HDMI Output to DisplayPort Input: A Simple Guide

HDMI & DisplayPort

In today's world of ever-evolving technology, it's important to understand the various types of connections and adapters necessary for a seamless experience. One such connection is HDMI output to DisplayPort input, which allows you to use HDMI and DisplayPort devices together. This article explores the topic in detail, aiming to provide you with a comprehensive understanding of the process.

As technology advances, so do the standards for video connections. HDMI and DisplayPort are two of the most popular and widely used video connectors, each having its own benefits and limitations. HDMI port is more common and can be found in a majority of consumer electronics, while DisplayPort is often used in professional settings, offering higher video resolutions and refresh rates. Navigating the compatibility and connection between these two formats may sometimes require the use of special adapters.

Key Takeaways

  • HDMI and DisplayPort are two popular video connectors with distinct benefits and limitations
  • Adapters are often required for compatibility between HDMI output to DisplayPort input
  • The right solution depends on factors like multiple monitor setups, gaming, and high-resolution displays

Understanding HDMI and DisplayPort

In this section, you'll learn about HDMI and DisplayPort, two popular video and audio interface standards used in modern electronic devices.

HDMI Overview

HDMI, or High-Definition Multimedia Interface, is a widely used digital video and audio interface designed to transmit both video and audio signals through a single cable. It is common on devices such as TVs, gaming consoles, and home entertainment systems. Some of the key features of HDMI include:

  • Supports video resolutions up to 8K at 60Hz (with HDMI 2.1)
  • Audio return channel (ARC) for transmitting audio both ways
  • Consumer Electronics Control (CEC) for unified control of connected devices
  • Support for various color spaces and HDR (high dynamic range) content

DisplayPort Overview

DisplayPort, on the other hand, is a more advanced digital video and audio interface, mostly found on computer monitors and graphics cards. It has some advantages over HDMI, such as:

  • Higher video resolutions and refresh rates (up to 8K at 120Hz or even 16K at 60Hz)
  • Support for daisy-chaining multiple monitors with a single cable
  • Adaptive Sync technology for smoother gameplay (compatible with NVIDIA G-Sync and AMD FreeSync)
  • Better support for multi-stream transportation, allowing multiple video/audio streams in a single cable

Both HDMI and DisplayPort offer different features to cater to various use cases. While HDMI is more suitable for home entertainment systems, DisplayPort is geared toward computer displays and professional applications. Choose the one that best fits your needs and enjoy high-quality video and audio experiences.

HDMI Output to DisplayPort Input


When you need to connect an HDMI output port device to a DisplayPort input display, a friendly option is using an HDMI to DisplayPort adapter. These adapters are designed to convert the HDMI signal to a DisplayPort signal, allowing your HDMI devices (e.g., gaming consoles, Blu-ray players) to connect with DisplayPort monitors or screens.

There are two types of adapters: active and passive. Active adapters include additional chips that help convert the signal more accurately, offering better compatibility and performance. These adapters are ideal when connecting devices with higher resolutions or refresh rates. Passive adapters, on the other hand, are less expensive and suitable for basic connections. Make sure to check if your DisplayPort source has the DP++ symbol to ensure compatibility with passive adapters.


Another solution for connecting HDMI output devices to DisplayPort input monitors is using an HDMI to DisplayPort cable. These cables are designed for a unidirectional transmission, meaning they only transmit the signal from the HDMI output to the DisplayPort input. Keep in mind that these cables are not bidirectional, so you cannot use them to connect a DisplayPort device to an HDMI display.

When selecting an HDMI to DisplayPort cable, choose one that supports your desired resolution and refresh rate (e.g., [email protected]). Remember that cable length can affect signal quality, so try to pick a cable that is the shortest and most suitable length for your setup.


While adapters and cables are the most common solutions for connecting HDMI output devices to DisplayPort input displays, some connectors can also facilitate this connection. Connectors typically consist of a male HDMI connector on one end and a female DisplayPort connector on the other, allowing you to plug the HDMI output directly into the DisplayPort input without any additional cables or adapters.

Please note that connectors are generally less versatile and not as widely available as cables and adapters. However, if you prefer a minimal and low-profile option, a connector can be a viable solution for your HDMI to DisplayPort needs.

Compatibility and Connection

Audio and Video Quality

When connecting your HDMI output to a DisplayPort input, you should be aware that both HDMI and DisplayPort are capable of delivering high-quality audio and video signals. They both support a wide range of color spaces, HDR, and surround sound formats.

However, depending on your specific devices and cable type, there might be some differences in the final output quality. To ensure the best possible audio and video quality, make sure you use high-quality cables and adapters that support the features needed for your devices.

Resolutions and Refresh Rates

Both HDMI and DisplayPort can handle high resolutions and refresh rates, but there are differences in their capabilities:

  • HDMI: The latest HDMI standard, HDMI 2.1, can support 4K resolution at 120Hz, and 8K resolution at 60Hz.
  • DisplayPort: DisplayPort 1.4 can support 4K resolution at a 240Hz refresh rate, 5K resolution at 120Hz, and 8K resolution at 60Hz. The newer DisplayPort 2.0 standard can support up to 8K resolution at 120Hz or even 16K resolution at 60Hz.

To make the most of your devices' resolution capabilities, consider the following tips:

  • Know the resolutions and refresh rates supported by your devices, as well as the HDMI and DisplayPort standards they are using.
  • Choose a compatible adapter or cable that supports the required resolutions and refresh rates between your HDMI output and DisplayPort input.

By following these suggestions, you can ensure a smooth and optimal connection between your HDMI output and DisplayPort input, making the most of your device's audio and video capabilities.

Types of Adapters

Regarding the Adapters, there are two main types you can use: Active Adapters and Passive Adapters. In this section, we'll provide you with a friendly overview of these adapters and how they can help you make your connections.

Active Adapters

Active adapters are a great option when you need to convert HDMI output to DisplayPort input. These adapters have built-in electronics that actively translate the HDMI signal into a DisplayPort signal. This enables them to provide a stable connection, fairly consistent performance, and support for higher resolutions and refresh rates.

Some active adapters also support converting DisplayPort output to HDMI input, making them versatile and useful for a variety of situations. Keep in mind, though, that active adapters may require external power through a USB port or a power adapter.

Here are some notable features of active adapters:

  • Built-in electronics that convert signals actively
  • Support for higher resolutions and refresh rates
  • Stability and consistent performance
  • Can require external power

Passive Adapters

Passive adapters, on the other hand, don't have any built-in electronics and simply rely on the built-in functionalities of the HDMI and DisplayPort connectors to establish a connection. These adapters are usually simpler, requiring no external power source, and often come at a lower cost compared to active adapters.

However, passive adapters may not support higher resolutions and refresh rates, which can limit their utility for gaming, video editing, or other tasks that benefit from higher-performance connections. Additionally, they are typically one-way adapters, meaning they'll only work for converting HDMI output to DisplayPort input, but not vice versa.

Here's a quick summary of passive adapters features:

  • No built-in electronics
  • Simpler and often less expensive than active adapters
  • Usually support lower resolutions and refresh rates
  • Typically one-way adapters (HDMI output to DisplayPort input only)

Remember to consider your specific needs when selecting an adapter, keeping in mind factors like resolution, refresh rate, and the direction of the connection you need to establish.

Choosing the Right Solution

When connecting an HDMI output to a DisplayPort input, it's important to choose the most suitable solution for your needs. This section focuses on the key factors you should consider when making your decision, such as cable length and thickness, reviews and recommendations.

Cable Length and Thickness

Selecting the right cable length and thickness depends on your specific requirements. The distance between your devices and the amount of flexibility you need can affect your choice. Keep in mind that longer cables can sometimes result in a loss of signal quality, so it's important to find a happy medium between length and performance.

Thicker cables generally offer better durability and can resist interference more effectively. However, they might be more difficult to manage due to their rigidity. Consider the setup of your devices, the space available, and how often you may need to move or adjust the cables.

Reviews and Recommendations

Reliability and quality are essential factors when choosing an HDMI to DisplayPort adapter. To ensure you make an informed decision, look for products with favorable reviews from users who have encountered and resolved similar situations.

Two popular brands to consider are StarTech and Club3D. Their adapters have received positive feedback from users, and they offer a variety of price points to accommodate different budgets.

When selecting an adapter, keep the following criteria in mind:

  • Build quality: Opt for a sturdy, well-constructed product that can withstand regular use.
  • Compatibility: Ensure the adapter supports the resolution and refresh rate that your devices require.
  • Price: Determine your budget and balance it with the quality and performance you expect.

By considering all these factors, you can choose an HDMI to DisplayPort solution that best suits your needs.

Other Connection Alternatives

In this section, we'll explore a few other connection alternatives to help you find the best fit for your needs. These include DVI, USB-C, VGA, and Thunderbolt connections.


Digital Visual Interface (DVI) is an older technology that provides high-quality digital video transmission between devices. While it may not support the same audio and video resolutions as HDMI or DisplayPort, it can still deliver a solid performance for most standard monitors. To use a DVI connection, you'll need a DVI cable and possibly an adapter if your computer or monitor doesn't have a native DVI port.


USB-C is a newer, versatile connection option that can support video, audio, data, and even power delivery. This single connection type can replace several others, simplifying your setup. If your computer has a USB-C port with DisplayPort alternate mode capability, you can use a USB-C to DisplayPort or HDMI cable to connect to your monitor. This option is particularly useful for modern laptops, as it allows for the connection of multiple accessories with a single cable.


The Video Graphics Array (VGA) connection is an older analog technology that was popular in CRT monitors and early LCD displays. While VGA connections can't support high-resolution or new display technologies like HDMI or DisplayPort, they're still useful for basic display needs and can be found on older equipment.

To use a VGA connection, you'll need a VGA cable and potentially an adapter if your computer does not have a native VGA port. Keep in mind that VGA connections can suffer from lower image quality and limited resolution compared to other alternatives.


Thunderbolt is an advanced connection technology developed by Intel that combines high-speed data transfer with video and audio capabilities. Thunderbolt 3 and 4 ports, which utilize USB-C connectors, can simultaneously support DisplayPort and HDMI video signals, making it incredibly versatile.

To use a Thunderbolt connection, you'll require a compatible cable or adapter. Devices with Thunderbolt ports include high-end laptops and desktops, so take advantage of this powerful connection if your hardware supports it.

By exploring these alternative connections, you can make an informed decision and find the best option for your specific needs. Keep in mind the compatibility of your devices and the desired display performance when selecting an appropriate connection type.

Connecting Multiple Monitors

Setting up multiple monitors can greatly enhance your workspace and productivity. Here are some tips on how to connect multiple monitors using DisplayPort output for a seamless experience.

DisplayPort Output Options

When connecting multiple monitors, your options depend on your graphics card and the DisplayPort version. For most modern systems with DisplayPort 1.2, you can daisy chain your monitors to keep your setup neat and organized.

To daisy chain your monitors, just connect the DisplayPort Out on the first monitor to the DisplayPort In on the second monitor using a DisplayPort cable and repeat this step for any additional monitors you want to connect. The monitors should have DisplayPort 1.2 receivers and transmitters. Make sure to enable DisplayPort 1.2 on your monitor through the On-Screen Display (OSD) menu.

If your setup includes a mix of HDMI and DisplayPort connections, consider using adapters to convert the signal. For example, if you have a laptop with an HDMI output and a monitor with a DisplayPort input, you can use an HDMI-to-DisplayPort adapter to connect the two. Keep in mind that you will need one adapter for each monitor you plan to connect this way.

When using multiple monitors, it's important to configure the displays correctly in your operating system. For Windows users, you can press the Windows logo key + P, and choose the desired display option:

  • See things on one display only
  • See the same thing on all your displays
  • See your desktop across multiple screens

By effectively utilizing your DisplayPort output options and adjusting the settings, you can enjoy a more productive and organized workspace with multiple monitors. Remember to keep your cables and adapters in check to ensure a smooth and clutter-free experience.

Gaming and High-Resolution Displays

High Refresh Rates

Gamers often prefer high refresh rates because it helps reduce screen tearing and provides a smoother gaming experience. With the right combination of DisplayPort and HDMI, you can achieve impressive refresh rates to enhance your gaming sessions. DisplayPort is often favored over HDMI for its ability to support higher refresh rates, particularly beyond 4K resolution. In fact, DisplayPort connectors are commonly found on the latest graphics cards to optimally support gaming at high resolutions.

To make the most out of your gaming experience, you should consider the capabilities of both HDMI 2.1 and DisplayPort 2.0 standards. They can both reliably run 4K resolutions at 60Hz, which is perfect for many modern games. However, if you're aiming for resolutions beyond 4K, DisplayPort may be the better option.


As an avid gamer, you may seek to immerse yourself in stunning visuals and high-resolution gameplay provided by today's advanced gaming systems. The right display connection can significantly enhance your gaming experience.

DisplayPort 1.2, which has been in use since 2010, offers 17.28 Gbps of bandwidth to handle 4K resolution video at 60Hz. It also supports lower resolutions like Full HD (1920 x 1080) and Quad HD (2560 x 1440). On the other hand, HDMI 2.1 is capable of 4K60 gaming as well.

When it comes to gaming at 1080p or 1440p resolution, both HDMI and DisplayPort will work just fine. However, if you're looking for a dual-link connection, be aware that dual-link DVI-D offers double the bandwidth of single-link DVI-D through additional pins and wires.

Remember, choosing the right display connection for gaming involves considering the refresh rate, resolution, and overall performance gains. By doing so, you'll enjoy a visually stunning and smoother gaming experience, free from screen tearing and unnecessary tension.

Plug and Play Functionality

Compatibility with Various Devices

With plug-and-play functionality, connecting your HDMI output to a DisplayPort input is a breeze. This feature allows you to effortlessly connect and begin using your device without needing to install any additional software or drivers.

When using a computer, make sure to check for compatibility with your specific model. Many modern computers, including Windows, macOS, and Linux devices, support plug and play connections for HDMI to DisplayPort adapters. So, no need to worry about any complex setup or configuration.

For Mac users, it's essential to verify if your device has a Thunderbolt 3 port or USB-C that supports DisplayPort Alternate Mode (Alt Mode) output. Most recent Mac models come with these ports, but it's always a good idea to double-check before purchasing an adapter.

Here are some compatible devices that generally support plug-and-play functionality with compatible adapters:

  • Windows computers with HDMI outputs
  • macOS devices with HDMI or Thunderbolt 3/USB-C outputs
  • Linux computers with HDMI outputs
  • Game consoles with HDMI outputs
  • Most media players with HDMI outputs

To improve your experience, consider using an HDMI to DisplayPort adapter that supports high-resolution displays. Some adapters on the market provide resolutions up to 4K (3840x2160 at 30Hz), which will offer you a fantastic visual experience for pictures and videos.

Best to keep it friendly and straightforward when setting up your HDMI output to DisplayPort input connections. Plug and play functionality ensures that you'll have a hassle-free and enjoyable experience across various devices.

Warranty and Support

When purchasing an HDMI to DisplayPort adapter, it's essential to consider the warranty and support provided by the manufacturer. A good warranty can give you peace of mind and reassurance that should anything go wrong with your adapter, and you'll be covered.

Manufacturer's Warranty: Most HDMI to DisplayPort adapters come with a manufacturer's warranty. This warranty usually lasts between one to two years and covers any defects in materials or workmanship. Be sure to check the specifics of the warranty offered by the manufacturer, as some may have different periods or conditions.

Extended Warranty: Some retailers may offer extended warranties at an additional cost. These extended warranties can provide longer coverage than the manufacturer’s warranty, often adding extra years of protection. While not essential, it's worth considering if you want added security for your investment.

Customer Support: In addition to warranty coverage, it's also important to consider the customer support offered by the manufacturer. Good customer support can make all the difference when you need help with troubleshooting or technical issues. Look for manufacturers that have dedicated support teams, ideally with quick response times and multiple contact options such as phone, email, and live chat.

Frequently Asked Questions

Can an HDMI to DisplayPort adapter support 4K?

Yes, an HDMI to DisplayPort adapter can support 4K resolution. However, you should make sure that both your source device (e.g., laptop or computer) and the adapter you use are capable of supporting 4K.

How can I connect my HDMI laptop to a DisplayPort monitor?

To connect your HDMI laptop to a DisplayPort monitor, you will need an HDMI to DisplayPort adapter. Simply plug the HDMI end of the adapter into your laptop and the DisplayPort end into the monitor. Make sure your devices and adapter are compatible with each other, and the display settings on your laptop are properly configured.

What is the best HDMI to DisplayPort converter to buy?

The best HDMI to DisplayPort converter depends on your specific needs and budget. Look for an adapter from a reputable brand with positive customer reviews and a warranty. Ensure the adapter supports the resolution, refresh rate, and audio format you plan to use. Unidirectional converters are more common and typically lower in cost, but bidirectional converters offer more versatility if needed.

Is it possible to get 144Hz with an HDMI to DisplayPort connection?

Yes, it is possible to get 144Hz with an HDMI to DisplayPort connection, but it depends on the capabilities of your source device, display, and adapter. Make sure that both the HDMI and DisplayPort support the desired refresh rate, and choose an adapter with the necessary bandwidth to provide 144Hz at the resolution you're using.

Why is my HDMI to DisplayPort adapter not working?

If your HDMI to DisplayPort adapter is not working, it could be due to various issues:

  1. Compatibility: Ensure that your source device (with HDMI output) and display (with DisplayPort input) are compatible with the adapter.
  2. Display settings: Check your source device’s display settings and make sure the correct display mode and resolution are selected.
  3. Adapter issues: It’s possible that the adapter is faulty or damaged. Try using a different adapter or contact the manufacturer for assistance.

Are there bidirectional converters for HDMI and DisplayPort?

Yes, there are bidirectional converters available for HDMI and DisplayPort. These converters can transmit signals both ways, allowing you to connect an HDMI source to a DisplayPort display or a DisplayPort source to an HDMI display. Keep in mind that bidirectional converters are usually more expensive than unidirectional converters, but they provide more flexibility in connection options.