example, many people prefer the look of gold, because it doesn’t tarnish the way copper does.

However, gold-plated connectors are not necessary, especially with digital cables. Either way, you’ll likely achieve the same signal—and picture—quality.

4. Outer Jackets

An outer jacket is what protects the shielding and wiring of a cable. In most applications, you won’t need a heavy-duty jacket. The exception is if you’re installing cables outside—or in extremely hot or cold conditions.

The jacket protects against rubbing, moisture, heat, cold, and events like someone stepping on them. Jacket materials like polyurethane are common.

B. Common Connectors for Televisions

Television sets typically use five types of connectors: component video, composite, coaxial, S-video, and DVI or HDMI.

Today, the most common cable is an HDMI connection, but depending on how old your TV is, you might find a coaxial connector on the back. Even with modern HDMI ports, most TVs include component video cables (the ones with three separate plugs).

The good news is, even on older TVs, you can usually convert the port to whatever type you need. For example, it’s possible to connect a coaxial cable from an older TV to an adapter that allows you to plug in via HDMI.

C. Types of Video Cables for Modern Video Game Systems

We already discussed that PlayStations use AV Multi connectors, a proprietary type of cord. But different types of gaming systems have their own requirements. Here are the cords you’ll need for the most common video game systems.

PlayStation: AV Multi
Xbox 360: HDMI or VGA HD AV
Nintendo Switch: Type C HDMI
Nintendo Wii: AV Multi

D. Cables for Computer Monitors

The type of cable you need to connect a computer monitor to your PC (or even a laptop) can vary by brand and model. Generally, computer monitors come with VGA cables, but newer technology is changing standard equipment.

Common video ports on PCs are compatible with cables like:

RCA
VGA
DMS59
DVI (many types)
DisplayPort (including Mini)
HDMI (all types)

Companies like Dell also offer wireless monitors, which only require a power source and Wi-Fi to connect to your PC or laptop.

You might also want to connect your laptop to an external monitor or add a second monitor to your PC. By looking at the ports, you can determine what cable you need and how to make the connection quickly—no tools or soldering required.

E. Smartphone-compatible Cables for Video

Though most smartphones can wirelessly cast to your TV screen or PC monitor, there are times when a cable is more efficient (or just easier). The simplest way to connect a smartphone to your television is by using an HDMI cable since they transmit audio and video at the same time.

With an adapter, you can connect an HDMI cable to your smartphone, then plug it into the back of the television set. With many Android devices, you can plug in via mini or micro HDMI—but make sure to choose a cable with standard HDMI on one end and the size you need on the other.

USB connectors are another way to transmit audio and video to your TV. Newer TVs tend to have USB ports, and your phone’s charging cable will likely connect it to the port.

F. Video Cable Frequently Asked Questions

Still unclear on the different types of video cables and their applications? Here are commonly asked questions about video connector cords.

Why Does Video Resolution Matter in Video Cables?

Resolution matters because the wrong cable might distort your video experience. If you choose a low-quality cable that fits into your device’s plug, that doesn’t mean you’re getting the best picture quality.

Apart from reading the package information, determining video resolution requires some background knowledge of the numbers and calculations involved. Essentially, there are three ways manufacturers denote resolution: with pixels, “i,” and measures of high definition (such as “D”).

Pixel Resolution

TV, computer, and video game manufacturers offer resolution statistics in the form of pixels. For example, a standard resolution today might be 1920 x 1080. That means pixel dimensions, or how many pixels there are in both the width and height.

Number Plus i

You might also see measurements of “i,” such as 480i, which is standard-definition television (SDTV). The letter “i” refers to the type of resolution—in this case, interlaced. Interlaced resolution means a lower bandwidth consumption that still provides better motion perception for viewers.

High-Definition

High-definition television (HDTV) is the most modern measure of resolution. HDTVs offer the highest pixel amounts, and you can find resolutions listed in “UHD” or “K.”

Choosing the right resolution cable—apart from what type of plug your device or TV has—can impact how well the video signal transmits. If you experience flickering or other image issues, you may be using the wrong cable resolution.

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

The good news is, with so many adapters and even converter units available, you can connect just about any device to another. It may not be easy, and it could require some trial and error, but it’s possible to link up older television sets with newer video game systems or smartphones to PC monitors.

However, drawbacks can potentially exist if your cables don’t offer high resolution. If you notice video degrading as you piggyback cables, try a different configuration or cable type to see if you can maintain the video quality.

The worst-case scenario would be purchasing new equipment—which isn’t a terrible idea if your device or appliance is already a few decades outdated.IV. Where to Buy Video Cables Online

Nearly every retail stores these days—like Walmart, Target, and more—carry multiple types of video cables. But before you start adding items to your cart—online or off—make sure you’re choosing the right cable.

G. How to Find the Right Video Cables Online

Before you start shopping, check the ports on the two devices or components you want to connect. Take a picture if possible so that you can ensure you’re getting the right fit. It’s worth crawling behind (or moving) the furniture to get an accurate idea of what you need.

Another option is to check the user manual for the equipment—manufacturers will let you know what type of connection works with their product.

In some cases, you’ll need to get creative. For example, if you need to connect a smartphone that doesn’t have an HDMI-compatible port to a TV set with only a coaxial cable, you’ll need an adapter for your phone, an HDMI cable, and a converter box to make it all work.

H. Where to Buy Video Cables

Purchasing video cables online is easy and often affordable. Check out these sources for video cables of all types: