How to Stream Music from my Phone to my Stereo?

We want things to work, is that so much to ask?

There is such a mass of technology and gadgetry available out there today that, for the most part, the good stuff sticks around and the bad stuff is pushed right out the door, never to be seen again. But when it comes to streaming music from our phones to our stereo systems, we sometimes still have to jump through hoops to get our gadgets to see eye to eye.

Rest easy, friends, for today I am here to make it very very easy. Let’s talk about a couple of ways Audioengine can get your music streaming from phone to stereo in less than 1 minute!

Using Audioengine Wireless Speakers

If you are one of the TRILLIONS of highly intelligent individuals who have already purchased a set of Audioengine wireless speakers (this includes the HD6, HD3, A5+ Wireless, and B2 speakers), you are in luck, as this is the easiest possible way to get your music streaming.

To get the system up and running in general, all you have to do is take your speakers out of the box, plug the left speaker into power, connect the left speaker to the right speaker via the included speaker wire (does not apply to B2, it's just one little speaker), and flip the power switch to the ‘On’ position. After the speakers are on, the only thing left to do is find the speakers on your phone’s list of available Bluetooth devices, and select them. They will pair within seconds after just ONE click! You’re done -- can you believe that!? Sheesh, that was easy. But what if you don’t have a pair of Audioengine wireless speakers?

Using Anything Else

Okay so maybe you don’t have a pair of super awesome wireless speakers, that’s cool, Audioengine can fix that in less than a minute using our B1 Bluetooth Receiver.

The same principals will apply from the previous section, but first, we have to MAKE our non-wireless speakers into wireless speakers. Let’s unpack our B1 Bluetooth receiver, connect it to power, and then run cables from the analog OUTPUTS on our B1, to the analog INPUTS on our existing speakers. Boom -- now our speakers are wireless, crazy right? The final step is the same as before; just locate B1 in your phone’s list of available Bluetooth devices and click. You’ll be paired in seconds and ready to rock that Duran Duran Greatest Hits album you just downloaded.

Keep in mind, once you’re paired like this, you should be able to stream any and all audio from your phone to your speakers. This means, iTunes, Spotify, Tidal, Pandora, everything. Everything!

No more banging your head against the wall trying to get things paired up, no more proprietary passwords, and no more having to reconnect every ten minutes. It really is the best way to stream music from your phone to your speakers, no matter what kind of speakers you are using.

Now, why don’t you stream your way on back to our Wireless Speakers and see what you’re missing out on!

Speaker Setup – How to break in new speakers.

So you just got your brand new Audioengine speakers and you’re ready to pull them out of the box and get them set up so you can start rocking out.

Straight out of the box, your speakers should sound great, but what if your speaker setup could sound better with time?

One thing that you can easily do to make that new speaker setup sound top-notch is a thing called “break-in” and it’s actually really simple.

So why would you want to break the speakers in?

The materials we use for our speakers are quite robust, so right after manufacturing they can be a bit stiff.

One way to help out with this stiffness is to break them in so that these materials, such as the rubber surrounds of the aramid fiber drivers, loosen up. As mentioned earlier, the speakers should sound great from your first listen, but after they move around a bit and loosen up you should notice smoother low end response and sweeter mids/highs.

From time to time, we get asked about how to break in new speakers.

The break-in period doesn’t really require anything special other than listening to music and over time your speakers will become more and more broken in.

For proper break in, we generally recommend around 40 to 50 hours of at least mid-level playback before doing any critical listening. Some our customers have mentioned that they play tones or white noise while they are away, such as while they’re at work, to help the process along, but we’d recommend just listening to them normally at a medium-level during the break in period.

Breaking in your new speaker setup is a simple and crucial thing to do to make your speakers sound better and open up their potential. Some things do get better with age!

Audioengine – Doesn’t Your Music Deserve It?

Adding Bluetooth to Your Stereo Receiver or Amplifier: A Practical Guide with the Audioengine B1 

In the current landscape of digital music, the convenience and versatility of Bluetooth connectivity have become increasingly essential for music enthusiasts. Those with traditional stereo receivers or amplifiers often find themselves at a crossroads, seeking to bridge the gap between their cherished, high-quality equipment and the modern world of wireless audio streaming.

This scenario raises the question: How to add Bluetooth to a stereo receiver or amplifier without compromising on sound quality? Enter the Audioengine B1 Bluetooth Receiver, a product that has risen to become one of our best sellers, thanks to its significant improvement in audio quality over competing solutions. 

Why Consider Bluetooth for Your Audio System? 

The shift towards wireless audio streaming is driven by several factors: 

• Convenience of Wireless Technology: Eliminating the need for physical cables, Bluetooth allows for a clutter-free and flexible listening experience. The ability to control music from a distance is not just about comfort; it's about integrating your audio system into a wireless world seamlessly. 
• Access to a Wide Range of Devices: Bluetooth enables your stereo system to connect with a variety of modern devices, including smartphones, tablets, and laptops. This compatibility opens up a world of possibilities, from streaming services and digital libraries to podcasts and online radio. 
• Ease of Use: The ability to control your music wirelessly means you can change tracks, adjust volume, and switch between devices effortlessly, all from the device in your hand. 

The Audioengine B1: Enhancing Traditional Systems with Modern Technology 

The B1 Bluetooth receiver allows you to cast music and other audio from your device and send it out to any music system, without losing any sound quality along the way—even to those extended ranges. It works great with those vintage systems that have been waiting in the wings.

The Audioengine B1 Bluetooth Receiver has earned its place as a top seller by addressing the common pitfalls of wireless audio. Here’s how: 

• Better than CD Sound Quality: The B1 stands out from its competitors by delivering an audio experience that’s both clear and rich. It leverages advanced technology to ensure that the sound transmitted over Bluetooth is faithful to the original recording. The B1 delivers high-quality, extended-range, CD-like quality sound anywhere in your home.
• Simple and Universal Compatibility: Designed for hassle-free integration, the B1 connects easily with any stereo receiver or amplifier, making the setup process straightforward for all users. 
• Reliability: The B1 is known for its stable and consistent Hi-Fidelity Bluetooth connection, ensuring uninterrupted music playback. 

Implementing the B1 in Your Audio Setup 

• Making the Connection: Link the B1 to your stereo system using the provided cables, connecting it to an available input on your receiver or amplifier. 
• Powering the Device: Plug the B1 into a power source, readying it for use. 
• Bluetooth Pairing: Activate Bluetooth on your device and select the B1 to establish a connection. 
• Begin Streaming: Your stereo system is now equipped to wirelessly receive audio from a range of Bluetooth-enabled devices. 

Advantages of the Audioengine B1 

While the B1’s primary goal is to introduce Bluetooth functionality to traditional systems, its benefits extend further: 

• Preservation of Audio Quality: One of the key strengths of the B1 is its ability to maintain the integrity and richness of your music, a feature that has been a significant factor in its popularity. 

• Compact and Unobtrusive Design: The B1’s sleek and minimalistic design ensures it fits seamlessly into any audio setup without becoming an eyesore or occupying unnecessary space. 
• Versatility in Use: The B1 is not limited to streaming music; it enhances the audio experience for movies, gaming, and other multimedia applications. 

Just a few MORE reasons why you'll love the B1 Bluetooth Music Receiver:

• Easy setup, connects in seconds
• No network setup, no passwords, no hassle
• Extended-range wireless aptX-HD Bluetooth, reaches further with CD-like quality sound
• Connects to any music system
• Analog and optical outputs
• Bluetooth aptX LED indicator
• CD-like quality audio with aptX-HD Bluetooth

Conclusion 

The addition of Bluetooth to your stereo receiver or amplifier represents more than just a technological upgrade; it's a step towards bringing your audio experience in line with the evolving digital world. The Audioengine B1 Bluetooth Receiver offers an ideal solution, balancing the need for wireless convenience with the uncompromised audio quality. Its success as one of our top sellers is a testament to its ability to meet the demands of discerning audiophiles looking to modernize their audio systems. 

 Shop Audioengine B1 Bluetooth Receiver 

Audioengine’s Home Music Systems are designed to deliver exceptional sound quality, offering you a next level gaming experience enhancing every footstep and gunshot, pulling you into the game's world, making every moment feel real and alive.  

This guide will help you navigate the nuances of connecting your Xbox Series X or PS5 directly to your Audioengine Desktop Speakers, Gaming DAC, or other speakers. Before we dive in, let's address a crucial but often overlooked aspect: the type of display you're using. 

• Can I connect external speakers to my Xbox Series X? 
• Can I connect external speakers to my PS5? 

Why TVs Simplify Speaker Connection 

Gaming on a modern TV makes connecting speakers straightforward. TVs usually offer a variety of audio outputs, giving you several options for your audio setup. Simply connect via HDMI to your TV and connect the speakers through an available audio output.

Computer monitors, while often providing high refresh rates, often have limited audio output options and so, this guide will be helpful to those of you who are looking to avoid using a TV. 

Note on Direct Connections 

The FAQs and compatibility table below focus on direct connections between your gaming console and speakers. If you're using an additional device like an A/V receiver, or connecting through your TV, compatibility may differ. 

Audioengine's Best Selling A2+ Desktop Speakers

How To Connect Your Xbox Series X to Your Speakers

Can I connect external speakers to my Xbox Series X? 

Certainly, although with limitations. The Xbox Series X doesn't natively support USB, optical, or Bluetooth audio outputs. You can, however, utilize the 3.5mm audio jack on the wireless controller to connect speakers that accept this input. 

We recommend purchasing an inline HDMI audio extractor. This device can take the HDMI output from your Xbox Series X and extract the audio to outputs like Optical or RCA, allowing you to connect your speakers more easily. 

How To Connect Your PS5 to Your Speakers

Can I connect external speakers to my PS5? 

Yes, you can. The PS5 supports USB audio output, making it compatible with speakers that offer this input*. However, the PS5 does not support 3.5mm, optical, or Bluetooth audio outputs. 

Why is the type of display I use important? 

As previously mentioned, your choice of display—whether a monitor or a TV—affects your audio options. Monitors usually lack the audio output variety found in modern TVs. 

Summary of Input Compatibility 

Refer to this table for compatibility between different audio input types and the Xbox Series X and PS5: 

Key 

• ✓: Compatible 
• ✕: Not Compatible
• Note: *While the PS5 supports USB audio, it supports USB Audio Class 1 devices. If your device doesn't support USB 1.0, you will need an adapter as discussed in this guide on the PS5 reddit. We have confirmed that the Audioengine A2+ (current generation) will support USB audio from the PS5.

Final Thoughts 

Understanding your setup's compatibility is essential for an optimal audio experience. Using a TV provides more options for connecting your speakers, but a monitor isn't entirely limiting; you just need the right equipment, like an HDMI audio extractor for Xbox setups. 

Feel free to explore our other resources to further optimize your gaming and audio experience. 

Audioengine B1 and B-Fi Comparison Guide

Choosing the right wireless music streamer can significantly enhance your listening experience by offering you the convenience and quality of streaming music wirelessly. In the realm of home audio systems, two standout choices from Audioengine are the B1 Bluetooth Music Receiver and the B-Fi Multiroom Music Streamer. Both devices are designed to stream music wirelessly to your stereo system but cater to different preferences and functionalities.

Here's an in-depth look at these options to help you decide which one aligns with your audio streaming needs. 

B1 Bluetooth Music Receiver: Expanding Horizons with Bluetooth 

The B1 Bluetooth Music Receiver is designed for simplicity and quality, allowing you to wirelessly stream music from your device directly to your music system. It’s particularly suitable for integrating with both contemporary and vintage stereo systems, offering a touch of modernity without compromising the system's original charm. 

Noteworthy Aspects: 

• Extended Range: The B1 boasts a 100-foot range, ensuring stable, quality sound transmission across extensive spaces. 
• Digital to Analog Converter (DAC): It comes equipped with an internal DAC that guarantees CD-quality or better sound, preserving the integrity of the music exactly as the artist intended. 
• Ease of Connectivity: Setup is straightforward, requiring no internet or network configuration, offering a hassle-free user experience. 
• aptX-HD Bluetooth: This technology supports better than CD-quality sound, providing an enhanced listening experience without the typical constraints of wireless streaming. Your device will stay paired, pair once and forget it! 
• Versatile Outputs: The B1 features both analog and optical outputs, offering flexibility in connection to various audio systems. 
• Design Aesthetic: With its brushed metal finish, the B1 not only sounds good but also adds a sleek, aesthetic appeal to your audio setup that is durable as well. 

B-Fi Multiroom Music Streamer: The Wi-Fi Revolution 

In contrast, the B-Fi Multiroom Music Streamer takes a leap forward by utilizing your home's Wi-Fi network for music streaming. This approach bypasses traditional Bluetooth streaming, offering a direct and uncompressed audio signal for a pure, high-fidelity sound experience. 

Key Features: 

• Wi-Fi Streaming: B-Fi streams music directly to your stereo from your streaming service via your router. This way, your songs are free from Bluetooth’s digital signal processing, a feature enjoyed by Audiophiles everywhere (more on this below). 
• Audioengine App: Control is at your fingertips with the Audioengine app, allowing you to stream from major music services or your personal music library directly to any music system in your home. 
• Internal DAC: Like the B1, B-Fi includes an internal DAC, ensuring that the music delivered to your stereo system is of the highest quality, just as the artist intended. 
• Multiroom Capability: B-Fi’s strength lies in its ability to fill your entire home with music, streaming seamlessly to multiple rooms for a unified listening experience. 

Making Your Choice: The Bluetooth vs. Wi-Fi Streaming Quality Debate 

The B1, on the other hand, employs Bluetooth connectivity, utilizing high-quality codecs like Qualcomm aptX HD. These codecs are designed to compress and then decompress digital audio files with minimal loss of quality.  

However, even the most advanced Bluetooth codecs involve some level of digital signal processing (DSP) to recreate the song. While to many listeners the difference may be imperceptible, discerning audiophiles might lean towards the B-Fi for its method of streaming.  

The B-Fi's reliance on Wi-Fi rather than Bluetooth means the music is streamed without the additional step of DSP, potentially offering a purer, more accurate version of the original recording. 

• B1 for Bluetooth Convenience: If you value simplicity and the versatility to stream from any Bluetooth-enabled device directly to your stereo system, the B1 offers an effective solution with an impressive range and high-quality sound. The B1 is your best option if you don’t have a smart phone or Wi-Fi network. 
• B-Fi for Wi-Fi Fidelity: For those who prioritize the purity of uncompressed audio and the convenience of streaming across multiple rooms via Wi-Fi, the B-Fi stands out. It is particularly appealing to users who prefer controlling their music ecosystem through a dedicated app. You can even connect up to 9 B-Fi or A1MR for a system that connects your entire house! The B-Fi is a great choice for Audiophiles that prefer the warmth of analog audio playback. 

Audioengine A1MR

Both the B1 and B-Fi embody Audioengine's commitment to delivering superior sound quality and innovative streaming solutions. By understanding the distinctive features and benefits of each device, you can select the wireless music streamer that best aligns with your lifestyle and audio preferences, ensuring an unparalleled listening experience that brings your music to life exactly as the artist intended. 

Kanto Sub8 vs. Audioengine S8: Product Comparison

Table of Contents 

• Introduction 
• Main Differences Between Kanto Sub8 and Audioengine S8 
• Key Features 
• Overall Design 
• Bass Performance 
• Key Specifications 
• Audioengine S8 Exclusive Advantages 
• Kanto Sub8 Overview 
• Pros and Cons 

Introduction 

When selecting a subwoofer, the choice often comes down to the Kanto Sub8 and the Audioengine S8. Both offer distinct features and benefits, but the Audioengine S8 is designed for those who seek premium sound quality and design. Let's dive into what sets these two subwoofers apart and why the S8 stands out as the better option for audiophiles and home audio enthusiasts. 

Main Differences Between Kanto Sub8 and Audioengine S8 

The Audioengine S8 distinguishes itself with its handcrafted wood cabinets, far superior bass response, and a 3-year warranty. In contrast, the Kanto Sub8, while more budget-friendly, offers a basic design and a shorter 2-year warranty. 

Key Features 

The Audioengine S8 is designed for those who prioritize sound quality and aesthetic appeal. It's ported down-firing design and real wood construction are indicative of its superior performance. Meanwhile, the Kanto Sub8 offers a sealed front-firing design and practical features but falls short in delivering the same depth of sound. 

Overall Design 

The Audioengine S8's design is a testament to craftsmanship and quality. With a finish akin to a baby grand piano, it adds a luxurious touch to any room. On the other hand, the Kanto Sub8, while practical with its matte vinyl finish, doesn't offer the same level of elegance or refinement. 

Bass Performance 

Audioengine S8: 

• Down-Firing Design: This design enhances bass depth and clarity, offering a richer listening experience. 
• Frequency Reach: With a capability to deliver bass down to 28 Hz, the S8 captures deeper tones often missed by other subwoofers. 

Kanto Sub8 - Beware of Frequency Limitations:

• Sealed Front-Firing Design: While practical, it doesn't match the depth of a down-firing system. 
• Frequency Limitations: With a frequency response of only 35 Hz, the Sub8 misses the deepest bass tones. Even Audioengine's smaller S6, a sealed front-firing subwoofer with a 6-inch driver and 210W power, achieves 33 Hz with ease. 

Audioengine S8 Exclusive Advantages 

Audioengine's S8 offers easy integration into any home music setup, along with exceptional customer support and an industry-leading 3-year warranty. In contrast, the Kanto Sub8 offers a standard 2-year warranty, which may be limiting for those seeking long-term reliability. 

Reliability 

The Audioengine S8 is backed by thousands of positive reviews and a high average rating, making it a top choice for consumers seeking lasting satisfaction. Its 3-year warranty also provides peace of mind, ensuring long-term performance. The Kanto Sub8, while reliable, lacks the same level of customer assurance and support. 

• Rich Bass Performance: Delivers unparalleled bass depth thanks to its down-firing design and extended frequency range. 
• Premium Construction: Handcrafted wood cabinets not only enhance sound but also add a touch of class to any setup. 
• Extended Warranty: A 3-year warranty reflects Audioengine's confidence in their product's durability. 
• Brand Assurance: Audioengine's stellar reputation for customer service and product quality speaks for itself. 

Audioengine S8 Customer Review:

Kanto Sub8 Overview 

The Kanto Sub8 is an accessible option for those on a budget, offering basic functionality and affordability. While it provides good sound quality, it doesn't compete with the sophisticated design and performance of the Audioengine S8. 

Kanto Sub8 Customer Experiences 

The Kanto Sub8, while marketed with a powerful 300W peak amplifier, has received mixed reviews regarding its actual performance, especially when it comes to delivering impactful low-frequency sound. Many users have noted that its output doesn't match expectations when compared to other subwoofers in its class. Here's what one Amazon customer had to say about their experience with the Sub8: 

"Not impressed. I have input and crossover settings maxed, paired with Kanto YU3 speakers. There is just not much low-frequency output from this sub, I have to crank up the YU3 speakers to get any measurable sound from this sub. I am comparing this to the Polk Audio ... which hits hard at much lower sound levels... the Polk only has 100W sustained 200W max, whereas the Kanto claim on Amazon is 300W peak." 

Key Specifications 

Audioengine S8: 

• Amplifier Power: 250W Peak Power 
• Frequency Response: Reaches 28 Hz 
• Cabinet: Handcrafted, hand-painted real wood 
• Warranty: 3 years 

Kanto Sub8: 

• Amplifier Power: 300W Peak Power 
• Frequency Response: Reaches 35 Hz 
• Cabinet: Matte vinyl finish 
• Warranty: 2 years 

Pros and Cons 

Audioengine S8 

Pros: 

• Exceptional bass performance 
• Luxurious design and finish 
• Comprehensive customer support 
• Longer 3-year warranty 

Cons: 

• Higher price point, justified by superior quality 

Kanto Sub8 

Cons: 

• Inferior sound quality compared to the S8 
• Limited frequency response and design elegance 
• Shorter 2-year warranty 

Conclusion

When choosing between the Kanto Sub8 and the Audioengine S8, it's clear that the S8 is the superior choice for those seeking premium sound quality and design. The Audioengine S8 stands out with its handcrafted wood cabinets, impressive down-firing bass capabilities, and a more extended 3-year warranty, offering a level of sophistication and reliability that the Kanto Sub8 struggles to match.

While the Kanto Sub8 provides an affordable entry point for those on a budget, it falls short in delivering the rich, deep bass that audiophiles crave, as highlighted by customer feedback and its limited frequency response. The Audioengine S8 not only excels in providing a more immersive audio experience but also showcases a level of craftsmanship that adds a touch of elegance to any listening environment.

Ultimately, for those who prioritize high-quality sound, aesthetic appeal, and lasting performance, the Audioengine S8 is the clear winner, offering an unmatched audio experience that goes beyond basic functionality.

How to Connect Your Studio Monitors to Your TV 

Connecting studio monitors to your TV can enhance your viewing experience with high-quality sound. Studio monitors are designed for precise audio reproduction, making them a popular choice for audio professionals. However, there are several considerations and potential drawbacks to using studio monitors for TV audio. Here’s a step-by-step guide on how to connect your studio monitors to your TV, along with some important notes. 

Step 1: Determine Your TV’s Audio Outputs 

Identify the Available Outputs: Most modern TVs come equipped with various audio output options, including HDMI ARC, optical, RCA, and 3.5mm headphone jacks. Check your TV's manual or inspect the back panel to identify the available outputs. 

Note: While studio monitors can be connected via these outputs, they may not offer the same listening experience, convenience and versatility as powered speakers designed specifically for home audio use, like an Audioengine Home Music System.  

Step 2: Choose the Appropriate Cables and Adapters 

HDMI ARC: If your studio monitors have an HDMI input, you can connect them directly using an HDMI cable. This option supports high-quality audio but is uncommon for studio monitors. 

Optical (TOSLINK): Use an optical cable to connect the TV's optical output to a digital-to-analog converter. Then, connect the converter to your studio monitors using balanced XLR or TRS cables. 

RCA or 3.5mm: If your TV has RCA or 3.5mm outputs, use the appropriate cables to connect directly to your studio monitors. You may need an adapter if your monitors use balanced inputs. 

Note: Using low quality converters and adapters can degrade audio quality and add complexity to your setup. Audioengine Home Music Systems offer direct connectivity options, making the setup process simpler and more reliable. 

Audioengine HD6 Home Music System

Step 3: Set Up and Calibrate Your Studio Monitors 

Placement: Place your studio monitors at ear level and angled towards your listening position. Ensure they are symmetrically placed for optimal stereo imaging. 

Calibration: Adjust the volume and any built-in EQ settings on your studio monitors to match your listening environment. Some monitors have rear-panel controls for fine-tuning. 

Note: Studio monitors are designed for near-field listening and may not provide the same immersive experience in a typical living room setup. Home Music Systems from Audioengine are optimized for both near-field and far-field listening, offering more flexibility and better sound coverage. 

Step 4: Connect a Subwoofer 

Subwoofer Output: If your studio monitors have a subwoofer output, connect an active subwoofer to enhance bass response. This setup is ideal for a more cinematic experience. 

Note: Many studio monitors lack dedicated subwoofer outputs, limiting your ability to achieve full-range sound. Audioengine Home Music Systems typically include subwoofer outputs, allowing you to easily integrate a subwoofer for deeper bass. 

Step 5: Adjust TV Audio Settings 

Audio Output Settings: Access your TV's audio settings menu and select the appropriate audio output (HDMI, optical, RCA, or 3.5mm). Disable the TV's internal speakers if necessary. 

Volume Control: Adjust the TV volume to a comfortable level. If using an external DAC or converter, ensure it is set to a neutral level. 

Conclusion 

Connecting studio monitors to your TV can significantly improve your audio experience, offering precise and clear sound. However, it's important to consider the potential limitations and complexities involved. Using various adapters and converters can affect audio quality and make the setup process cumbersome. 

Note: While studio monitors are excellent for professional audio work, they may not be the best choice for home entertainment. Audioengine Home Music Systems provide a more user-friendly and versatile solution, with features like analog amplifiers, built-in DACs, and subwoofer outputs, ensuring superior sound quality and ease of use. 

By following these steps and considering the alternative options, you can enhance your TV audio setup to better suit your preferences and needs. 

Frequently Asked Subwoofer Questions

Subwoofers are pivotal in enhancing the audio experience, providing the depth and richness that transform good sound systems into great ones.

As part of the Audioengine lineup, the S6 and S8 subwoofers offer distinct advantages and features tailored to various listening environments. Here, we address some frequently asked questions about these two subwoofers to help you make an informed decision.

#1 What Makes the Audioengine S6 and S8 Different?

The Audioengine S6 and S8 are designed to cater to different needs and preferences:

• Audioengine S6: Compact and front-firing, the S6 is ideal for desktop setups and apartment living. Its design directs sound towards the listener, minimizing disruption to neighbors and fitting seamlessly into smaller spaces. This subwoofer is perfect for enhancing desktop audio without taking up much room.

• Audioengine S8: Larger and down-firing, the S8 excels in providing powerful, deep bass suitable for home theaters and larger rooms. Its design ensures that sound resonates throughout the room, making it a versatile choice for both music and movie enthusiasts.

# 2 Why Do I Need a Subwoofer?

Even with high-quality speakers, adding a subwoofer like the S6 or S8 can dramatically enhance your audio experience. Subwoofers handle the lower frequencies that regular speakers struggle with, adding depth and clarity to your music and movies.

For example, the Audioengine A2+ Home Music System delivers excellent mid and high range sounds but pairing it with a subwoofer like the S6 or S8 brings out the full spectrum of bass frequencies, making your listening experience richer and more immersive.

# 3 Are All Subwoofers Created Equal?

When it comes to subwoofers, quality is paramount. Lower quality subwoofers, included with some desktop audio systems, can significantly detract from the overall listening experience.

Here’s why investing in a high-quality subwoofer like the Audioengine S6 or S8 can make all the difference.

• Precision and Clarity: High-quality subwoofers like the Audioengine S6 and S8 deliver tight, controlled bass that enhances both music and movie soundtracks. They provide clear, defined bass that complements mid and high frequencies.
• Robust Build Quality: The S6 and S8 are built from durable materials that minimize unwanted vibrations and resonance. This ensures improved sound quality and a longer lifespan compared to cheaper subwoofers.
• Wide Frequency Range: Both the S6 and S8 reproduce a broad range of low frequencies, providing depth and impact across various types of audio content. Lower quality subwoofers often struggle with this, resulting in a lack of depth.
• Sufficient Power: The S6 and S8 produce ample volume and dynamic range without distortion. Lower quality subwoofers are often underpowered, leading to distortion at higher volumes.

#4 How Should I Place My Subwoofer for Optimal Sound?

Placement Tips for the S6:

• Desk Setup: Place the S6 on your desk or a dedicated stand to keep the bass directed towards your ears. This front-firing design ensures the sound reaches you directly without spreading through floors or walls.
• Room Positioning: Position the S6 near your primary listening area but avoid corners and walls to prevent muddy sound.

Placement Tips for the S8:

• Larger Spaces: The S8 can be placed on the floor in larger rooms to fill the space with deep bass. Its down-firing design allows sound waves to resonate off the floor, enhancing the overall audio experience.
• Subwoofer Crawl Technique: For the best placement, use the subwoofer crawl method. Place the S8 in your usual listening spot, play bass-heavy music, and move around the room to find where the bass sounds best. This spot is where you should place your subwoofer for optimal performance.

#5 Should I Choose a Sealed or Ported Subwoofer?

• Sealed Subwoofers: The S6, with its sealed design, offers tighter and more precise bass. This makes it ideal for genres like jazz or acoustic music, where detail and clarity are paramount.
• Ported Subwoofers: The S8 features a ported design that produces deeper and more impactful bass, suitable for energetic genres like rock and EDM. It’s perfect for larger spaces where you want the bass to be felt as well as heard.

#6 What is an Adjustable Crossover and Why is it Important?

An adjustable crossover allows you to control which frequencies are sent to your subwoofer and which are sent to your speakers. This ensures that the subwoofer handles only the low-end frequencies, allowing your speakers to deliver clearer highs and mids. Both the S6 and S8 feature adjustable crossovers, enabling you to fine-tune your audio setup for the best performance.

#7 How Do I Connect My Subwoofer to My System?

Both the S6 and S8 can be connected to your home music system through various methods:

• Wired Connection: Provides a stable and continuous sound quality. It’s ideal for setups where the subwoofer will remain in a fixed position.
• Wireless Connection: Using adapters like Audioengine’s W3, you can convert a wired subwoofer into a wireless unit, offering more flexibility in placement and reducing cable clutter.

#8 Are Front-Firing Subwoofers Better for Desktop Setups?

Yes, front-firing subwoofers like the S6 are specifically designed for desktop setups. They direct sound towards the listener, making them ideal for close-proximity listening environments like a home office or gaming station. This design ensures that you experience the full impact of the bass without disturbing adjacent rooms or neighbors.

Conclusion

Choosing the right subwoofer depends on your specific needs and listening environment. The Audioengine S6 is perfect for compact spaces and desktop setups, offering precise bass in a neighbor-friendly package. The S8, on the other hand, excels in larger rooms and home theater setups, delivering powerful and resonant bass that can transform your listening experience.

Whether you’re enhancing a home music system or creating a full home theater, understanding the features and benefits of the S6 and S8 will help you make the right choice. Both subwoofers embody Audioengine’s commitment to quality and superior sound, ensuring that every note and beat is delivered with clarity and depth. Upgrade your audio experience today with the S6 or S8 and discover the difference a high-quality subwoofer can make.

DAC type
Dual mode USB and analog (via CS5343 ADC) wireless DAC

Inputs
USB audio, mini-jack analog

Outputs
analog mini-jack

DAC
CS4344

ADC
CS5343

Full scale output
1.0Vrms

Output impedance
470 ohms

Power source
Sender: USB from computer or adapter
Receiver: USB power adapter

Power requirements
Sender: 180mA, 5V
Receiver: 150mA, 5V

SNR
95dB

THD+N
0.01%

Crosstalk
-65dB

Frequency response
20Hz to 20KHz, +/- .2dB

Input bit depth
up to 16 bits native

Input sample rate
up to 48KHz native

USB device class
type 1.1 or above

Wireless operation range
Up to 100ft (30m) typical

Latency
<20ms

Receivers supported
up to 3

Product dimensions
100x30x10mm (LxWxH)

Shipping weight
1 lb

Included accessories
minijack cable (20″), minijack to RCA adapter (12″), USB power adapter

Environmental
Operating Temperature: 32 to 95 degrees F
Non-operating Temp: -4 to 113 degrees F
Relative Humidity: 5% to 95% non-condensing

Advantages of wireless
The W3 wireless system transmits bit-perfect PCM-stereo simultaneously to up to 3 receivers. Because the USB controller in the Sender and the DAC in the Receiver are segregated by the wireless subsystem, various anomalies which plague many wired DACs such as jitter, grounding, and induced cable noise are greatly reduced. In addition, the W3 allows the user to physically isolate a potentially noisy computer from the sensitive audio components in your system.

W3 USB
The W3 utilizes the TI CC8520 PurePath™ USB wireless system-on-a-chip solutions, TI’s newest offering to the wireless audio arena. The Sender can be powered directly from the USB bus or from the included external power adapter.

W3 DAC
The W3 Receiver utilizes the CS4344 DAC, a solid, well regarded industry mainstay. Due to the CS4344’s’s high signal-to-noise specs, the W3 presents impressive low noise and low distortion characteristics.

DAC type
USB and Optical

Inputs
USB Audio
S/PDIF Optical

D/A converter
ESS ES9018

USB transfer mode
Asynchronous dual clock

USB controller
CT7601CR USB streamer

USB device class
Type 1.1 or above

Input bit depth
Up to 32 bits

Input sample rate (USB)
32kHz-96kHz native playback
188.2kHz & 192kHz re-sampled to 96kHz

Input sample rate (optical)
32kHz-192kHz native playback

Outputs
Analog RCA L/R stereo
Analog 3.5mm mini-jack stereo

Full-scale output level
2.0V RMS

Output impedance
2 ohms

Recommended headphone impedance range
10 ohms to 600 ohms

Headphone amplifier
ES9601C SABRE

Optical receiver
CS8416

Frequency response
10Hz-25KHz (+/- 0.5dB)

SNR
(DC to 20 kHz) >110dB

THD+N
(1kHz FS 96kS/s) <0.0025%

Crosstalk
-85db

Power requirement
USB 5V DC, 200mA

USB power filtering
2-stage redundant regulation

Product dimensions
3.5" (8.9 cm) x 3.75" (9.5 cm) x 1" (2.5 cm)

Shipping weight
1.0lbs (0.5kg)

Environmental
Operating Temperature: 32 to 95 degrees F
Non-operating Temp: -4 to 113 degrees F
Relative Humidity: 5% to 95% non-condensing

Included accessories
USB cable
Setup guide
Microfiber bag

D1 DAC
The D1 uses the ESS ES9018 DAC, which is well regarded for its low noise and high fidelity. Due to the high signal-to-noise specs of the ES9018 and the added benefit of double redundancy power source conversion and filtering, the D1 presents impressive low noise and low distortion characteristics. The D1 can process digital audio at any bit depth up to 32-bits and any sample rate up to 96kHz (192kHz using optical)

D1 Headphone Amplifier
The D1 includes the ES9601C SABRE headphone driver amp with circuit protection and is designed for a wide range of headphones that will satisfy even the most critical listeners.

D1 Power
The D1 is powered directly from the USB input and passed through two stages of regulation to ensure no USB power variations affect the audio quality. Because of the efficiency of the D1, it can even be powered by a phone or tablet.

D1 Preamp
The audio line-out preamp connects to powered speaker systems, amplifiers, or other external decoders with an analog or optical output.

D1 Volume Control
Volume for headphones and line-out is controlled directly from the D1 front panel via the digitally-controlled analog potentiometer. Smoothly adjust volume levels at fine increments without any undesirable noise or channel imbalance at lower volumes.

Wi-Fi Input
802.11 b/g/n (2 GHz)

Audio output
Analog, optical

Output level
2V RMS

Sample rates
32 - 44.1kHz

Bit depths
16 bit

Interfaces
AirPlay, DLNA, UPnP

Processor
AP8064 ARM

DAC
ES9023

Signal-to-noise-ratio
-105dB

Distortion
THD+N, 0.01%

Power 
Micro USB

Power requirements
5V, 300ma

Product dimensions
3.5 x 3 x 1

Product weight
5 oz.

Shipping weight
1.0lbs (0.5kg)

Shipping box dimensions
11 x 7 x 3

Environmental Requirements
Operating temperature: 32° to 105°F (0°C to 40°C)
Storage temperature: -4°0 to 115°F (-20°C to 46°C)
Relative humidity: 5% to 95% non-condensing

Included accessories
RCA audio cable (3ft/1m)
Power adapter with detachable cable
Microfiber bag
Setup guide

DAC Chip:

SA9312+ES9219C

Input bit depth:

Up to 32 bits

Input sample rate (USB):

PCM Max. 32bit 384KHz, Max 24bit 192KHz

DSD Support:

DSD 64, 128 (DOP), DSD 256 (Native)

MQA Rerender:

8X

USB device class:

UAC 2.0

Inputs:

USB Type-C

S/PDIF Optical (Max 24bit 192KHz)

Toggle Switch for input selection

Outputs:

Standard 3.5mm headphone port for headphones and headsets

RCA

SPDIF

Full-scale output level:

Max. 2.05Vrms @ 10K default

Output impedance:

<0.5R @ Headphone, 47R @ RCA

Recommended headphone impedance range:

10 Ohms ~ 600 Ohms

Frequency Response:

20Hz-40KHz +/-0.1dB

Signal-to-Noise Ratio (SNR):

121dB (10K）

Power Requirement:

USB 5V DC

Consumption:

~102mA (normal), ~121mA (with pink noise at 50% volume, 32bit 384Khz)

Indicators:

• White: power/connected
• Green: PCM 88.2-192kHz / DSD64
• Blue: PCM 352.8-384kHz / DSD128
• Purple: MQA
• Green: Optical

Product dimensions

3.0" (7.62 cm) x 2.5" (6.35 cm) x 1" (2.5 cm)

Shipping weight
13.7 oz (0.39kg)

Environmental
Operating Temperature: 32 to 95 degrees F
Non-operating Temp: -4 to 113 degrees F
Relative Humidity: 5% to 95% non-condensing

Included Accessories:

• USB-C cable
• Lighning Cable
• Setup guide
• Microfiber bag

DAC type

USB

Input

USB audio

D/A converter

ESS ES9281A PRO

USB transfer mode

Asynchronous dual clock

USB device class

Type 1.1 or above

Input bit depth

32 bit

Input sample rate

44.1kHz-96kHz native playback

188.2kHz & 192kHz re-sampled to 96kHz

Output

Analog 3.5mm mini-jack stereo

Full-scale output level

2.0V RMS

Output impedance

2 ohms

Recommended headphone impedance range

12 ohms to 10K ohms

Headphone amplifier

LME49726

Frequency response

10Hz-25KHz (+/- 0.5dB)

SNR

>116dB

THD+N

(1kHz FS 96kS/s) <0.002%

Crosstalk

-110dB

Power requirement

USB 5V DC, 200mA

USB power filtering

2-stage redundant regulation

Product dimensions 

1.9” (48mm) ×0.6” (15mm) ×0.375" (10MM) 

Shipping weight

1.0lbs (0.5kg)

Environmental

Operating Temperature: 32 to 95 degrees F

Non-operating Temp: -4 to 113 degrees F

Relative Humidity: 5% to 95% non-condensing

Included accessories

Lightning to USB-C and USB-C cables

Setup guide

DAC3 Internal Converter

The heart of the DAC3 is the ES9281A PRO DAC, which is well-regarded for its low noise and high fidelity. Due to the high signal-to-noise specs of the ES9281A PRO and the added benefit of double redundancy power source conversion and filtering, the DAC3 presents impressive low noise and low distortion characteristics. The DAC3 can process digital audio at any bit depth up to 32 bits and any sample rate up to 192kHz. DAC3 pads (upsampled) all bit depths internally to 32-bits, thus achieving a higher signal-to-noise ratio.

DAC3 Headphone Amplifier

The DAC3 contains a high-performance headphone amplifier based on the LME49726 low-noise opamp. This amp is able to provide low-impedance, high-fidelity audio and a 2-volt output which easily drives a wide range of headphones, satisfying even the most demanding headphone enthusiasts. The DAC3’s relay-controlled stereo output can also be connected to any system with an analog audio input, such as Audioengine powered speakers.

DAC3 Power

The DAC3 is powered directly from the USB bus and power is passed through two stages of regulation to ensure no USB bus power variations affect the audio quality. This low-noise, low-ripple power supply is located on a separate circuit board for extra isolation and thermal management.

DAC3 Volume Control

Volume for headphones and line-out is controlled directly from the DAC3 side panel. Smoothly adjust volume levels at fine increments without any undesirable noise or channel imbalance at lower volumes.