Why Do Headphones Sound Different on Android vs iPhone? (2026 Explained)

Quick Answer

If you’ve ever connected the same headphones to both an Android phone and an iPhone and thought they sounded different, you’re not imagining it.

The same pair of headphones can produce noticeably different sound depending on the phone you’re using. Differences in Bluetooth codecs, audio hardware, software processing, equalizer settings, and even the music app itself all affect what you hear.

For most listeners, the biggest differences come from:

• Bluetooth codec support (AAC, LDAC, aptX, SBC)
• Built-in audio hardware
• Software sound processing
• Music streaming settings
• The headphones’ own sound tuning

Fortunately, you don’t need to buy a new phone to improve your listening experience. A few simple settings and the right headphones can make a surprisingly large difference.

In this guide, we’ll explain why Android and iPhone can sound different, what actually matters, and how to get the best possible audio from either device.

Why the Same Headphones Can Sound Different

Many people assume headphones are solely responsible for sound quality, but they’re only one part of the audio chain.

Every song travels through several stages before reaching your ears:

Music File → Phone Hardware → Operating System → Bluetooth or Cable → Headphones → Your Ears

Each stage has the potential to influence the final sound.

Here are the five biggest reasons the same headphones can sound different on Android and iPhone.

1. Bluetooth Codecs

When listening wirelessly, your music is compressed before being transmitted to your headphones.

Different phones support different Bluetooth codecs, including:

• SBC
• AAC
• aptX
• aptX Adaptive
• LDAC

These codecs vary in how efficiently they transmit audio, which can affect clarity, detail, and latency.

For example:

• iPhones primarily use AAC, which Apple has optimized for its ecosystem.
• Many Android phones support LDAC or aptX Adaptive, allowing compatible headphones to transmit higher-quality audio.

If your headphones support these codecs, Android may deliver slightly more detail during high-resolution playback.

2. Audio Hardware

Every smartphone contains its own audio hardware.

Although most wireless listening bypasses much of the traditional headphone amplifier, the phone still influences how audio is processed before it reaches your headphones.

When using wired headphones, differences become even more noticeable.

Higher-quality digital-to-analog converters (DACs) and headphone amplifiers can produce:

• Cleaner sound
• Better dynamic range
• Lower background noise
• Improved detail

This is one reason audiophiles often use external USB DACs with both Android phones and iPhones.

3. Software Processing

Not all audio leaves your phone unchanged.

Many devices automatically apply:

• Equalizer adjustments
• Loudness normalization
• Dolby Atmos
• Spatial Audio
• Adaptive Sound
• Manufacturer sound enhancements

These features can change the way music sounds—even when using the same headphones.

Sometimes the differences are subtle.

Other times they can noticeably increase bass, brighten vocals, or reduce dynamic range.

4. Headphone Tuning

Every headphone is tuned differently.

Some emphasize bass.

Others prioritize balanced mids or sparkling treble.

For example:

• Beats generally produce stronger bass.
• Bose emphasizes comfort and balanced tuning.
• Sennheiser often targets a more natural sound.
• Sony usually balances detail with warmth.

Because Android and iPhone process audio differently, these tuning differences may become more or less noticeable depending on the phone you’re using.

5. Your Listening Environment

Surprisingly, your surroundings also influence what you hear.

A noisy train station can hide fine musical details, while a quiet room allows subtle instruments and vocals to stand out.

Noise-cancelling headphones reduce outside distractions, making sound appear fuller and clearer—even though the recording itself hasn’t changed.

That’s why two people can listen to the same headphones on the same phone and still describe the sound differently.

Why This Matters

Most people don’t need expensive equipment to enjoy better sound.

Simply understanding these five factors helps explain why your headphones may sound different from one device to another—and helps you make smarter buying decisions in the future.

Bluetooth Codecs Explained (The Biggest Difference)

One of the biggest reasons the same headphones can sound different on Android and iPhone is the Bluetooth codec being used.

A Bluetooth codec is the technology that compresses and transmits audio from your phone to your wireless headphones. Think of it as the language your phone and headphones use to communicate.

Different codecs balance three things differently:

• Audio quality
• Connection stability
• Latency (delay)

The better the codec—and the better your headphones support it—the closer you’ll get to the original recording.

SBC — The Universal Standard

SBC is the default Bluetooth codec found on virtually every Bluetooth headphone and smartphone.

Advantages

• Supported by almost every device
• Stable wireless connection
• Reliable for everyday listening

Limitations

• Lower audio quality than newer codecs
• Can lose fine details in complex music
• Higher latency for gaming and videos

Best for: Casual listening and maximum compatibility.

AAC — Best for iPhone Users

AAC is the preferred Bluetooth codec used by Apple devices.

Although its bitrate isn’t the highest, Apple has optimized AAC extremely well across the iPhone, iPad, Mac, and AirPods ecosystem.

Advantages

• Excellent sound quality on Apple devices
• Efficient battery usage
• Stable wireless performance
• Great for Apple Music and Spotify

Limitations

• Performance varies more on some Android phones
• Doesn’t support the highest-resolution wireless audio available

Best for: iPhone, iPad, and Mac users.

aptX & aptX Adaptive — Designed for Many Android Phones

Qualcomm developed the aptX family of codecs to improve wireless audio quality and reduce latency.

Many Android smartphones and wireless headphones support aptX or aptX Adaptive.

Advantages

• Better audio quality than basic SBC
• Lower latency for gaming and videos
• Stable wireless performance
• Automatically adapts to changing wireless conditions

Limitations

• Not supported by iPhones
• Both phone and headphones must support aptX

Best for: Android users who want smoother wireless performance.

LDAC — Best for High-Resolution Audio

LDAC, developed by Sony, is one of the highest-quality Bluetooth codecs currently available.

When both your Android phone and headphones support LDAC, it can transmit significantly more audio data than standard Bluetooth codecs.

Advantages

• Excellent detail and clarity
• Better high-frequency reproduction
• Great for lossless and high-resolution music
• Ideal for critical listening

Limitations

• Higher battery consumption
• Requires compatible Android devices and headphones
• Can become less stable in crowded wireless environments

Best for: Music lovers and audiophiles using Android devices.

Which Codec Should You Use?

For most people, the answer is simple:

Remember, the codec only matters if both your phone and your headphones support it.

If either device lacks support, they’ll automatically switch to the best codec they have in common.

Does Codec Really Matter?

Yes—but perhaps not as much as many people think.

If you’re using budget headphones, upgrading to a premium codec won’t magically transform the sound.

On the other hand, if you’re using high-quality headphones with well-recorded music, the difference between codecs can become more noticeable, especially in quieter listening environments.

For most listeners, comfort, headphone tuning, and fit still have a greater impact on overall enjoyment than codec choice alone.

Quick Tip

Before buying new headphones, check which Bluetooth codecs your phone supports.

Matching compatible devices helps ensure you’re getting the best possible wireless audio without paying for features you can’t use.

Does Your Phone’s Hardware Matter?

The short answer is yes—but probably not as much as you think.

Modern smartphones contain sophisticated audio hardware that converts digital music into the sound you hear. While premium phones often include better components than budget models, the difference is usually much smaller than factors like headphone quality, Bluetooth codec, or recording quality.

For most people, upgrading to better headphones will produce a far bigger improvement than upgrading to a new phone.

What Is a DAC?

A Digital-to-Analog Converter (DAC) is a small electronic component inside your phone that converts digital music files into the analog signals your headphones can play.

Without a DAC, your headphones wouldn’t produce any sound.

Think of it like a translator.

Your music is stored as digital information, but your headphones need an analog signal to create sound. The DAC performs that translation thousands of times every second.

Fortunately, even today’s mid-range smartphones include DACs that are more than good enough for everyday listening.

What Does the Headphone Amplifier Do?

After the DAC converts the signal, the headphone amplifier provides the power needed to drive your headphones.

Most wireless Bluetooth headphones include their own built-in amplifier, so your phone has much less work to do.

However, if you’re using wired headphones—especially high-impedance or studio-grade models—the quality of the amplifier becomes much more important.

A stronger amplifier can provide:

• Higher maximum volume
• Better bass control
• Improved dynamic range
• Less distortion at louder volumes

Do iPhones and Android Phones Sound Different?

Sometimes—but the difference depends on how you’re listening.

When using Bluetooth headphones

The Bluetooth codec, headphone tuning, and software settings usually have a greater impact than the phone’s internal audio hardware.

In many cases, the difference between an iPhone and a premium Android phone is subtle when using the same wireless headphones.

When using wired headphones

Hardware differences become much easier to notice.

Some Android phones support higher-resolution wired audio or work exceptionally well with external USB DACs. Likewise, iPhones paired with Apple’s USB-C or Lightning audio adapters can also deliver excellent sound quality.

For casual listeners, both platforms perform very well. Enthusiasts who use demanding wired headphones may notice greater differences.

Should You Buy an External DAC?

For most people, probably not.

If you mainly listen through Bluetooth headphones while streaming Spotify, Apple Music, YouTube Music, or similar services, your money is usually better spent on a higher-quality pair of headphones.

However, an external DAC can be worthwhile if you:

• Use wired headphones regularly
• Listen to lossless or high-resolution music
• Own high-impedance headphones
• Want the cleanest possible audio for critical listening

Popular portable DACs from brands such as FiiO, iFi, and AudioQuest can noticeably improve the performance of demanding wired headphones.

When You’ll Notice the Biggest Difference

An external DAC is most beneficial when you combine it with:

• Premium wired headphones
• Lossless music files
• High-resolution streaming services
• Quiet listening environments

If you’re listening over Bluetooth while walking through a busy city or commuting on public transport, the improvement is likely to be much smaller.

Our Recommendation

For most readers, we recommend focusing on upgrades in this order:

1. Buy better headphones.
2. Use the best Bluetooth codec your phone supports.
3. Adjust your audio settings.
4. Consider an external DAC only if you regularly use high-quality wired headphones.

Following this order typically provides the greatest improvement for the money.

Why Software Changes the Sound

Many people assume their headphones are entirely responsible for sound quality. In reality, your phone’s software can have just as much influence on what you hear.

Modern smartphones often apply audio processing automatically, even if you’ve never changed a single setting. Depending on your device, these features can boost bass, enhance vocals, widen the soundstage, or normalize volume levels across different songs.

Sometimes these changes improve the listening experience. Other times, they can make your headphones sound noticeably different from one phone to another.

Equalizer (EQ)

An equalizer, or EQ, lets you adjust different parts of the audio frequency range.

For example, you can:

• Increase bass for more impact
• Boost vocals for podcasts and calls
• Reduce harsh treble
• Create a more balanced sound

Many music apps and headphone companion apps include built-in EQ presets, while some allow you to create your own custom settings.

Tip: Start with small adjustments. Even a slight EQ change can make a noticeable difference.

Loudness Normalization

Streaming services often adjust playback volume so that every song plays at a similar loudness.

This feature, called loudness normalization, prevents sudden jumps in volume between tracks but can also reduce the dynamic range of some recordings.

If your music sounds less energetic or “compressed,” this setting may be the reason.

If you’re listening critically at home, try turning loudness normalization off and compare the results.

Dolby Atmos & Spatial Audio

Many smartphones now support immersive audio technologies such as:

• Dolby Atmos
• Spatial Audio
• 360 Reality Audio

These features attempt to create a wider, more three-dimensional listening experience.

Some listeners love the added sense of space, while others prefer the original stereo mix.

The best approach is to try both settings and decide which sounds better to you.

Manufacturer Sound Enhancements

Many Android manufacturers include their own audio processing features.

Depending on your phone, you may see options such as:

• Dolby Atmos
• Samsung SoundAlive
• Xiaomi Sound Effects
• Dirac Audio
• Gaming Audio Modes

These enhancements can change bass response, vocal clarity, and overall tonal balance.

While some presets sound excellent, others may make music feel overly processed.

If you’re comparing Android and iPhone sound quality, it’s worth checking whether any of these enhancements are enabled.

Music Streaming Settings Matter Too

Not all streaming services use the same audio quality by default.

Many apps allow you to choose between:

• Data Saver
• Standard Quality
• High Quality
• Lossless Audio
• Hi-Res Lossless

If you’re paying for a premium music subscription, make sure you’re actually streaming at the highest quality available—especially when using compatible headphones.

Simple Settings to Try

If your headphones don’t sound quite right, try these quick adjustments before buying new equipment:

✅ Check your music app’s streaming quality.

✅ Experiment with your headphone app’s EQ presets.

✅ Compare the sound with Dolby Atmos or Spatial Audio turned on and off.

✅ Disable unnecessary sound enhancements and listen again.

✅ Restart Bluetooth after changing codec or audio settings.

These simple changes often produce a bigger improvement than many people expect.

Our Recommendation

Software settings can dramatically influence your listening experience, but there is no single “best” configuration for everyone.

The ideal setup depends on:

• Your headphones
• Your music preferences
• Your listening environment
• Whether you prioritize accuracy or a more exciting sound

The best approach is to experiment with your settings until you find the sound signature you enjoy most.

Android vs iPhone: Which Actually Sounds Better?

There isn’t a single winner.

Both Android phones and iPhones are capable of delivering excellent sound quality. The better choice depends on the headphones you use, how you listen to music, and which features matter most to you.

For everyday streaming through quality wireless headphones, most people won’t notice dramatic differences. However, if you’re an audiophile or use high-resolution audio equipment, each platform has its own strengths.

Here’s how they compare.

🎵 Sound Quality

Winner: Tie

Both platforms can produce outstanding sound quality when paired with good headphones.

Apple has optimized AAC exceptionally well across its ecosystem, while many premium Android phones support higher-bandwidth codecs such as LDAC and aptX Adaptive.

For most listeners using Spotify, Apple Music, YouTube Music, or Amazon Music, the overall listening experience is likely to be very similar.

📶 Bluetooth Audio

Winner: Android

Android generally offers greater flexibility because many devices support additional Bluetooth codecs, including:

• LDAC
• aptX
• aptX HD
• aptX Adaptive

These codecs can provide higher-quality wireless audio when paired with compatible headphones.

iPhones primarily rely on AAC, which performs extremely well but offers fewer codec options.

🎚 Audio Customization

Winner: Android

Android gives users more control over audio settings.

Many devices allow you to adjust:

• Bluetooth codecs
• Equalizers
• Dolby Atmos
• Manufacturer sound enhancements
• Developer audio options

If you enjoy fine-tuning your listening experience, Android offers considerably more flexibility.

🍎 Ecosystem Integration

Winner: iPhone

Apple’s ecosystem is one of its biggest strengths.

If you own multiple Apple devices, features such as:

• Automatic device switching
• Spatial Audio
• Find My
• Seamless pairing
• Audio Sharing

work together effortlessly.

For AirPods users, the overall experience is difficult to match.

🎮 Gaming & Low Latency

Winner: Android

Many Android phones support lower-latency Bluetooth codecs, making them a better choice for wireless gaming when paired with compatible headphones.

Serious gamers, however, will still achieve the lowest latency using wired headphones regardless of platform.

🎼 Hi-Resolution Audio

Winner: Android

If you’re interested in lossless or high-resolution music, Android generally offers more options.

Many Android phones support:

• LDAC
• USB Audio
• External DACs
• High-resolution music players

These features make Android especially appealing to audiophiles who want maximum audio fidelity.

Side-by-Side Comparison

Which One Should You Choose?

Choose an iPhone if you:

• Already use Apple products.
• Own AirPods or Beats headphones.
• Prefer a simple, seamless user experience.
• Don’t want to adjust audio settings manually.

Choose an Android phone if you:

• Want the highest-quality Bluetooth codecs.
• Enjoy customizing audio settings.
• Listen to high-resolution music.
• Plan to use an external DAC or wired audiophile headphones.

Our Recommendation

For the vast majority of listeners, both Android and iPhone sound excellent.

The biggest improvements in audio quality usually come from:

• Choosing better headphones.
• Using high-quality music streaming.
• Optimizing your audio settings.
• Matching your headphones to your listening style.

In other words, your headphones matter far more than the logo on your phone.

How to Get Better Sound on Any Phone

The good news is that you don’t necessarily need a new phone or expensive headphones to enjoy better sound.

A few simple adjustments can noticeably improve clarity, detail, and overall listening quality on both Android phones and iPhones.

Here are the changes we recommend first.

1. Stream Music at the Highest Available Quality

Even the best headphones can’t improve poor-quality audio files.

Most streaming services allow you to choose your audio quality in the app settings.

If you’re using Wi-Fi or have a generous mobile data plan, select the highest quality available.

Popular services such as Apple Music, Amazon Music Unlimited, TIDAL, and Qobuz also offer lossless or high-resolution audio on compatible devices.

Tip: Higher-quality streaming uses more data, so consider downloading playlists when traveling.

2. Use the Best Bluetooth Codec Available

Your headphones can only use the Bluetooth codecs supported by both your phone and the headphones themselves.

As a general rule:

• iPhone: AAC
• Android: LDAC or aptX Adaptive (when available)

If your Android phone supports multiple codecs, choosing the highest-quality option can improve wireless audio performance.

3. Adjust Your Audio Settings

Many phones include built-in audio enhancements that can dramatically change the way music sounds.

Take a few minutes to explore your audio settings and experiment with features such as:

• Equalizer (EQ)
• Dolby Atmos
• Spatial Audio
• Adaptive Sound
• Loudness Normalization

Small adjustments often make a bigger difference than people expect.

4. Consider a Wired Connection for Maximum Quality

Bluetooth technology has improved tremendously, but wired connections still provide the most consistent audio quality.

If you enjoy critical listening or own premium wired headphones, consider using:

• A USB-C DAC
• A Lightning or USB-C audio adapter
• A portable DAC/amp

This allows compatible headphones to perform at their full potential without Bluetooth compression.

5. Choose Headphones That Match Your Listening Style

The “best” headphones aren’t necessarily the most expensive—they’re the ones that suit how you actually listen.

For example:

• Travelers: Prioritize strong Active Noise Cancellation (ANC).
• Remote workers: Focus on comfort and microphone quality.
• Music lovers: Look for balanced sound and detailed audio.
• Gamers: Choose low-latency wired or gaming-focused wireless models.
• Fitness enthusiasts: Select lightweight, sweat-resistant earbuds with a secure fit.

Matching your headphones to your lifestyle often has a greater impact than switching between Android and iPhone.

6. Keep Your Devices Updated

Software updates frequently improve:

• Bluetooth stability
• Codec performance
• Battery efficiency
• Compatibility with new headphones
• Audio processing

Keeping both your phone and your headphones updated ensures you’re getting the best performance available.

Quick Audio Improvement Checklist

Before buying new headphones, try these simple improvements:

✅ Stream music in High Quality or Lossless mode.

✅ Use the best Bluetooth codec your devices support.

✅ Experiment with EQ and audio settings.

✅ Turn off unnecessary sound enhancements if the music sounds unnatural.

✅ Keep your phone and headphones updated.

✅ Consider a wired DAC for serious listening.

Our Recommendation

For most people, improving audio quality is about making a few smart adjustments rather than replacing expensive equipment.

Start with your streaming quality and audio settings. If you’re still looking for better sound, upgrading your headphones will usually provide the biggest improvement.

Only after those steps should you consider accessories like external DACs or headphone amplifiers.

Our Recommended Headphones

Now that you understand why the same headphones can sound different on Android and iPhone, the next step is choosing a pair that works well with your device and listening style.

Rather than recommending one model for everyone, we’ve selected our favorite headphones for different types of users. These recommendations balance sound quality, comfort, features, and overall value.

For detailed reviews, comparisons, and the latest Amazon prices, be sure to explore our dedicated buying guides.

🏆 Best Overall

Sony WH-1000XM6

Best for: Most Android and iPhone users.

Sony continues to deliver one of the best all-around listening experiences available. With outstanding sound quality, industry-leading Active Noise Cancellation, excellent battery life, and support for premium Bluetooth codecs, it’s an easy recommendation for most buyers.

Why we recommend it

• Outstanding sound quality
• Excellent ANC
• Comfortable for long listening sessions
• Great companion app
• Premium build quality

🛒 Check Price on Amazon

🍎 Best for iPhone Users

Apple AirPods Max

Best for: Apple ecosystem users.

If you use an iPhone, iPad, and Mac, AirPods Max offers an incredibly seamless experience with features like Spatial Audio, automatic device switching, and excellent Active Noise Cancellation.

Why we recommend it

• Seamless Apple integration
• Excellent sound quality
• Outstanding Transparency Mode
• Premium construction

🛒 Check Price on Amazon

🤖 Best for Android Users

Sony WH-1000XM6

Best for: Android users wanting LDAC support.

Many Android phones support LDAC, allowing compatible Sony headphones to deliver exceptional wireless audio quality while maintaining excellent battery life and comfort.

🛒 Check Price on Amazon

💰 Best Value

Soundcore Space One

Best for: Buyers seeking excellent performance at a lower price.

Soundcore offers impressive Active Noise Cancellation, long battery life, customizable EQ, and very good sound quality without flagship pricing.

Why we recommend it

• Excellent value for money
• Good ANC
• Long battery life
• Easy-to-use companion app

🛒 Check Price on Amazon

🎵 Best for Audiophiles

Sennheiser MOMENTUM Wireless

Best for: Critical listening and high-resolution music.

Sennheiser’s natural tuning, detailed presentation, and premium build make it a favorite among listeners who prioritize sound quality above everything else.

Why we recommend it

• Detailed, balanced sound
• Excellent build quality
• Comfortable for extended listening
• Great for lossless music

🛒 Check Price on Amazon

Quick Comparison Table

Frequently Asked Questions

Why do my headphones sound better on one phone than another?

Different phones use different Bluetooth codecs, audio hardware, software processing, and sound settings. Even when using the same headphones, these differences can affect bass, clarity, detail, and overall sound quality.

Do Android phones have better audio quality than iPhones?

Not necessarily.

Android phones often support additional Bluetooth codecs such as LDAC and aptX Adaptive, while iPhones are highly optimized for AAC. Both platforms are capable of excellent sound quality, and the overall listening experience depends just as much on your headphones and music source as it does on your phone.

Does Bluetooth reduce sound quality?

Bluetooth compresses audio before transmitting it wirelessly, but modern codecs have greatly improved wireless sound quality.

For most listeners, the difference is minimal. If you want the highest possible fidelity, a wired connection with a compatible DAC still offers the best performance.

Will expensive headphones sound better on Android and iPhone?

High-quality headphones generally reveal more detail than entry-level models, making differences between devices easier to notice.

However, the improvement depends on several factors, including your music source, Bluetooth codec, and audio settings—not just the price of the headphones.

Should I use an external DAC?

If you mainly use Bluetooth headphones, probably not.

If you regularly listen with premium wired headphones or enjoy lossless and high-resolution music, an external DAC can provide cleaner, more detailed sound.

Which Bluetooth codec is best?

There isn’t one codec that’s best for everyone.

• AAC is the best choice for iPhone users.
• LDAC offers excellent audio quality on compatible Android devices.
• aptX Adaptive is a great option for Android users who want a balance between sound quality and low latency.

The best codec is the highest-quality one supported by both your phone and your headphones.

Can software updates change audio quality?

Yes.

Phone manufacturers occasionally adjust Bluetooth performance, equalizer behavior, Spatial Audio, or other audio processing features through software updates. Keeping both your phone and your headphones updated helps ensure you’re getting the best performance available.

Our Final Verdict

So, why do headphones sound different on Android and iPhone?

The answer comes down to a combination of hardware, software, Bluetooth technology, and the headphones themselves.

Different Bluetooth codecs, audio processing, and device settings can all influence what you hear. In many cases, these differences are subtle, but with high-quality headphones and carefully recorded music, they can become easier to notice.

Fortunately, you don’t need to replace your phone to enjoy better sound.

Simple changes—such as using the highest-quality streaming settings, choosing the best Bluetooth codec available, adjusting your EQ, or selecting headphones that match your listening style—can make a surprisingly large difference.

Our Recommendations

Each model excels in a different area, making it easier to find the right headphones for your device, budget, and listening preferences.

Before You Buy

Before making your final decision, take a few minutes to compare:

• Compatibility with your phone
• Bluetooth codec support
• Comfort for extended listening
• Battery life
• Sound quality
• Active Noise Cancellation (if needed)
• Warranty and return policy

Choosing headphones that fit your everyday needs is far more important than chasing technical specifications you’ll never use.

Continue Exploring

If you’re still researching, these guides can help you make an even more informed decision:

👉 Best Headphones 2026 — Top Wireless, Gaming & Budget Picks

👉 What to Look for When Buying Headphones (Beginner Guide)

👉 Do Expensive Headphones Really Sound Better?

👉 Are Noise-Cancelling Headphones Worth It?

👉 Best Wireless Headphones Under $150

Together, these articles provide everything you need to choose the right headphones, understand audio technology, and get the best value for your money.

Ready to Upgrade Your Audio?

Compare the latest prices, current deals, and customer reviews before making your purchase.

A great pair of headphones can last for years, and when paired with the right phone and settings, they’ll help you enjoy clearer music, richer detail, and a better listening experience every day.