7 Best Low Latency Audio Interfaces

Latency is the time taken by an audio signal to travel from the interface input (source) to the output (computer screen or headphones) and audible to the human ears. So, a high-quality audio interface with low latency will help to capture and process audio accurately with minimal delay.

As a musician, sound engineer, podcaster, or producer, you always need a low-latency audio interface for your creative endeavors. They quickly process and transmit the sound signals for a smooth, and more responsive recording. This also allows to rectify mistakes quickly, making it an essential device for playing virtual instruments or real-time recording and monitoring.

We all know that a low-latency audio interface is the best option that connects analog audio devices and DAWs to perform tasks, requiring precise timing – recording live performance. Choosing your perfect recording companion from numerous options in the market isn’t an easy task.

To make your selection procedure a bit simpler, take a look at these 3 universal key factors…..

  • Latency – The audio signal should be quickly processed from the input source to the output device without much delay. This will help to monitor and make adjustments accordingly. So, opt for an audio interface with a 2ms or less latency to experience a precise real-time recording. Though some interfaces have high latencies, choose the option whose latency is below 5ms for the best performance.
  • Multiple Inputs And Outputs – Choose an audio interface that offers the required number of input and output options for proper connectivity based on your specific needs. Here, a producer requires a 4-input or 8-input interface to work with multiple microphones or instruments. Whereas, a solo musician needs only a 2-input interface. The same applies to the output options – check and choose the interface offering required outputs for monitoring, connecting external gear, or sending audio to a DAW.
  • Preamp Quality – Since it impacts the recorded sound, opt for an interface having high-quality preamps for clean, transparent amplification without much noise. This is especially useful while playing and recording the vocals or acoustic instruments to capture their nuances.

In this guide, we have provided a list of top low-latency audio interfaces and a detailed “Buying Guide” with all key factors to simplify your selection. We suggest you read the article for detailed insights and pick the best option that suits your requirements.

Best Low Latency Audio Interface Table

Best Low Latency Audio InterfaceSampling RateBit DepthBuy Now
M-Audio Duo – USB Audio Interface48 kHz16-bitCheck On Amazon
Behringer Low Latency Audio Interface48.0kHz16-bitCheck On Amazon
PreSonus AudioBox 96 USB Audio Interface96 kHz24-bitCheck On Amazon
MOTU Low Latency Audio Interface96 kHz-Check On Amazon
Native Instruments Audio Interface192 kHz24 bitCheck On Amazon
XTUGA USB Audio Interface48 kHz16-bitCheck On Amazon
Wrugste USB Audio Interface192 kHz24BitCheck On Amazon

Best Low Latency Audio Interface Reviews

1. M-Audio Duo – USB Audio Interface

M-Audio Duo – USB Audio Interface

M-Audio has designed the Duo audio interface with both functionality and ease of use in mind which is perfect for content creators, musicians, and podcasters, the Duo delivers crystal-clear sound through its 48 kHz audio resolution. Despite its small footprint, it provides reliable performance, supporting a wide array of audio devices with its dual combo XLR/Line/Instrument inputs and built-in phantom power. Whether you’re recording vocals, instruments, or podcasts, the Duo offers the flexibility and quality to capture every detail.

Designed for both Mac and Windows users, this audio interface caters to all by offering universal compatibility with various DAWs, making it a versatile choice for any setup. The direct USB/Direct knob facilitates precise control over your audio mix by balancing input and computer playback, thus removing any latency during tracking. The plug-and-play functionality adds to its convenience, allowing for straightforward setup without technical hurdles.

For those with basic setup needs, the M-Audio Duo may feel limiting in terms of input options and resolution, despite its other strengths. Its compact design is ideally suited for mobile recording, offering a durable solution for musicians on the go. However, the lack of extensive controls may be a drawback for those who prefer more flexibility during their recording sessions. Nonetheless, for anyone looking for an effective and straightforward audio interface, the M-Audio Duo presents a valuable choice.

Specifications:

  • USB Connectivity
  • 48 kHz Maximum Sample Rate
  • 2 Combo XLR/Line Inputs
  • Phantom Power Supported
  • Direct Monitoring Capability
  • USB Powered
  • Compact and Portable Design
  • Mac and Windows Compatible
  • Includes MPC Beats Software
  • Crystal Preamps for Clarity

Pros:

  • High-quality audio output
  • Versatile input compatibility
  • Zero latency direct monitoring
  • Easy plug-and-play setup
  • Portable for mobile use

Cons:

  • Limited to two inputs
  • Lower sample rate compared to rivals
  • No MIDI connectivity
  • Fewer controls for adjustments
  • Lacks advanced features for professionals

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2. Behringer Low Latency Audio InterfaceBehringer Low Latency Audio Interface

Behringer’s U-Control UCA222 is a go-to choice for those seeking an affordable entry into low latency audio interfaces. With its user-friendly design and straightforward functionality, it’s an ideal option for beginners or hobbyists looking to experiment with home recording. Despite its budget-friendly price, the UCA222 features 48 kHz converters, delivering decent sound quality for podcasting, music production, and basic audio tasks. It’s a hassle-free setup that doesn’t overwhelm newcomers, making it a practical pick for those just starting out.

Key features include its ultra-compact form factor and the ability to handle input and output routing via simple RCA connections, which is quite unique in a domain typically dominated by XLR and TRS options. This makes the UCA222 particularly attractive for integrating with existing consumer audio equipment. Moreover, the interface supports both input and output monitoring, allowing users to listen to the mix while recording directly—a valuable feature for real-time audio assessment.

The UCA222 offers plenty of advantages, but it falls short in areas like professional connectivity, lacking features such as XLR or MIDI that advanced users might need. While it does come with some basic recording software, those seeking more comprehensive production capabilities may find the package limited. However, for beginners or those in need of simple, effective digital audio conversion, the UCA222 delivers solid functionality at an exceptionally low price point.

Specifications:

  • RCA Input/Output Connectors
  • 48 kHz Sample Rate
  • USB Connectivity
  • No External Power Required
  • Compact and Lightweight
  • S/PDIF Optical Output
  • Stereo Headphone Output
  • Includes Audio Software Bundle
  • Direct Monitoring Support
  • High-resolution Converters

Pros:

  • Very affordable price point
  • Simple, effective operation
  • Compact and easy to transport
  • Direct monitoring capability
  • Includes useful software bundle

Cons:

  • Lacks professional audio connectors
  • Limited input/output options
  • No phantom power for mics
  • Not suitable for complex setups
  • Basic feature set for advanced users

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3. PreSonus AudioBox 96 USB Audio Interface

PreSonus AudioBox 96 USB Audio Interface

PreSonus AudioBox 96 is an affordable, low-latency interface perfect for musicians and podcasters who prioritize reliability and sound quality. Its 24-bit/96 kHz resolution provides a noticeable upgrade in audio fidelity, offering more clarity and depth than many similarly priced alternatives. Equipped with two Class-A mic preamps, the interface captures the intricate details of both vocal and instrumental performances, making it a highly capable option for those on a budget.

Designed for portability, the AudioBox offers a sturdy, travel-friendly build that suits the needs of mobile musicians and producers. Designed to withstand regular use, it’s an ideal companion for those on the go. PreSonus includes the powerful Studio One Artist DAW and Studio Magic Plug-In Suite, creating a full-featured solution for recording, mixing, and mastering. Its USB 2.0 interface and cross-platform support for both Windows and Mac make it an easy fit for any studio.

For smaller recording setups, PreSonus’s two-channel design serves well, though it may not be sufficient for users requiring more inputs for complex multi-track recordings. The MIDI I/O is a highlight for electronic musicians, but the absence of sophisticated routing features may disappoint producers seeking more versatility. Despite these limitations, the AudioBox 96 offers solid reliability and build quality at a competitive price.

Specifications:

  • 24-bit/96 kHz Audio Resolution
  • Two Class-A Mic Preamps
  • USB 2.0 Connectivity
  • MIDI I/O
  • Phantom Power Supported
  • Compact and Durable Build
  • Compatible with Mac and Windows
  • Includes Studio One Artist
  • Zero-Latency Monitoring
  • Balanced Line-Level Outputs

Pros:

  • High-resolution audio capture
  • Robust, travel-ready construction
  • Includes professional DAW software
  • MIDI connectivity included
  • Effective direct monitoring

Cons:

  • Limited to two inputs
  • No advanced routing features
  • Not ideal for complex setups
  • May require additional adapters for some mics
  • USB 2.0 may not be as fast as USB-C

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4. MOTU Low Latency Audio Interface

MOTU Low Latency Audio Interface

MOTU’s M2 audio interface is for professionals who seek premium audio quality and advanced features. Leveraging its high-performance design, the M2 delivers stunning clarity and detail, making it a favorite among musicians and engineers. With a 192 kHz audio resolution and ESS Sabre32 Ultra DAC technology, the M2 ensures that every aspect of the sound is captured with pinpoint accuracy, making it an excellent tool for high-end recording projects.

With a focus on ultra-low latency performance, the MOTU M2 is designed to enhance real-time audio monitoring and processing, ensuring efficient and smooth workflows. The full-color LCD delivers detailed metering for both input and output levels, allowing users to keep a close eye on signal quality and avoid any unwanted clipping. For podcasters and streamers, the M2’s loopback feature is a standout addition, making it simple to combine live audio feeds with computer-based audio for a flawless result.

The advanced features of the M2 interface offer powerful options, though they may prove overwhelming for users without prior experience in professional audio gear. The front panel’s controls and settings might feel complex, especially compared to simpler alternatives. However, MOTU’s reputation for creating reliable products, combined with the M2’s solid construction, makes this interface a smart choice for professionals. Its USB-C compatibility ensures it works seamlessly with modern devices, offering a future-proof solution for evolving production environments.

Specifications:

  • 192 kHz Sample Rate
  • ESS Sabre32 Ultra DAC Technology
  • USB-C Connectivity
  • Ultra-Low Latency Performance
  • Full-Color LCD Metering
  • Two Mic/Line/Instrument Inputs
  • Direct Loopback Functionality
  • Balanced Outputs
  • Class-Compliant for Mac and Windows
  • Comprehensive Software Bundle Included

Pros:

  • Exceptional audio resolution
  • Advanced real-time metering
  • Comprehensive connectivity options
  • Ideal for professional studios
  • Robust and durable design

Cons:

  • Limited input count for larger setups
  • Requires USB-C adapter for some computers
  • Front panel might be complex for novices

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5. Native Instruments Audio Interface

Native Instruments Low Latency Audio Interface

Native Instrument’s audio interface caters to musicians and producers who demand high-quality sound, versatile connectivity, and intuitive controls, all within a compact and portable setup. With support for high-resolution audio up to 192 kHz, this interface ensures crisp, clear, and detailed recordings, making it a perfect choice for professional music production and sound design. Its sturdy construction includes both XLR and jack inputs, allowing easy connection of various microphones and instruments, making it ideal for multi-instrumentalists and vocalists.

Bundled with Ableton Live Lite and an array of synthesizers and effects, this interface provides a comprehensive production toolkit right out of the box. Ideal for both newcomers and those wanting to enhance their DAW experience without extra costs, it ensures seamless integration into any studio setup. With direct monitoring for zero-latency tracking, it’s perfect for live performances and ensures precision in audio editing tasks.

Despite its many advantages, the interface may fall short for users needing more than two inputs, as it could limit the recording of complex sessions that require multiple simultaneous audio sources. Additionally, while it provides high-quality audio, some users might seek more specialized features or connectivity options for advanced studio setups. Nevertheless, for those starting out or needing a reliable, high-quality interface for small-scale projects, the interface offers excellent value and performance.

Specifications:

  • 192 kHz Maximum Sample Rate
  • XLR and Jack Inputs
  • USB and XLR Connectivity
  • Includes Ableton Live Lite
  • Two Channels
  • Stereo RCA Outputs
  • Compact and Lightweight Design
  • Direct Monitoring Capability
  • Supports Windows and Mac
  • Premium Audio Quality

Pros:

  • High-resolution audio support
  • Bundled with professional software
  • Zero-latency direct monitoring
  • Versatile input options
  • User-friendly for beginners

Cons:

  • Limited to two input channels
  • Not suited for complex setups
  • No MIDI functionality
  • May require additional hardware for expansion
  • Lacks advanced routing capabilities

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6. XTUGA USB Audio Interface

XTUGA USB Audio Interface

XTUGA’s audio interface prioritizes simplicity and affordability, making it an attractive choice for beginners and home studio enthusiasts. By focusing on delivering the essential functionalities needed for basic recording tasks such as podcasts, music tracks, and voice-overs, this device ensures that users spend less time grappling with complex equipment and more time focusing on their creative projects.

With its 16-bit/48 kHz audio resolution, the XTUGA delivers adequate sound quality, ideal for amateur recordings and small-scale projects. It includes two channels with independent volume control and a direct monitoring function, which allows users to hear their input signal with no latency, crucial for live recordings and ensuring accurate performance capture. Its plug-and-play setup, supported by USB 2.0 connectivity, means that users can get started quickly without the hassle of installing drivers or additional software, making it an excellent choice for those new to audio production.

For more advanced users or those aiming to produce high-quality professional recordings, the XTUGA might fall short of expectations. Its limited audio resolution and lack of advanced connectivity options such as MIDI or multiple output formats could be limiting. Furthermore, while it provides basic functionality, it lacks the robustness and depth of features found in more expensive units, potentially limiting its utility as users’ skills and demands grow.

Specifications:

  • 16-bit/48 kHz Audio Resolution
  • USB 2.0 Connectivity
  • Two Input Channels
  • Phantom Power Support
  • Direct Monitoring
  • Plug-and-Play Setup
  • Compatible with Mac and PC
  • Independent Volume Controls
  • Compact and Portable
  • Budget-Friendly Price

Pros:

  • Affordable for beginners
  • Simple, user-friendly operation
  • Direct monitoring for no-latency recording
  • Independent channel volume control
  • Lightweight and portable design

Cons:

  • Limited audio resolution
  • No MIDI or advanced connectivity
  • Not suitable for professional use
  • Lacks durability of higher-end models
  • Basic feature set with few extras

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7. Wrugste USB Audio Interface

Wrugste USB Audio Interface

Wrugste’s audio interface offers a no-frills solution for those new to recording or looking for an easy-to-operate system at an affordable price. Its design focuses on simplicity, catering, especially to beginners who are looking for a straightforward setup experience. The interface supports a maximum sample rate of 192 kHz and a 24-bit resolution, ensuring that users enjoy clear and precise audio quality for basic home recording needs.

Initiating the blend of versatility and user-friendliness, the Wrugste accommodates both XLR and ¼” jack plugs with its combo input sockets. This integration simplifies the connection process for a variety of audio sources, from microphones to instruments. The addition of phantom power supports condenser microphones, and direct monitoring capabilities ensure that latency is never an issue during playback, providing a smooth and immediate audio experience.

For more advanced users or those seeking to expand their recording capabilities, the Wrugste might fall short. This interface is missing some of the more advanced features and connectivity options that higher-end models offer, like MIDI inputs or multiple output channels. While it delivers adequate basic functionality, its build quality and durability may not hold up under the rigors of heavy or professional use.

Specifications:

  • 192 kHz/24-bit Audio Resolution
  • Combo XLR and ¼” Input Jacks
  • USB-C Connectivity
  • Phantom Power Supported
  • Direct Monitoring
  • Compact and Lightweight Design
  • Compatible with Most Major DAWs
  • Suitable for Mac and Windows
  • Budget-Friendly Pricing
  • Includes USB Cables and Manual

Pros:

  • High sample rate and resolution
  • Supports both XLR and ¼” inputs
  • Direct zero-latency monitoring
  • Plug-and-play simplicity
  • Cost-effective for beginners

Cons:

  • Limited input options
  • Lacks professional-grade features
  • Build quality may not be robust
  • Minimal control over input/output levels

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Factors To Consider When Choosing A Low Latency Audio Interface

A low-latency audio interface will translate musical ideas into digital form with the utmost accuracy and speed. In professional setups and home studios, latency is essential for performing various tasks, such as recording live performances or playing virtual instruments.

We are providing a guide that acts as a roadmap for your purchase decision to enhance the efficiency and quality of your recording and production process.

Let’s get into the details of key factors that have to be considered when selecting the right low-latency audio interface:

1. Latency

The time taken by an audio/sound signal to travel from the input devices (source like a guitar) to the output devices (speakers or headphones) is defined as the latency. The lower the latency of an audio interface, the faster the sound travels and is audible to human ears. So, the musicians or producers consider this as a main factor while purchasing the audio interfaces.

The latency is measured in milliseconds (ms). This value is essential for real-time audio processing and monitoring to enhance performance. Usually, any device with latency under ms is unnoticeable to the human ear. Most modern audio interfaces have a low latency of 2 ms (or below 5 ms) based on the interface capabilities and system setup.

Besides checking the latency value, you need to know the factors affecting the audio interface’s latency. The connectivity speed, type and quality of the interface, driver efficiency, software used, buffer size, and computer hardware are a few crucial factors. You have to check these factors and take essential steps to reduce the latency and enjoy amazing music at live concerts, recordings, or playing instruments. For instance, the use of a smaller buffer size will reduce latency, but require more processing power that strains systems. Prefer a faster computer with enough RAM and a dedicated high-quality interface for low latency.

2. Connectivity

The audio interfaces have a variety of connectivity options. Some offer a wide range of options for flexible and versatile connectivity, while others have fewer input and output options that are limited to certain connectivity types. It offers connectivity options, including USB, FireWire, and Thunderbolt, which impact the overall interface’s performance.

Below, we have explained these connectivity options, go through them to understand which option suits you better:

  • Universal Serial Bus (USB) – It is the most common, affordable, and compatible connectivity option. Though these are widely available, their performances vary based on the USB version used. USB 2.0 interfaces are enough for basic home studios, whereas, USB 3.0 or USB-C offer high bandwidth that makes it ideal for more extensive setups.
  • FireWire – Mostly preferred by audio professionals, but these days, its popularity decreased and was replaced by the modern connectivity option – thunderbolt. This connectivity option is still found on some older interfaces offering a stable, high-bandwidth connection. The main drawback is its limited compatibility with newer computers.
  • Thunderbolt – With its low latency and high bandwidth (superior speed), the Thunderbolt is ideal for professional studios. This is especially useful for those requiring multiple audio channels with minimal delay. The main drawback is that they are more expensive and need compatible hardware.

For best results, choose an audio interface depending on the types of instruments and microphones used. For example, a vocalist requires an interface with a minimum of one microphone input, whereas, a guitarist needs an interface with at least 1 guitar input.

3. Drivers And Compatibility

The computer’s software programs are termed drivers, which communicate with the audio interface. So, choose an audio interface that is compatible with your computer’s operating system (OS). All you need to install the latest (updated) drivers for smooth running and integration with various digital audio workstations (DAWs) and OS. These drivers are vital to manage the data transfer between the computer and the interface, affecting the overall stability and latency.

Compatibility is also important feature to consider. Choose an audio interface that is compatible with your OS and DAWs. Some interfaces possess specific drivers for macOS and Windows OS, whereas, others have certain advanced features making it compatible with one OS. So, you need to choose the better option as per your requirements.

4. Number Of Inputs And Outputs

An audio interface with multiple input and output options can easily handles various audio sources and devices. Thus, it becomes a versatile option for a variety of recordings. Most experts suggest to choose a low-latency audio interface with adequate number of input and output options depending on your recording needs (devices to connect).

For instance, a band requires a minimum of 8 inputs to perform well, while a solo musician requires 2-inputs for optimal performance. Also, the input should have a preamplifier (to captuer high-quality sound), and phantom power (to condenser microphones for precise recordings).

A microphone with a better quality preamplifiers are required for a clean amplified audio signal with less noise. Therefore, it essential for recording a high-dynamic range sources like vocals or acoustic instruments. Coming to Phantom power (48V) – a crucial thing for various condenser microphones to have a professional-quality recordings. So, it’s always better to opt for an interface offering microphone preamplifiers and phantom power to grab these extra benefits without spending on extra gear. 

5. Additional Features

Everyone likes to purchase a product or device that offers additional features (add-ons). Here are some of the additional features you have to check in low-latency audio interface before making its purchase.

  • Digital Optical Outputs – With these outputs, you can determine the way to connect the interface with other digital audio devices like digital mixers or converters. This feature is quite useful in situations where you want to expand a studio setup.
  • MIDI Connectivity – It allows for proper interfacing with the MIDI instruments and controllers. This feature is particularly useful to compose with digital instruments.
  • ASIO Drivers – An interface using the ASIO drivers will optimize the low-latency audio communication from the computer.
  • Headphone Amplifiers – An essential feature used for personal monitoring. An audio interface with multiple headphone outputs and dedicated volume controls will allow for easy collaboration and recording in professional settings.
  • Preamplifiers/Preamps – It amplify the signal from input devices before converting it into digital data. Prefer high-quality preamps for recording high-quality sound. Some interfaces have built-in preamps, while others need to purchase external preamps.
  • Bit Depth – The number of bits used to represent the audio signal’s sample. Higher bit depth means more precise recordings, yet need more storage space and processing power. A general bit depth range of 16 bits is enough for musicians and producers. While for professional-quality audio, an interface with a bit depth of 24 bits or 32 bits is required.

FAQs:

1. What factors affect the latency of an audio interface?

Latency is the delay of sound between recording and playback in an audio interface. Several factors will influence this latency of an audio interface. Mostly, it is caused due to the interface’s quality (hardware and software). The use of high-quality interfaces offers lower latency. Secondly, your computer performance – a powerful computer with adequate RAM and a dedicated audio interface reduces the latency. Also, the DAW’s and audio interface software’s settings will influence the latency. It is also essential to check factors like buffer size, the number of audio tracks you’re working with simultaneously, the efficiency of your audio drivers, and the sample rate that might affect the delay.

2. How does USB connection type affect latency in audio interfaces?

The audio latency can be affected due to the use of USB connectivity like USB-C, USB 2.0, or USB 3.0. Among these USB connectivity, USB 2.0 is the most common yet slower connectivity that maximizes latency than other options. While USB 3.0 or USB-C offers faster connectivity that lowers latency to deliver more reliable audio. Additionally, the use of a high-quality, well-shielded USB cable will aid in reducing interference and enhance the latency with better signal integrity.

3. What is Direct Monitoring in audio interfaces?

In the audio interface, direct monitoring or zero-latency monitoring allows you to hear the audio directly from the source without waiting or processing time for your computer. An audio interface with this feature will remove delays, allowing the recording more natural. Thus, it is particularly useful in live performances, or on crucial timing. Be cautious as it causes feedback if the output loops back into the input.

4. Is FireWire better than USB for low-latency audio processing?

Yes, the FireWire with its dedicated data transfer design is a better option than USB for low-latency audio and video. While the advancements in USB technology (USB-C, and USB 3.0) will reduce the latency differences. These days, most audio interfaces support both USB and FireWire, offering more flexibility based on your requirements and budget. Usually, FireWire is the better option for low-latency tasks, and USB has now become a widely accessible and capable alternative.

5. How do I adjust latency settings in DAW software?

The latency settings in your DAW software can be easily adjusted in this way – initially, find the latency or buffer size settings under audio output/input options. Choose a smaller buffer size to reduce latency, and thereby balance potential audio dropouts. Also, bypass the computer processing and turn on the direct monitoring option to minimize latency (if available). Set your audio drivers for low latency, and upgrade the hardware if encountering performance issues due to the computer’s capabilities or the audio project’s complexity.

Conclusion

Choosing the right low-latency audio interface depends on what you need and your budget. If you’re just starting out and need something affordable, the M-Audio Duo is a good choice. It performs well for beginners. The PreSonus AudioBox 96 is great for home studios. It’s easy to use and has solid latency performance. For more advanced users, the MOTU Audio Interface is excellent. It offers top-notch performance and flexibility, perfect for professional setups. No matter if you’re a beginner or a seasoned producer, these options balance quality and cost effectively.

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