How To Connect Speakers To A Monitor With No Audio Output?

In the age of sleek, minimalistic setups, many individuals are opting for monitors that prioritize visuals over audio capabilities. As a result, numerous users end up with a monitor lacking an audio output for their external speakers. Fear not, dear reader!

This article is designed to guide you through the process of connecting your speakers to a monitor without an audio output, ensuring a seamless and immersive experience while enjoying your favorite movies, video games, or any other media content. Dive into our step-by-step instructions and explore the various alternatives that will turn your silent screen into a vibrant auditory escape!

Understanding Monitors with No Audio Output

Monitors with no audio output are display devices that do not have built-in speakers or audio processing capabilities. These monitors are designed solely to display video and images, requiring users to find alternative methods for connecting external speakers if they want to enjoy sound alongside their visuals.

Types of Monitors Without Audio Output

There are several types of monitors that may lack audio output:

1. Basic computer monitors: These displays are designed primarily for office use, where the primary focus is on text and image quality rather than multimedia capabilities.
2. Gaming monitors: Some gaming displays prioritize high refresh rates and low input lag over integrated audio features, as serious gamers often prefer dedicated audio systems for a more immersive experience.
3. Professional-grade monitors: High-end displays used by graphic designers, photographers, and video editors may not include built-in speakers, as these users require precise color accuracy and image quality over multimedia functionality.

Reasons for Lacking Audio Output

There are various reasons why a monitor may not have an audio output:

1. Cost savings: By excluding built-in speakers and audio processing hardware, manufacturers can reduce production costs, resulting in more affordable monitors for consumers.
2. Design considerations: Slimmer bezels and thinner profiles are desirable features in modern monitor designs; omitting speakers allows for a sleeker appearance.
3. Target audience preferences: As mentioned earlier, certain user groups (such as gamers and professionals) often prefer separate audio solutions tailored to their specific needs, making built-in speakers unnecessary in those cases.

Types of Monitors Without Audio Output

There are various types of monitors without audio output available in the market, each catering to specific needs and preferences. These monitors generally lack built-in speakers or an audio output jack, making it challenging for users to connect external speakers directly. Understanding the different types of these monitors can help you find a suitable solution for connecting speakers and enhancing your audio experience.

1. Professional Monitors: These monitors are designed for specialized applications such as graphic design, video editing, and photography. They focus on providing high-quality visuals with accurate color reproduction and wide viewing angles but often lack audio output features.
2. Gaming Monitors: Focused on delivering fast refresh rates and minimal input lag, gaming monitors prioritize visual performance over audio capabilities. Many gamers prefer using dedicated gaming headsets or external speaker systems for immersive sound quality, making built-in speakers less critical.
3. Budget Monitors: In an effort to keep costs low, some budget-friendly monitors may exclude built-in speakers or audio output ports. These models provide basic display functionality but require alternative methods for connecting external speakers.
4. Older Monitors: Monitors manufactured before the widespread adoption of HDMI may not have integrated audio capabilities. VGA and DVI connections were standard during this time but do not support audio transmission, leading to a lack of built-in speakers or audio output jacks.
5. Specialty Displays: Some unique monitor designs prioritize form factor or specific use cases over traditional features like built-in speakers or an audio output jack. Examples include ultra-wide displays, touchscreens, and portable USB-powered monitors.

By identifying which type of monitor you own without an audio output feature, you can better understand its limitations and determine the most effective method for connecting external speakers to enhance your listening experience while using the monitor.

Reasons for Lacking Audio Output

There are several reasons for lacking audio output in monitors, which can be attributed to the design choices made by manufacturers or the specific needs of users. Understanding these reasons can help you make informed decisions when purchasing a monitor and setting up your audio system.

1. Cost reduction: One of the primary reasons for not including audio output in a monitor is to reduce production costs. By omitting built-in speakers or audio output ports, manufacturers can offer more affordable options to consumers who may not require high-quality audio from their monitors.
2. Focus on display quality: Some manufacturers prioritize display quality over built-in audio capabilities. In these cases, resources are allocated towards creating a high-resolution display with accurate color reproduction and fast refresh rates, rather than incorporating audio components that may compromise the overall performance of the monitor.
3. Space constraints: Monitors without audio output often have slimmer profiles and reduced bezel sizes, which can be an important factor for users seeking a minimalist setup or those with limited desk space. By removing the need for internal speakers or additional ports, designers can create sleeker and more aesthetically pleasing products.
4. External speaker preference: Many users prefer to use external speakers or headphones for their audio needs due to better sound quality and customization options. As a result, some monitors are designed without built-in speakers or outputs to cater specifically to this audience.
5. Professional applications: Monitors used in professional settings such as video editing suites, graphic design studios, or photography labs often lack built-in speakers because users typically rely on specialized external audio equipment for accurate sound reproduction during their work processes.

By understanding these reasons, you can better determine if a monitor without audio output is suitable for your needs and explore alternative methods of connecting speakers to achieve your desired listening experience.

Alternative Methods to Connect Speakers

When faced with the challenge of connecting speakers to a monitor that lacks audio output, there are several alternative methods that can help you achieve the desired result. In this section, we will discuss two main approaches: using an external audio interface or sound card, and employing HDMI audio extractor devices.

External Audio Interface or Sound Card

An external audio interface or sound card can be used to bypass your monitor’s lack of audio output and connect your speakers directly to your computer. There are two common types of interfaces available on the market:

USB and Thunderbolt Interfaces

These interfaces are easy to install and use, as they simply plug into an available USB or Thunderbolt port on your computer. They often come with multiple input/output options, allowing you to connect various types of speakers and other audio devices. To use one of these interfaces:

1. Connect the interface to an available USB or Thunderbolt port on your computer.
2. Plug your speakers into the appropriate output on the interface.
3. Configure your computer’s sound settings to use the new device as its primary audio output.

PCI Express Sound Cards

PCI Express sound cards need to be installed inside your computer’s case, making them a more permanent solution compared to USB and Thunderbolt interfaces. They typically offer higher-quality audio processing and additional features such as surround sound support. To install a PCI Express sound card:

1. Open your computer case (refer to your computer’s manual for instructions).
2. Locate an available PCI Express slot and insert the sound card.
3. Close the case and power up your computer.
4. Install any required drivers for the sound card.
5. Connect your speakers to the appropriate output on the back of the sound card.
6. Adjust your computer’s sound settings accordingly.

HDMI Audio Extractor Devices

An HDMI audio extractor is a device that separates audio from an HDMI signal, allowing you to connect speakers to a monitor without audio output. These devices are particularly useful when using an HDMI cable to connect your computer to your monitor. To use an HDMI audio extractor:

1. Connect the HDMI cable from your computer to the input port on the extractor.
2. Connect another HDMI cable from the output port on the extractor to your monitor.
3. Plug your speakers into the appropriate audio output on the extractor (usually a 3.5mm or RCA connection).
4. Configure your computer’s sound settings if necessary.

How to Choose the Right HDMI Audio Extractor

When selecting an HDMI audio extractor, consider the following factors:

• Compatibility: Ensure that it supports the same HDMI version as your computer and monitor.
• Audio formats: Check that it can handle the specific audio formats used by your speakers.
• Output options: Look for a device with multiple output options, such as 3.5mm, RCA, or optical connections, for greater flexibility.

In conclusion, connecting speakers to a monitor with no audio output is achievable through alternative methods like external audio interfaces or sound cards and HDMI audio extractors. By carefully considering your specific needs and requirements, you can find a suitable solution that will allow you to enjoy high-quality audio from your speaker setup.

External Audio Interface or Sound Card

An external audio interface or a sound card is an effective solution for connecting speakers to a monitor without an audio output. These devices act as intermediaries between your computer and the speakers, allowing you to bypass the monitor’s limitations and enjoy high-quality audio.

There are two main types of external audio interfaces: USB and Thunderbolt interfaces and PCI Express sound cards. Each has its own advantages and disadvantages, depending on your specific needs and preferences.

USB and Thunderbolt Interfaces

USB and Thunderbolt interfaces are popular choices due to their ease of use and compatibility with most computers. They simply connect to your computer via a USB or Thunderbolt port, providing additional audio inputs/outputs for your speakers.

Some advantages of using USB or Thunderbolt audio interfaces include:

• Easy installation: No need to open up your computer case.
• Portability: Can be easily moved between different systems.
• Compatibility: Works with most operating systems (Windows, macOS, Linux).
• Expandable: Some models offer additional features like MIDI support or extra inputs for microphones/instruments.

However, there are some potential drawbacks as well:

• Latency: USB interfaces may have slightly higher latency compared to PCI Express sound cards.
• Power limitations: Some USB-powered devices might not provide enough power for high-end studio monitors.

PCI Express Sound Cards

Alternatively, you can opt for a PCI Express sound card that installs directly into an available slot on your computer’s motherboard. These cards usually offer lower latency compared to USB/Thunderbolt interfaces but require more technical expertise during installation.

Advantages of using PCI Express sound cards include:

• Lower latency: Ideal for professional music production or gaming.
• Dedicated processing power: Can offload some tasks from the CPU, freeing up resources.

On the other hand, there are some disadvantages:

• Installation complexity: Requires opening up the computer case and installing it in an available PCIe slot.
• Limited portability: Cannot be easily moved between different systems.
• Compatibility: May not work with all operating systems or require specific drivers.

When choosing an external audio interface or sound card, consider your needs and priorities. If you value simplicity and portability, a USB or Thunderbolt interface might be the best choice. However, if you need the lowest possible latency and are comfortable with installing hardware, a PCI Express sound card could be the better option.

USB and Thunderbolt Interfaces

USB and Thunderbolt interfaces are two popular options for connecting external audio devices to computers and monitors. These interfaces provide high-quality digital audio signals, making them ideal for use with speakers when the monitor lacks an audio output.

USB audio interfaces are widely available and come in various forms, from simple adapters to professional-grade multi-channel devices. They connect directly to your computer’s USB port, allowing you to bypass the internal sound card and send audio signals directly from the interface to your speakers. Some USB audio interfaces also include additional features such as microphone inputs or headphone outputs.

To use a USB audio interface:

1. Connect the interface to an available USB port on your computer.
2. Install any required drivers or software provided by the manufacturer.
3. Configure your operating system’s sound settings to use the USB audio interface as the default playback device.
4. Connect your speakers to the appropriate output on the USB audio interface using suitable cables (e.g., 3.5mm stereo mini-jack, RCA, or XLR).

Thunderbolt interfaces, while less common than USB devices, offer even greater performance and versatility due to their higher data transfer rates and lower latency. This makes them particularly attractive for professional applications where precise timing and synchronization are crucial.

To use a Thunderbolt audio interface:

1. Ensure that your computer has a compatible Thunderbolt port (usually found on newer Macs and some Windows PCs).
2. Connect the Thunderbolt interface to your computer’s Thunderbolt port using an appropriate cable.
3. Install any necessary drivers or software provided by the manufacturer.
4. Configure your operating system’s sound settings to use the Thunderbolt audio interface as the default playback device.
5. Connect your speakers to the appropriate output on the Thunderbolt interface using suitable cables (e.g., 3.5mm stereo mini-jack, RCA, or XLR).

Both USB and Thunderbolt interfaces offer a reliable and high-quality solution for connecting speakers to monitors without audio output. However, it’s essential to choose an interface that meets your specific needs in terms of compatibility, features, and budget. When selecting an interface, consider factors such as the number of inputs and outputs, supported audio formats, and any additional functionality that may be beneficial for your setup.

PCI Express Sound Cards

PCI Express sound cards are another viable solution for connecting speakers to a monitor without audio output. These sound cards are installed directly into the PCI Express (PCIe) slot on the motherboard of your computer, providing an upgraded audio experience and additional connectivity options.

To use a PCI Express sound card for connecting speakers, follow these steps:

1. Choose a compatible sound card: Ensure that the chosen PCIe sound card is compatible with your computer’s motherboard and has the necessary audio ports for your speakers.
2. Power off your computer: Before installing any hardware components, always power off your computer and unplug it from the wall socket.
3. Open the computer case: Carefully open your computer case, following any instructions provided by the manufacturer.
4. Locate an available PCIe slot: Inside your computer, locate an empty PCIe slot on the motherboard where you can install the new sound card.
5. Install the sound card: Gently insert the PCIe sound card into the available slot, ensuring that it is firmly seated and aligned with any securing brackets or clips.
6. Close the computer case: Once you have successfully installed the sound card, close up your computer case and reconnect all cables.
7. Install drivers (if required): Some PCI Express sound cards require specific drivers to function correctly. Follow any instructions provided by the manufacturer to install these drivers on your system.

Once you have installed a PCI Express sound card in your computer, you can connect speakers using either analog or digital connections (depending on what is supported by both your speakers and sound card). Here are two common connection methods:

• Analog connections: For most speaker setups, simply connect them to one of the audio output jacks on your newly-installed PCIe sound card using either a 3.5mm stereo mini-jack cable or RCA cables (depending on what is supported by both devices).
• Digital connections: If your speakers support digital audio and your PCIe sound card has a digital output (such as S/PDIF), use an appropriate cable to connect the two devices.

By installing a PCI Express sound card, you can bypass the limitations of your monitor with no audio output and enjoy high-quality audio from your speakers. Additionally, these sound cards often provide enhancements such as surround sound, customizable equalization settings, and improved audio processing capabilities.

HDMI Audio Extractor Devices

HDMI Audio Extractor Devices are a popular solution for connecting speakers to monitors without audio output. These devices work by separating the audio signal from the video signal in an HDMI connection, allowing you to connect your speakers directly to the extractor.

To use an HDMI audio extractor, first, connect the HDMI cable from your computer or other video source to the input of the extractor. Then, connect another HDMI cable from the output of the extractor to your monitor. Finally, connect your speakers to the appropriate audio output on the extractor using either a 3.5mm stereo mini-jack cable or an optical cable, depending on your speaker system and the available outputs on the extractor.

There are several factors to consider when choosing an HDMI audio extractor:

1. Supported Audio Formats: Make sure that the device supports all necessary audio formats for your speaker system (e.g., stereo, 5.1 surround sound). Some extractors may only support specific formats or have limited capabilities.
2. Output Options: Check which types of audio outputs are available on the device (e.g., 3.5mm stereo mini-jack, RCA, optical). Ensure that it has compatible connections for your speaker system.
3. Video Pass-Through: Verify if the device supports video pass-through at resolutions and refresh rates compatible with your monitor and video source (e.g., 4K resolution at 60Hz). This ensures that there will be no loss in video quality when using the extractor.
4. HDCP Compliance: Confirm that the device is HDCP compliant if you plan on watching copyrighted content through this connection (e.g., Blu-ray movies or streaming services like Netflix). Non-compliant devices may cause playback issues with protected content.
5. Price and Reviews: Compare prices and read user reviews to find a reliable and cost-effective option that meets your needs.

By carefully considering these factors when selecting an HDMI audio extractor, you can successfully connect your speakers to a monitor without audio output and enjoy high-quality sound from your computer or other video sources.

How to Choose the Right HDMI Audio Extractor

Choosing the right HDMI audio extractor is crucial to ensure seamless integration with your monitor and speakers. This device allows you to separate audio from an HDMI signal, enabling you to connect external speakers to a monitor without built-in audio output. To select the appropriate HDMI audio extractor for your setup, consider the following factors:

1. Compatibility: Ensure that the HDMI audio extractor supports the same version of HDMI used by your devices (e.g., HDMI 1.4, 2.0, or 2.1). This will guarantee optimal performance and prevent compatibility issues.
2. Audio Formats: Check if the extractor supports the desired audio formats, such as stereo (2-channel) or surround sound (5.1 or 7.1 channels). Some extractors may also support advanced formats like Dolby Atmos or DTS:X.
3. Output Connections: Examine which types of audio outputs are available on the extractor – common options include RCA, 3.5mm jack, optical (TOSLINK), and coaxial digital outputs. Choose an extractor with outputs that match your speaker system’s input connections.
4. Video Pass-through: If you want to maintain video quality on your monitor while extracting audio, look for a device that supports video pass-through at the same resolution and frame rate as your source device (e.g., 1080p at 60Hz or 4K at 60Hz).
5. HDCP Compliance: High-bandwidth Digital Content Protection (HDCP) is a form of copy protection used by many HDMI devices, such as Blu-ray players and streaming media devices like Roku or Apple TV. Ensure that your chosen HDMI audio extractor is HDCP-compliant to avoid potential issues when playing protected content.
6. Power Source: Some HDMI audio extractors require external power through a USB cable or wall adapter, while others draw power directly from the HDMI connection. Consider your available power sources and choose an extractor that fits your needs.
7. Price and Brand Reputation: Lastly, consider the price of the HDMI audio extractor and the reputation of its manufacturer. While budget options may be tempting, investing in a higher-quality device from a reputable brand can ensure better performance, reliability, and longevity.

By carefully evaluating these factors, you can select the right HDMI audio extractor to connect speakers to your monitor without audio output, ensuring a satisfying audiovisual experience.

Connecting Speakers to Your Computer Directly

Connecting speakers to your computer directly is a simple and effective method for users who want to bypass the limitations of monitors without audio output. There are two primary ways to achieve this: using a 3.5mm (1/8-inch) stereo mini-jack cable and utilizing Bluetooth speakers.

Using a 3.5mm (1/8-inch) Stereo Mini-Jack Cable

The most common method for connecting external speakers to a computer is through the use of a 3.5mm stereo mini-jack cable. This cable has a male connector on both ends, which can be plugged into the corresponding female ports on your computer and speakers.

To connect your speakers using this method, follow these steps:

1. Locate the audio output port on your computer, usually labeled with a headphone icon or “AUDIO OUT.”
2. Plug one end of the 3.5mm stereo mini-jack cable into the audio output port on your computer.
3. Find the audio input port on your external speakers, typically labeled “AUX” or “AUDIO IN.”
4. Plug the other end of the 3.5mm stereo mini-jack cable into the audio input port on your speakers.
5. Turn on your external speakers and adjust the volume accordingly.

Utilizing Bluetooth Speakers

Another option for connecting speakers to your computer directly is by using Bluetooth technology. This wireless method allows you to connect compatible devices without any physical cables.

To connect Bluetooth speakers to your computer, follow these steps:

1. Make sure that both your computer and Bluetooth speaker are turned on.
2. Enable Bluetooth functionality on your computer if it’s not already activated.
   • For Windows: Go to Settings > Devices > Bluetooth & other devices > Toggle On
   • For macOS: Go to System Preferences > Bluetooth > Turn Bluetooth On
3. Put your Bluetooth speaker in pairing mode. This process varies between different speaker models, so refer to the user manual for specific instructions.
4. On your computer, search for available Bluetooth devices.
   • For Windows: Go to Settings > Devices > Bluetooth & other devices > Add Bluetooth or other device > Bluetooth
   • For macOS: Go to System Preferences > Bluetooth
5. Select your Bluetooth speaker from the list of available devices and click “Pair” or “Connect.”
6. Once connected, audio from your computer should now be played through the connected Bluetooth speaker.

Keep in mind that while using a 3.5mm stereo mini-jack cable provides a stable connection with consistent audio quality, utilizing Bluetooth speakers can offer more flexibility in terms of placement and portability. However, wireless connections may sometimes suffer from interference or signal dropouts, which could affect audio quality and stability.

By connecting speakers directly to your computer instead of relying on a monitor’s audio output, you can enjoy an enhanced audio experience regardless of the type of monitor you have.

Using a 3.5mm (1/8-inch) Stereo Mini-Jack Cable

One of the simplest and most common ways to connect speakers to a monitor without audio output is by using a 3.5mm (1/8-inch) stereo mini-jack cable. This method involves connecting your speakers directly to your computer or laptop, bypassing the need for an audio output on the monitor.

To set up this connection, first, locate the audio output port on your computer or laptop. This port is usually labeled with a headphone icon or marked as “Audio Out.” On desktop computers, it’s typically found on the back panel near other input/output ports, while on laptops, it’s often located on one of the sides.

Next, find the input port on your speakers. It should be labeled “Audio In” or something similar and will be designed to accept a 3.5mm stereo mini-jack plug. If your speakers have multiple input options, make sure you choose the one specifically designed for this type of connection.

Now that you’ve identified both ports, follow these steps:

1. Plug one end of the 3.5mm stereo mini-jack cable into your computer’s audio output port.
2. Connect the other end of the cable into your speaker’s audio input port.
3. Turn on both your computer and speakers.
4. Adjust the volume settings as needed using either your computer’s volume controls or those found on your speakers.

This method provides an easy and cost-effective solution for connecting external speakers to monitors without built-in audio outputs. However, keep in mind that sound quality may vary depending on factors such as cable quality and interference from other devices.

If you experience any issues with this setup like poor sound quality or no sound at all, consider trying alternative methods such as using an external audio interface or HDMI audio extractor devices mentioned in other sections of this article. Additionally, don’t forget to check if your computer’s sound settings are correctly configured, and your speakers are powered on and functioning properly.

Utilizing Bluetooth Speakers

Utilizing Bluetooth Speakers is an excellent wireless solution for connecting speakers to a monitor without audio output. This method offers the advantage of eliminating the need for cables and providing more flexibility in speaker placement. Here’s how you can set up Bluetooth speakers with your computer:

1. Ensure compatibility: Verify that both your computer and the Bluetooth speaker support the same Bluetooth version, such as 4.0 or 5.0.
2. Enable Bluetooth on your computer: Access your computer’s settings menu to turn on Bluetooth functionality.
3. Turn on your Bluetooth speaker: Make sure it is powered on and set to pairing mode, usually indicated by a flashing LED light or a specific button dedicated to pairing.
4. Pair the devices: On your computer, search for available Bluetooth devices within the settings menu. Locate and select your speaker from the list of devices, then follow any prompts to complete the pairing process.
5. Set as default audio device: After successfully pairing, go to your computer’s sound settings menu and select the paired Bluetooth speaker as the default audio playback device.
6. Test the sound: Play some audio content on your computer, such as a video or music file, to ensure that sound is being transmitted correctly through the connected Bluetooth speaker.

Keep in mind that while using Bluetooth speakers offers convenience and flexibility, there are certain limitations:

• Audio quality: The sound quality might not be as high compared to wired connections due to data compression in wireless transmission.
• Latency: Audio delay may occur when using Bluetooth speakers, which could be problematic when watching videos or playing games where lip-syncing is essential.
• Range: The maximum range between your computer and Bluetooth speaker is typically around 33 feet (10 meters), but obstacles like walls can reduce this distance further.

Despite these limitations, utilizing Bluetooth speakers remains a popular choice for users who prefer wireless connectivity when connecting their speakers to a monitor with no audio output.

Troubleshooting Common Connection Issues

When connecting speakers to a monitor without audio output or directly to your computer, you may encounter some common connection issues. In this section, we will discuss how to troubleshoot these problems and provide possible solutions.

No Sound from the Speakers

1. Check the volume settings: Ensure that the volume on your computer and speakers is not muted or set too low.
2. Verify speaker connections: Make sure that all cables are properly connected, including power cables for both the speakers and audio interface (if applicable).
3. Select the correct audio output device: Go to your computer’s sound settings and ensure that the appropriate device is selected as the default audio output.

Audio Quality Issues

1. Update drivers: Outdated drivers can cause audio quality issues. Visit your sound card or external interface manufacturer’s website for the latest driver updates.
2. Adjust sample rate and bit depth: In your computer’s sound settings, experiment with different sample rates and bit depths to find an optimal configuration.
3. Inspect cables: Damaged or low-quality cables can affect audio quality; consider replacing them if necessary.

Connection Problems with Bluetooth Speakers

1. Enable Bluetooth on your computer: Make sure Bluetooth is enabled on your computer and that it is discoverable by other devices.
2. Pairing mode: Ensure that your Bluetooth speaker is in pairing mode so it can be detected by your computer.
3. Update Bluetooth drivers: If you’re experiencing connection issues, check for updates to your computer’s Bluetooth drivers.

Issues with HDMI Audio Extractors

1. Supported formats: Verify that both the HDMI source (e.g., graphics card) and destination (e.g., monitor) support the same audio formats as the extractor.
2. Power supply: Some HDMI extractors require external power; make sure yours is properly connected if needed.
3. Firmware updates: Check the manufacturer’s website for firmware updates that may address compatibility or performance issues.

Sound Card or External Interface Issues

1. Compatibility: Ensure that your sound card or external audio interface is compatible with your computer, operating system, and speakers.
2. Driver conflicts: Uninstall any previous sound drivers before installing new ones to avoid potential conflicts.
3. Hardware issues: If you’ve tried all other troubleshooting steps and still have problems, there may be an issue with the sound card or external interface itself; consider contacting the manufacturer for support.

By following these troubleshooting tips, you can identify and resolve common connection issues when attempting to connect speakers to a monitor without audio output or directly to your computer.

Conclusion

In conclusion, connecting speakers to a monitor with no audio output might seem like a challenging task at first glance. However, by understanding the different types of monitors without audio output and the reasons behind this limitation, we can effectively explore alternative methods for achieving our goal. External audio interfaces or sound cards, such as USB and Thunderbolt interfaces or PCI Express sound cards, offer excellent solutions for those looking to enhance their monitor’s audio capabilities.

Additionally, HDMI audio extractor devices provide another option for extracting audio from your monitor’s HDMI connection. Make sure to research and choose the right HDMI audio extractor based on your specific needs and requirements. Alternatively, bypassing the monitor altogether and connecting speakers directly to your computer is also possible through methods like using a 3.5mm (1/8-inch) stereo mini-jack cable or utilizing Bluetooth speakers.

Lastly, should you encounter any issues during this process, troubleshooting common connection problems will help ensure you have a seamless experience when listening to your favorite tunes or watching videos on your monitor without built-in audio output. By combining knowledge of various options with some trial-and-error experimentation as needed, you’ll be well-equipped to enjoy high-quality sound in no time at all.