Sign in

User name:(required)


Join Us

join us

Your Name:(required)

Your Email:(required)

Your Message :


Your Position: Home - Office & School Supplies - How does a video matrix work?

How does a video matrix work?

An HDMI matrix switch is a powerful device that enables you to route multiple sources to multiple displays, making it ideal for large entertainment or commercial settings. In this blog, we will explore the features and benefits of HDMI matrix switches to help you make an informed decision when choosing one for your needs.

What Is an HDMI Matrix?

An HDMI matrix switch is a device that allows you to connect multiple HDMI sources to multiple displays, and route any source to any display.

For instance, you can connect your DVD player, gaming console, and cable box to the HDMI matrix switch, and then connect the switch to multiple displays such as TVs or projectors. This means you can easily switch between sources and displays without the need for multiple cables or constantly unplugging and re-plugging devices.

How Does an HDMI Matrix Work?

An HDMI matrix switch works by allowing multiple HDMI source devices to be connected to multiple displays, and the user can switch between them at will. The HDMI matrix switch receives the signal from the source devices, and then routes it to the appropriate display based on the user’s input.

Users can easily switch between different source devices, such as DVD players, game consoles, and streaming devices, without having to manually unplug and replug cables. The matrix is controlled either by a remote or by a control panel on the device itself, and the switch can be set up to automatically detect the active source device and switch to it.

Types of HDMI Matrix Switches

When it comes to HDMI matrix switches, there are many different types available on the market. It’s important to choose the right one for your specific application, and this can depend on several factors, such as signal routing ability, video signal type, and cabling type.

One way to categorize HDMI matrix switchers is by connection/distance:

  • HDMI matrix switches that run over CAT5/CAT6 cabling are a popular choice because they offer an affordable, flexible, and durable connection that can be easily terminated in the field.
  • HDMI over IP matrix switches are another option that allow HDMI signals to be converted and transported over an IP network without the need for proprietary link cables.

Another way to categorize HDMI matrix switchers is by video setup/layout.

  • 4×4 HDMI matrix switches are a great choice for home or small enterprise use.
  • 8×8 HDMI matrix switches are the most popular type and can be found in a variety of installations.
  • 16×16 HDMI matrix switches are ideal for applications that require multiple HDMI sources to be transmitted to multiple displays.

Finally, HDMI matrix switches can also be categorized by signal transmission.

  • Component HDMI matrix switches allow users to switch component video from multiple sources to multiple displays.
  • Composite HDMI matrix switches transmit composite video and stereo audio.
  • Modular HDMI matrix switches are another option that support different video signals with cross switching and can be customized for specific applications.

Where can You Use a Matrix Switch?

An HDMI matrix switch can be used in a variety of settings, such as in home entertainment systems, conference rooms, or retail displays.

In a home entertainment system, you can use an HDMI matrix switch to route your gaming console, Blu-ray player, and cable box to multiple TVs or projectors throughout your home.

In a conference room, you can use the switch to route your computer, video conferencing system, and document camera to different displays.

In retail displays, you can use an HDMI matrix switch to showcase different products on multiple displays.

Advantages and Disadvantages of an HDMI Matrix

One of the main advantages of an HDMI matrix switch is the convenience it provides. Instead of switching cables or devices constantly, you can easily select the source and display you want with a remote control or a mobile app. Additionally, it saves space by eliminating the need for multiple cables and devices.

However, an HDMI matrix switch can also have some disadvantages. It can be more expensive compared to a standard HDMI switch or splitter. Additionally, it can be more complex to set up and use, and may require additional cables and adapters.

How to Set up an HDMI Matrix Switch?

Setting up an HDMI matrix switcher is a relatively simple process. It usually takes the 3 steps below:

  • Step 1: Connect your video sources to the inputs on the switcher.
  • Step 2: Next, connect your displays to the outputs on the switcher.
  • Step 3: Finally, use the switcher’s remote control or software interface to select the video source you want to display on each output.

Top Considerations for Choosing an HDMI Matrix

When selecting an HDMI matrix switch, there are several factors to consider. Here are some of the top considerations:

  • Signal Routing Ability: Consider the number of inputs and outputs you need and ensure the HDMI matrix switch can handle your signal routing requirements.
  • Video Signal Type: HDMI matrix switches support various video signal types such as 1080p, 4K, and 8K. Choose an HDMI matrix switch that supports the resolution and frame rate of your sources and displays.
  • Cabling Type: Consider the type of cabling you will be using. HDMI matrix switches that run over CAT5/CAT6 cabling are ideal for long-distance signal transmission.
  • Control Options: Choose an HDMI matrix switch with a control option that meets your needs. IP control allows for remote control of the matrix switch, while RS-232 control allows for integration with a control system.
  • Audio Support: Some HDMI matrix switches support audio extraction, allowing you to route audio to a separate audio system. Consider the audio support required for your application.
  • HDCP Support: High-bandwidth Digital Content Protection (HDCP) is a form of digital copy protection for audio and video content transmitted over HDMI. Ensure your HDMI matrix switch supports HDCP if your sources and displays require it.
  • Budget: HDMI matrix switches vary in price depending on their features and capabilities. Consider your budget and select the HDMI matrix switch that meets your needs and fits within your budget.

Considering these factors, you can select the right HDMI matrix switch for your application, ensuring reliable and efficient signal routing between your sources and displays.


In summary, an HDMI matrix switch is a powerful tool that can simplify your entertainment or commercial setup by routing multiple sources to multiple displays. It provides convenience and saves space, but it can also be more complex and expensive compared to standard switches or splitters. By considering your needs and the top considerations mentioned in this article, you can choose the right HDMI matrix switch for your setup.

Other Frequently Asked Questions

Want to learn more about HDMI matrix switches? Please read on to check out the following QAs.

Does an HDMI matrix cause latency?

An HDMI matrix switch may cause a small amount of latency due to the processing required to switch between inputs and outputs, but it should be minimal and usually not noticeable to the human eye.

Do I need an audio stripper for HDMI matrix?

Featured content:
Price of LED Wall: An In-Depth Analysis of Cost and Value

An audio stripper is not necessary for an HDMI matrix switcher as it is designed to handle both video and audio signals.

How to hook up 2 HDMI matrix switchers?

To hook up 2 HDMI matrix switchers, you will need to connect the output of one switch to the input of the other using an HDMI cable.

How to configure ARC on an matrix switch?

To configure ARC (Audio Return Channel) on an HDMI matrix switcher, you will need to ensure that the ARC feature is supported by both the switcher and the connected devices. Then, connect the HDMI cable to the ARC-enabled HDMI input and output ports.

What’s the difference between HDMI splitter and HDMI matrix?

The main difference between an HDMI splitter and an HDMI matrix switcher is that a splitter sends the same signal to multiple displays, while a matrix switcher can route different signals to different displays.

More Resources

You may be also interested in other blogs:

What Is an HDMI Matrix Switcher and How Does It Work?

An HDMI matrix switcher is a device that allows the central distribution and control of multiple digital and analog HDMI AV signals from one location. You may have heard the term "HDMI switcher for monitor." These devices simplify the routing of AV signals from a range of input sources, such as PCs, Blu-ray players and surveillance cameras, to one or more output sources (aka monitors), such as TVs, monitors, and projectors

HDMI matrix switchers are ideal for any application that requires customizable, high-speed AV signal routing from multiple sources to one or more destinations.

HDMI Matrix Switcher Applications

HDMI matrix switchers are used in radio and television, multimedia meeting rooms, education and command and control centers. These devices are also perfect for corporate, government and military markets where signal management and high-speed distribution of high-resolution video signals are crucial.

Types of HDMI Matrix Switchers

There is a wide range of HDMI matrix switchers on the market today. To choose the right one for your application, you need to consider the following:

  • Signal routing ability
  • Video signal type
  • Cabling type
  • and much more

Below are some of the most common types of HDMI matrix switchers.

By Connection/Distance:

HDMI Matrix Switchers over CAT5/CAT6
HDMI matrix switchers that run over CAT6 cabling are ideal if you're looking for an inexpensive, flexible, durable and easily field terminated connection. These switchers can extend video signals long distances, allowing technicians to install whatever length of cable they need for a specific application. This eliminates the technical and logistical problems associated with installing "long" HDMI cables.

IP HDMI Matrix Switchers
IP HDMI matrix switchers allow the conversion and transportation of HDMI signals up to 4K at 60 Hz 4:4:4 over a new or existing IP network without the need to run proprietary link cables between devices. IP control also lets you make ties or recall configuration presets and assign custom names for each input, output and preset pattern. Additionally, IP control supports simultaneous users from any device, including PC, smart phone or tablet.

By Video Setup/Layout:

4 x 4 HDMI Matrix Switchers
4 x 4 HDMI matrix switchers are ideal for many home and small enterprise uses. They have four HDMI inputs and four HDMI outputs. These switchers have features and functionality similar to larger industrial-use HDMI video matrix switchers, but at a more economical price.

8 x 8 HDMI Matrix Switchers
8 x 8 HDMI matrix switchers are the most popular type of HDMI matrix switchers. They have eight HDMI inputs and eight HDMI outputs. They are found in a variety of installations, ranging from home entertainment systems to small bars and restaurants.

16 x 16 HDMI Matrix Switchers
16 x 16 HDMI matrix switchers can switch between 16 sources and 16 displays. They have 16 HDMI inputs and 16 HDMI outputs. These switchers are ideal for applications that require multiple HDMI sources to be transmitted to multiple HDMI displays.

By Signal Transmission:

Component HDMI Matrix Switchers
Component HDMI matrix switchers are a combination of a component video splitter and a component switch in one device. They allow users to switch component video from multiple component sources to multiple displays with compatible outputs. Component video is video that has been split into two or more component channels. It refers to a type of component analog video (CAV) information that is transmitted or stored as three separate signals. This same input can be displayed on all the outputs or different inputs can be displayed on different outputs.

Composite HDMI Matrix Switchers
Composite matrix switchers transmit composite video and stereo audio from multiple video sources to multiple displays with compatible outputs. Composite video is an analog video transmission type that carries audio on a separate connection, unlike the higher-quality S-video (two channels) and the even higher-quality component video (three or more channels).

Modular HDMI Matrix Switchers
Modular matrix switchers are high-performance video and audio matrix switchers that support different video signals with cross switching. They independently switch and transmit every video or audio signal to decrease signal attenuation. Users can choose to insert different signal cards in these switchers for different applications.

Find out more about our vast selection of HDMI matrix switchers on our website.

What Is the Best Matrix Switching Solution for My Application?

Discover how to configure a matrix switcher or extension setup in our white paper, HD Video Matrix Switching. Access now to learn how our video switchers add value to your network through:

Modular Design
Configurable chassis for any combination of input/output cards, including HDMI, RJ-45, DVI and VGA.

Ultra-Fast Cross-Point Switching
switching from any input to any output in milliseconds.

Scaling and Cross-Conversion
Any type of input signal can be routed to any type of output signal. Video can be up or downscaled for compatibility in reduced switching time.

Flexible Control Options
Front-panel and IR remote control, plus RS-232, web interface and TCP/IP control compatible with major control systems.

Switch up to 4K UHD resolutions.

For more information, download our "How to Future-Proof Connectivity for Tomorrow's Control Room" white paper.

Contact Us




Video Switching & Distribution

Video walls

How does a video matrix work?

What Is an HDMI Matrix Switcher and How Does It Work?





All Comments (0)

Guest Posts

If you are interested in sending in a Guest Blogger Submission,welcome to write for us!

Your Name:(required)

Your Email:(required)


Your Message:(required)