Earbuds Blog · 28/05/2024

Find the Best Earbuds for Sleeping: Top Picks for a Sound Sleep

Are you tired of tossing and turning at night, struggling to find peace and quiet? The cacophony of the nocturnal cityscape or even the silence that amplifies the ticking clock can be obstacles to entering the realm of dreams. The solution might be simpler than you think. A pair of good earbuds for sleeping can transform your sleep experience, providing the perfect blend of comfort and tranquility. In this guide, we delve into the benefits of sleeping with earbuds and spotlight some of the best earbuds for sleeping in 2024. We will also guide you through the essential factors to consider when choosing the perfect pair, ensuring your nights are nothing short of serene. Let's dive in! Benefits of Sleeping with Earbuds The innovation of earbuds designed specifically for sleeping has been a game-changer for light sleepers or those of us who struggle to find peace and quiet in today's bustling world. Let's dive into the reasons why slipping on a pair of earbuds before bed might just be the key to unlocking a better night's sleep. NoiseBlocking: Ever tried sleeping in a bustling city or with a snoring partner? Noise blocking earbuds come to the rescue by providing a barrier against unwanted noise. They can transform your bedroom into a tranquil haven, shielding you from the cacophony of urban life or the symphony of snores. Personalized Soundscapes: With the best Bluetooth earbuds for sleeping, you're not just blocking out noise but creating your own personalized soundscape. Imagine drifting off to the soothing sounds of a rainforest or the gentle hum of ocean waves. It's like being transported to your dream destination without leaving your bed. Plus, with the plethora of apps and playlists dedicated to sleep, the possibilities are endless. Better Sleep Quality: Here's a fun fact: studies have shown that listening to calming music or white noise can improve sleep quality. It's like giving your brain a lullaby, helping it transition into a state of relaxation and making it easier to fall asleep. So, not only do earbuds help you fall asleep faster, but they also enhance the quality of your slumber. It's a win-win! Best Wireless Earbuds for Sleeping When it comes to getting a good night's rest, the right pair of sleep earbuds can make all the difference. Here are some of the best wireless noise-cancelling earbuds for sleeping, each with its own unique features to help you drift off into dreamland. soundcore Sleep A10 The soundcore Sleep A10 earbuds are designed specifically for sleeping, with features that cater to comfort and noise reduction. Their slim profile and lightweight build make them ideal for side sleepers and those who move around a lot during the night. The 4-point noise masking system helps cover disruptive noises, providing a more peaceful sleep environment. Additionally, the earbuds offer unlimited audio options via Bluetooth 5.2 and the soundcore app, allowing you to enjoy a wide range of sleep sounds. The dynamic drivers are tailored for low-frequency, sleep-inducing sounds, enhancing the effectiveness of white noise and other sleep aids. With sleep monitoring capabilities and a personal alarm clock, the Sleep A10 earbuds are one of the best sleep earbuds for improving sleep quality. soundcore Sleep A20 The soundcore Sleep A20 earbuds stand out as one of the best earbuds to sleep in with their noise blocking capabilities and the 4-point noise masking system. The soft-silicone air-capsule ear wings and dual-layer ear tips ensure a pressure-free yet snug fit, offering ultimate comfort even for side sleepers. The ability to choose from three sizes of ear wings and switch between Sealed or Breathable ear tips adds to their versatility, allowing you to find your perfect earbuds for small ears. These earbuds offer up to 14 hours of battery life in sleep mode, ensuring they last through the night. With Bluetooth 5.3, you can stream music or white noise from soundcore's Acoustic Lab noise-masking solutions for a peaceful sleep. The Sleep A20 earbuds also feature advanced sleep monitoring, allowing you to track your sleep duration and position, and receive visual reports to improve your rest. QuietOn 3.1 Sleep Earbuds The QuietOn 3.1 Sleep Earbuds are one of the best noise cancelling earbuds for sleeping with their premium Active Noise Cancelling (ANC) technology combined with passive noise reduction. They are designed to enhance your sleep quality by effectively reducing disruptive noises such as snoring or city sounds. These earbuds are particularly suitable for side sleepers due to their small size. However, they do not support Bluetooth connectivity, so they are not for music lovers. The long battery life (28 hours per charge) ensures you can enjoy uninterrupted sleep for multiple nights on a single charge. Bose Sleepbuds II The Bose Sleepbuds II are designed specifically for those seeking a peaceful night's sleep, whether at home or while traveling. They stand out by delivering relaxing and noise-masking sounds, rather than streaming music or podcasts. This makes them ideal for drowning out disturbances like snoring or traffic noise. The buds' secure fit ensures they stay in place all night, even for side sleepers. It comes with 3 sizes of ear tips to ensure a secure and comfortable fit for most users. With access to a library of 50 specially curated sounds, these Sleepbuds are one of the best earbuds for sleep that are clinically proven to help you fall asleep faster. Sony WF-1000XM5 The Sony WF-1000XM5 earbuds, with their high-resolution audio and advanced AI-based noise reduction, offer a superb listening experience beneficial for sleep. Their compact, lightweight design and adaptive sound control make them one of the best earbuds for snoring. These earbuds boast up to 8 hours of battery life, extending to 24 hours with their case, serving well for those seeking a serene, disturbance-free sleep environment. Though not specifically designed for sleeping, their noise blocking capabilities and sound quality make them a recommendable option for enhancing sleep quality through soothing sounds or ambient noise. Factors to Consider When Choosing Best Earbuds for Sleeping From noise-canceling capabilities to ergonomic designs, here are several factors to consider to help you find the most comfortable earbuds for sleeping: Comfort and Fit First and foremost, comfort is king when it comes to sleep earbuds. You'll want something that fits snugly without causing any discomfort, especially if you're a side sleeper. Look for earbuds with soft, flexible tips or those specifically designed with sleep in mind. They should stay in place all night without putting pressure on your ears. Noise-Cancelling Capabilities If you're trying to block out external noise, like a snoring partner or city sounds, noise cancelling earbuds are a game-changer. Active noise-cancelling (ANC) technology can help you achieve that serene silence, while some models also offer white noise or nature sound options to help lull you to sleep. Battery Life Nothing's worse than your earbuds dying in the middle of the night. Check the battery life of your sleep earbuds and make sure they can last through your entire sleep cycle. Consider the playback time on a single charge and whether the charging case provides additional charges. Sound Quality While you might not be looking for concert-quality sound in sleep earbuds, decent sound quality is still important. If you enjoy listening to music, audiobooks, or sleep meditations, you'll want earbuds that deliver clear, balanced audio without any buzzing or distortion. Safety Features Safety is a critical factor, especially if you're using your earbuds for long periods. Look for earbuds with built-in safety features like automatic volume control or a timer that turns them off after a certain period. This can help prevent hearing damage and ensure you're not exposed to loud noises for too long. Connectivity Consider how your earbuds connect to your device. The best Bluetooth earbuds for sleeping offer the convenience of wireless connectivity, but make sure they have a stable connection and don't drop out during the night. If you prefer wired earbuds, check the length of the cable and ensure it's long enough for comfortable use in bed. Durability Finally, durability is key. Your sleep earbuds should be able to withstand some wear and tear, especially if you toss and turn at night. Look for models with sturdy construction and perhaps some water resistance in case of any night sweats. FAQ Is it better to sleep with headphones or earbuds? Earbuds are generally more suitable for sleep than headphones due to their compact size and fit snugly within the ear, making them less cumbersome for different sleeping positions, especially for side sleepers. They are also less likely to come off during the night. Are noise-canceling earbuds good for sleeping? Yes, noise-canceling earbuds are excellent for sleeping. They help block out external sounds, such as traffic noise or a snoring partner, creating a quieter environment that can promote better sleep. How to safely sleep with earbuds? To sleep safely with earbuds, select a comfortable, ergonomic pair designed for sleep—preferably wireless to avoid cord-related hazards. Keep the volume low to protect your hearing and ensure they fit snugly to prevent them from falling out. It's also wise to not use them every single night and to maintain their cleanliness, minimizing the risk of ear canal blockages or infections. Conclusion Finding the best earbuds for sleeping is a game-changer for anyone looking to improve their sleep quality. Whether you need to block out noise, listen to soothing sounds, or just find a comfortable pair to wear through the night, there's an option out there for you. Remember to consider factors such as comfort, noise-cancellation capabilities, battery life, and sound quality when choosing your earbuds. By doing so, you can find the best earbuds to sleep with that can enhance your sleep experience and wake up feeling refreshed and rejuvenated.

Earbuds Blog · 28/02/2024

Unveiling the Truth: Does Spatial Audio Use More Battery?

Imagine being in the middle of your favorite song or right in the scene of a movie, with every sound coming at you from all directions. Pretty cool, right? Spatial audio has totally changed the game, making our listening experiences more lifelike and immersive. However, amid the excitement, a crucial question looms large: does spatial audio use more battery? This blog delves into the intricacies of spatial audio and its impact on battery life. We'll explore the reasons behind potential increased battery usage, offer tips on managing battery life while using spatial audio, and examine the battery life you can expect when using spatial audio on your devices. Let's dive in!   Does Spatial Audio Drain Battery? The short answer is yes, spatial audio does tend to use more battery than standard stereo audio. It requires additional processing power to create a three-dimensional sound experience, demanding more from the CPU and resulting in higher battery consumption. Moreover, if you are using wireless headphones or earbuds with spatial audio, especially those with head tracking capabilities, they also require additional power to decode and process the multi-dimensional sound signals. This, in turn, can lead to faster battery drainage in both your device and the headphones. Why Does Spatial Audio Drain Battery? Understanding why spatial audio drains more battery than traditional stereo sound requires delving into the mechanics of how spatial audio works and its demands on a device's hardware. Let's break down the key factors contributing to this increased battery drain: Complex Audio Processing: The core of spatial audio lies in its ability to create a three-dimensional sound environment. This requires sophisticated audio processing algorithms that continuously calculate the direction, distance, and movement of sounds relative to the listener. Such intensive computational work demands more from the device's processor (CPU) and memory resources, leading to greater battery consumption. Head Tracking Technology: A more advanced feature in some high-end spatial audio earbuds is head tracking, which adjusts the sound based on the orientation of the listener's head. For this to work, built-in sensors in the earbuds continuously monitor the movements of the user's head and dynamically adjust the audio in real time to maintain the illusion of a consistent soundstage. This constant tracking and processing add another layer of battery usage. High-Fidelity Sound Quality: Spatial audio is often paired with high-definition sound, which requires more power for decoding and playback. Higher quality audio files are larger and more complex, adding to the processing load and, in turn, increasing the battery drain. These factors collectively contribute to the quicker depletion of battery life when enjoying the rich and immersive experience of spatial audio.   How to Reduce Battery Drainage Caused by Spatial Audio? Fortunately, there are several strategies you can employ to mitigate this battery drain while still enjoying the benefits of spatial audio: Adjust Spatial Audio Settings: Many devices allow you to tweak the settings of spatial audio. Take the soundcore AeroFit Pro earbuds as an example. These open-ear earbuds come with true spatial audio and the head tracking feature, both of which can be fine-tuned through our soundcore app. If you're not in need of the full spatial audio experience, consider lowering its intensity or turning off head tracking functionality when it's not essential. This can significantly reduce the processing power required and, consequently, the battery usage. Manage Overall Device Settings: General battery-saving practices apply here as well. Reduce screen brightness, close unnecessary apps running in the background, and activate your device's built-in battery saver mode when needed. Keep Your Devices Updated: Regularly update your devices and headphones. Manufacturers often include optimizations in software updates that can improve battery efficiency, including better management of features like spatial audio. Prefer Headphones Over Speakers: Headphones are typically more power-efficient than speakers for spatial audio. They require less power to produce the same level of immersive experience. Choose a Device with Better Specs: Opt for a device with a powerful processor and ample memory to handle spatial audio demands more efficiently, reducing battery strain. Use Spatial Audio Sparingly: Reserve spatial audio for when you truly want an immersive experience, sparing your device's battery from constant drain. By following these strategies, you can enjoy spatial audio while maintaining control over battery usage. Balancing audio enjoyment and device efficiency is key to making the most of this technology.   How Long Can You Use Your Device with Spatial Audio? So, how long can one realistically use a device with spatial audio before the battery gives out? The answer is not straightforward as the impact of spatial audio on the battery life of your device depends on various factors. These include the battery capacity and efficiency of your device and, if applicable, your wireless headphones, the volume levels and your usage patterns, as well as other power-intensive features you are using. Given these variables, it's challenging to state a universal timeframe for spatial audio usage. However, to illustrate this with a tangible example, consider the soundcore Liberty 4 wireless earbuds, which boast 360° immersive spatial audio with a substantial battery capacity. In Normal Mode, these earbuds excel, providing up to 9 hours of playback on a single charge, and an impressive total of 28 hours when factoring in the charging case. When we switch to Spatial Audio mode, the battery usage reflects the more complex processing involved. In this mode, the earbuds offer up to 5 hours of continuous play on a single charge, extending to 15 hours with the charging case.   A rough estimate also suggests that spatial audio can reduce battery life by 20% to 40% more than standard audio playback. This means, for instance, if your device typically lasts 10 hours on regular audio, using spatial audio might bring this down to about 6-8 hours. Remember, these are approximate figures and can significantly vary based on your device's model, settings, and usage habits. The best way to gauge the impact is by observing your device's battery performance under your typical spatial audio usage conditions. FAQ Where soundscapes transform into immersive adventures, let's illuminate some essential questions: Does turning off spatial audio save battery? Yes, turning off spatial audio can significantly extend your device's battery life. Spatial audio processing requires additional computational power, which can consume more battery than standard audio playback. This is particularly noticeable with devices that support the head tracking feature, which adds another layer of battery usage due to constant tracking and processing. How much battery does spatial audio use? Spatial audio typically uses more battery than standard audio playback due to the additional processing required for creating the immersive sound experience. For example, the soundcore Liberty 4 earbuds offer 9 hours of playback in Normal Mode and 28 hours with the charging case. In Spatial Audio mode, this reduces to 5 hours per charge, and 15 hours with the case. However, the exact increase in battery consumption depends on the specific device and usage patterns. Conclusion To wrap up, it's clear that the answer to the question "Does spatial audio use more battery?" is yes. While spatial audio provides an immersive listening experience, it demands more from our devices, leading to increased battery drainage. However, by understanding the factors that contribute to this and implementing strategies to reduce battery consumption, you can still enjoy the richness of spatial audio without constantly worrying about your device's battery life. Remember, the duration for which you can use your device with spatial audio varies, depending on the specific device and its battery capacity. As technology continues to evolve, we can expect more efficient ways to experience spatial audio without compromising on battery life. Until then, embracing these tips will help you strike a perfect balance between immersive audio experiences and optimal battery usage.

Earbuds Blog · 28/02/2024

Fixed vs Head Tracked Spatial Audio: Which is Right for You?

Spatial audio, once primarily a domain of sophisticated speaker systems, has remarkably transitioned into the realm of personal audio devices. Nowadays, it's not just high-end headphones that boast this feature; even advanced earphones are equipped to deliver a spatial audio experience. At the heart of this audio revolution are two distinct types: "fixed spatial audio" and "head tracked spatial audio." Each brings its own flavor to the immersive 3D soundscapes. This guide delves into the depths of fixed vs head tracked spatial audio, unraveling their unique characteristics, exploring their differences, and helping you determine which might be the best fit for your needs. Let's dive in!   What Is Head Tracked Spatial Audio? Head tracked spatial audio is a cutting-edge audio technology that enhances a 360° listening experience by incorporating the head movements of the listener into the audio output. It's designed to create a more immersive and realistic sound experience, closely mimicking how we perceive sound in the real world. Here's how it works: Motion Tracking: Head tracking spatial audio systems use sensors to track the movements of the listener's head. These sensors can be incorporated into headphones or earphones, or they can be external devices that communicate with the audio output system. Dynamic Sound Adjustment: Based on the data received from the head tracking sensors, the audio output is dynamically adjusted in real-time. This means that if you turn your head to the right, the audio will adjust so that sounds originally in your front, like a barking dog, will now be heard more in your left ear, just as they would be in a real-world scenario. Enhanced Immersion: This dynamic adjustment of audio significantly enhances the immersion of the listening experience. It is particularly effective in virtual reality (VR) environments, gaming, and certain cinematic experiences, where the alignment of audio with visual and physical cues is crucial for creating a believable and immersive experience. What Is Fixed Spatial Audio? Fixed spatial audio, often considered the traditional form of spatial audio, is a type of sound reproduction that creates a multi-dimensional sound field, but it remains constant regardless of the listener's head movements. Here are some key aspects of fixed spatial audio: Static Sound Field: In fixed spatial audio, the sound field is set up in a specific way and does not change based on the listener's movements. This means if a sound is designed to come from a certain direction, it will continue to come from that direction. So, if you're watching a scene where there's a dog barking to your left, the barking sound will remain on your left side regardless of how you move or turn your head. Multidimensional Sound Placement: Despite being static, fixed spatial audio can still place sounds in a 3D space. This is achieved through techniques like binaural recording or through audio processing algorithms that simulate how sound behaves in a three-dimensional environment. Immersive Experience: Fixed spatial audio still offers a more immersive experience compared to traditional stereo sound. It can make listeners feel like they are in the middle of the action, whether that's in a movie, a game, or listening to a music track. The sense of space and directionality it provides is more advanced than what stereo sound can offer.   Difference Between Fixed and Head Tracked Spatial Audio The primary difference between fixed and head tracked spatial audio lies in how they interact with the listener's movements and their approach to creating an immersive audio experience. Below is a table to provide a clearer, side-by-side comparison of the two technologies: Aspect Fixed Spatial Audio Head Tracked Spatial Audio Sound Origin Sound remains consistent in its spatial origin, regardless of listener's movement Sound direction changes based on the listener's head position Movement Responsiveness Non-responsive to listener's head movement; sound direction stays the same Responsive to head movement; audio adjusts to mimic real-world sound orientation Technological Complexity Less complex; primarily based on a static multi-speaker setup and algorithms More complex; involves tracking technology to monitor head position Applications Movies, TV shows, video games, music – especially in a controlled environment VR, AR, gaming, and applications where user movement is integral User Experience Provides a rich, immersive sound experience with consistent audio direction Creates a highly dynamic and realistic auditory experience by adapting to user's movements Which Spatial Audio Should You Use? Choosing between spatial audio fixed vs head tracked depends on your specific needs, preferences, and the context in which you'll be using it. Here are some considerations to help determine which spatial audio is best suited for you: Fixed Spatial Audio Is Ideal for: General Home Entertainment: If you primarily consume traditional media in a home theater setting, like watching movies or listening to music, fixed spatial audio can offer a rich and immersive experience without the need for head movement tracking. Consistent Audio Field: For applications where maintaining a consistent sound field is important, such as in certain gaming environments or when using traditional stereo systems, fixed spatial audio is a good choice. Simplicity and Compatibility: Fixed spatial audio is easier to set up and more compatible with a wide range of audio equipment and media formats. You can enjoy it using a pair of soundstage headphones, which are quite common. Head Tracked Spatial Audio Is Best for: Virtual and Augmented Reality: In VR and AR experiences, where your head movements are integral to the experience, head tracked spatial audio significantly enhances immersion and realism. Interactive Gaming: For advanced gaming setups, head tracked spatial audio provides a more dynamic and engaging experience. For example, you can realistically pinpoint the locations of opponents or sounds, even if you momentarily look away, adding a strategic depth to your gaming experience. More Immersive Experiences: If you're seeking the most immersive audio experience possible, especially for content that benefits from dynamic audio perspectives, head tracked spatial audio is the way to go. For instance, if your music app supports it, you'll hear the band or musicians playing from different directions. With your eyes closed, moving your head changes these directions in a realistic manner, adding incredible depth to the music. Advanced Equipment: Head tracked spatial audio requires specific hardware, such as VR headsets or advanced headphones with tracking sensors. soundcore has harnessed this technology in the state-of-the-art spatial audio earbuds, ensuring you get the most immersive audio experience. The soundcore Liberty 4 earbuds are a game-changer in spatial audio. They feature a precise built-in gyroscope for head tracking, ensuring an immersive 360° audio experience. The ACAA™️ 3.0 Coaxial Acoustic System delivers crystal-clear sound, tailored for both music and movie modes. These earbuds also come with CloudComfort™️ ear tips for extended comfort, a heart rate sensor for health tracking, HearID personalized noise cancelling, and up to 28 hours of playtime, making them ideal for all-day use.   On the other hand, the soundcore AeroFit Pro earbuds prioritize comfort with their air-like, open-ear design and ultra-soft materials. They boast a secure fit with flexible ear hooks and an optional neckband for additional stability. The AeroFit Pro's 16.2mm oversized drivers provide robust bass, while the integration of true spatial audio and LDAC technology, along with dynamic head tracking, offers an exceptionally immersive listening experience. Additionally, these earbuds are IPX5 water-resistant, making them suitable for active users and outdoor environments.   When deciding on fixed vs head tracking spatial audio, think about your typical use cases. If your activities are generally stationary, fixed spatial audio could be sufficient, offering wide compatibility and ease of access. If you want an audio experience that changes with your movements and you're open to investing in advanced headphones, then head tracked spatial audio is for you. FAQ Now, let's address some common questions you might have about fixed vs head tracked spatial audio: Does head tracking spatial audio use more battery? Indeed, head tracking spatial audio tends to consume more battery. This increased usage is because the technology continuously utilizes sensors and advanced processing to track the user's head movements. These functions require additional power, leading to faster battery drainage compared to standard audio playback. Does spatial audio move with your head? Spatial audio can move with your head if it's head tracked spatial audio. This type of audio adjusts dynamically based on your head movements, creating an immersive and realistic listening experience. However, if it's fixed spatial audio, the sound does not change with head movements and remains static in its original direction. Conclusion As we have journeyed through the nuances of fixed vs head tracked spatial audio, it has become evident that both types of spatial audio technologies have their unique strengths and applications. Fixed spatial audio offers a consistent and immersive experience, ideal for stationary activities, while head tracked spatial audio provides a dynamic and interactive auditory journey, perfect for users engaging in motion-centric activities. The choice between fixed or head tracked spatial audio hinges on your specific listening needs and preferences. Whichever you choose, the world of spatial audio promises an exciting and immersive audio journey.

Earbuds Blog · 28/02/2024

Does Spotify Have Spatial Audio? What You Need to Know

When Apple Music introduced Spatial Audio with Dolby Atmos in June 2021, it transformed the music streaming landscape, offering its subscribers immersive three-dimensional listening experiences that transport them right into the heart of their favorite songs. Since then, many dedicated Spotify users have been asking: "Does Spotify have Spatial Audio?" In this guide, we'll explore Spotify's capabilities regarding Spatial Audio, guide you through the possibilities of enabling this feature, and recommend the best devices to fully enjoy Spatial Audio on Spotify. Let's dive in!   Does Spotify Support Spatial Audio? When it comes to whether Spotify uses Spatial Audio, you might find yourself at a crossroads. Inherently, Spotify itself does not support Spatial Audio as a feature within its platform. This revelation comes straight from the horse's mouth, with Spotify customer service affirming that Spatial Audio isn't officially baked into the app's offerings.  You might have encountered a number of user-curated playlists that are labeled as "Spatial Audio," and some tracks might even mirror those in Apple Music's "Made for Spatial Audio" lineup. But that's just a trick that some users do to gain popularity. Spotify does not verify these "Spatial Audio" playlists, and therefore, lacks native support for tracks with Spatial Audio capabilities. However, all is not lost for audiophiles like you looking to be enveloped in the layers of your favorite tracks. You can still unlock an alternative Spatial Audio experience when streaming music on Spotify. This workaround hinges on leveraging the Spatial Audio functionalities that are already integrated into many modern devices, including Apple and certain Android playback devices equipped with Dolby Atmos capabilities, coupled with headphones or speakers with built-in Spatial Audio capabilities. These technologies allow you to simulate Spatial Audio conditions for music played on Spotify. How to Enable Spatial Audio on Spotify? Given Spotify's lack of official support for Spatial Audio, enabling an immersive listening experience on Spotify requires the utilization of built-in Spatial Audio capabilities in both the playback and output devices. Here's how you can use Spatial Audio on Spotify: 1. Ensure Your Playback Device Support Spatial Audio To kickstart your journey into Spatial Audio on Spotify, first verify that the device you are using the Spotify app on are compatible with Spatial Audio technologies. For Apple users, most recent Apple devices come with built-in support for Spatial Audio. This includes the iPhone 7 and newer models, iPad Pro (both 12.9-inch starting from the 3rd generation and 11-inch models), iPad Air from the 3rd generation onwards, the 6th generation iPad, the 5th generation iPad mini, and all Mac models powered by Apple silicon. On the Android side, the story is equally promising. Many leading Android smartphones, including select models from Samsung, Motorola, and OPPO boast Dolby Atmos support. This technology is a key player in delivering Spatial Audio, offering an enriched, three-dimensional sound experience. 2. For Apple Users: Apple's compatible Spatial Audio headphones enable you to enhance two-channel tracks on Spotify with their 'Spatialize Stereo' feature. This includes the AirPods Pro (both 1st and 2nd generations), AirPods (3rd generation), AirPods Max, Beats Fit Pro, and Beats Studio Pro. The 'Spatialize Stereo' feature enhances standard stereo tracks by simulating a Spatial Audio environment, offering a more immersive listening experience even for content not specifically mixed for Spatial Audio. Here's how to use Spatial Audio on Spotify for Apple users: Enabling Spatialize Stereo on iOS Devices: Pair your Spatial Audio-compatible headphones, such as AirPods Max, with your iPhone or iPad. While streaming music on Spotify, swipe down from the top-right corner of your screen to open the Control Center. Press and hold the volume slider until additional options appear, then tap "Spatialize Stereo" to enable it for the current two-channel tracks you're listening to. Using Spatialize Stereo on Mac: Ensure your AirPods Pro or AirPods Max are connected to your Mac via Bluetooth. While playing music from Spotify, click on the AirPods icon in the menu bar at the top of your screen. From the dropdown menu, select "Spatialize Stereo" to engage a more immersive audio experience. If you're using headphones or speakers from other manufacturers that support Spatial Audio, you'll need to consult the specific instructions provided by the manufacturer. These devices may require activation through their own app or settings menu to enable spatial audio features. 3. For Android Users If you are an Android user seeking to enhance your Spotify listening experience with Spatial Audio, you can achieve this by pairing your Dolby Atmos-enabled Android devices with specialized spatial audio earbuds or speakers. Here's how to do: Connect your Spatial Audio headphones or speakers to your Android device via Bluetooth or a wired connection, depending on the capabilities of your audio equipment. Navigate to your Android device's settings to enable Dolby Atmos. This can typically be found under "Sounds and Vibration" or a similar sound settings menu. Look for the Dolby Atmos option. On some devices, this may be under "Advanced Sound Settings" or "Sound Quality and Effects." Turn on Dolby Atmos. Open the Spotify app and go to Settings by tapping on your profile icon, then the gear icon. Scroll down to "Music Quality" and select the highest available quality for streaming and downloads. Higher quality settings can enhance the Spatial Audio effect. With Dolby Atmos enabled and your device connected to your Spatial Audio-capable output device, start streaming on Spotify. You can now enjoy a more immersive listening experience with enhanced depth and space in the music. Device Recommendations for Enjoying Spatial Audio on Spotify To elevate your Spotify listening experience with Spatial Audio, soundcore has developed a range of products designed to immerse you in your music like never before, including both spatial audio speakers and earbuds. Here's how our latest offerings can transform how you listen to Spotify: soundcore Liberty 4   The soundcore Liberty 4 earbuds boast ACAA™️ 3.0 Coaxial Acoustic System, delivering crisp, clear sound that brings every note to life. With 360° immersive Spatial Audio, you can stream your favorite tracks on Spotify in a whole new dimension. The CloudComfort™️ ear tips ensure long-lasting comfort during extended listening sessions, while the all-new heart rate sensor integrates health into your daily routine seamlessly through the soundcore app. With HearID personalized active noise cancelling, you can immerse yourself in sound, tailored to your hearing profile. Plus, with up to 28 hours of playtime, your day is filled with your favorite tunes without interruption. soundcore AeroFit Pro   Experience air-like comfort with the soundcore AeroFit Pro's open-ear design, crafted from ultra-soft materials for a gentle finish that feels good as it sounds. The flexible ear hooks and detachable neckband provide a snug, secure fit, ensuring your earbuds stay in place during even the most vigorous activities. The robust bass is powered by 16.2mm oversized drivers, complemented by true Spatial Audio and LDAC technology for a deeply immersive listening experience. IPX5 water resistance with SweatGuard™️ makes them perfect for workouts or any outdoor adventures. soundcore Motion X500   The soundcore Motion X500 portable speaker is the perfect companion during any outdoor activities such as barbecues or partying at the pool. It features three drivers that deliver an excellent Spatial Audio experience that can perfectly mimic the live concert of your favorite artists. Certified for Wireless Hi-Res sound, the Motion X500 lets you hear your music with 3X more detail, offering an unparalleled listening experience. Available in three fresh finishes—Black Deluxe, Pink Punch, and Glitzy Blue—it's designed to match any style. Thanks to its easy-to-grip handle, you can easily move this four-pound speaker anywhere. It's ready to move with you, rain or shine, thanks to full IPX7 waterproof protection. soundcore Motion X600   If you're willing to invest extra for enhanced performance in spatial audio speakers, consider opting for the soundcore Motion X600. This audio device features five drivers and five amplifiers that deliver the spatial sound experience that will capture even the nod of audiophiles. The 50W output fills any space with rich, life-like audio, making it ideal for parties or personal enjoyment. Lightweight and portable, it's easy to bring immersive music anywhere. With 12 hours of playtime and IPX7 waterproofing, the Motion X600 is as durable as it is dynamic. FAQ Does Spatial Audio work with Spotify? While Spotify does not officially support Spatial Audio on its platform, there are a few workarounds you could try. You can experience a form of Spatial Audio on Spotify by leveraging the Spatial Audio features built into compatible devices and headphones. For example, Apple users can utilize the Spatialize Stereo feature on compatible AirPods or Beats headphones to simulate spatial audio with Spotify tracks. What is the highest quality audio on Spotify? The highest quality audio available on Spotify is offered through its "Very High" quality setting, which streams music at 320 kbps (kilobits per second). This setting is available to Spotify Premium subscribers and provides a significantly better listening experience by delivering more detail and clarity in the music compared to lower quality settings. Conclusion As we've explored, the answer to the question "Does Spotify have Spatial Audio?" is not straightforward. While Spotify doesn't fully support Spatial Audio officially, there are workarounds to enhance the experience on compatible devices. You can access Spatial Audio on Spotify through various compatible headphones or speakers on both Apple and Android devices. With the right setup, you can significantly enhance your listening experience on Spotify, though it may not match the quality of Spatial Audio on Apple Music.

Earbuds Blog · 28/02/2024

Solving Spatial Audio Not Available on Mac: A Step-by-Step Guide

Since its debut in the fall of 2020, Apple's Spatial Audio has captivated and amazed its users, offering an unparalleled auditory experience that elevates media playback into an immersive three-dimensional soundscape. Yet, amidst the widespread acclaim, a recurring question arises among some Mac users: "Why is my Spatial Audio not available?" Frustrating as it may seem, there's a silver lining. This guide aims to demystify the reasons behind this issue of Spatial Audio not available on Mac and explore a variety of troubleshooting steps that promise a solution. Let's navigate through the complexities and reclaim the immersive sound experience you deserve!   Why is Spatial Audio Not Available on Mac? Discovering Spatial Audio not working on your Mac can be rather perplexing and frustrating. The reasons for this issue can vary widely, ranging from hardware limitations to software settings. Let's delve into the most common factors why Spatial Audio is not available: 1. Your Mac does not support Spatial Audio Apple Spatial Audio is exclusive to Mac models powered by Apple silicon. Macs without an M1, M2, or M3 chip are not equipped with the specific processing capabilities Spatial Audio required. Apple silicon Mac models include: MacBook Pro (2020 and later) MacBook Air (2020 and later) Mac Mini (2020 and later) iMac (2021and later) Mac Studio (2022 and later) To identify your Mac model, click on the Apple logo in the top left corner of your screen. Select "About This Mac" from the dropdown menu. A window will open showing your Mac's overview, including its model name and year. 2. Your macOS Is Not Updated Another critical aspect to consider is the software version your Mac is running on. For Spatial Audio to function smoothly, your Mac needs to be updated to the latest version of macOS (Ventura, Monterey, Sonoma, or later). This ensures that all necessary drivers and support files for Spatial Audio are installed and up to date. 3. The Platform You Are Using Is Not Supported Not all applications support Spatial Audio. While Apple's own services like Apple Music and Apple TV+ offer content with Spatial Audio, third-party applications may not. While many streaming services like Netflix, Hulu, Disney+, Discovery+ do support Apple Spatial Audio, other popular apps like YouTube, Amazon Prime, or Spotify do not. 4. Your Earphone Is Not Compatible If you are using headphones or earbuds on your Mac, they need to be compatible and equipped with specific tracking sensors for the full Spatial Audio feature with dynamic head tracking. Apple's own AirPods Pro (1st and 2nd generation), AirPods Max, and AirPods (3rd generation), along with certain Beats models, are designed to support this technology out of the box. Many third-party spatial audio earbuds also come with the necessary built-in gyroscopes and accelerometers to harness the power of the dynamic head tracking feature. Therefore, if your audio gear is not compatible or lacks these sensors, you might find Apple Spatial Audio not fully available. 5. Specific Settings Are Disabled The magic of Apple Music's Spatial Audio is powered by Dolby Atmos technology. Hence, if the Dolby Atmos option is disabled on your Mac, it might cause Spatial Audio not playing. Additionally, for the full immersive experience, especially utilizing the dynamic head tracking feature, it's essential to ensure that the head tracking setting is activated for your earbuds.   How to Fix Spatial Audio Not Available on Mac? Now that you understand the potential causes of Spatial Audio not available on your Mac, let's delve into what you can do to solve this issue, provided your Mac is compatible: 1. Update Your macOS Keeping your macOS up to date is crucial for compatibility with Spatial Audio. Here's how to update it: Click on the Apple logo at the top left corner of your screen and select "About This Mac." In the window that opens, go to the "Software Update" section. Your Mac will automatically check for updates. If an update is available, click "Update Now" or "Upgrade Now" to start the installation process. If your Mac is already up to date, it will display "Your Mac is up to date." 2. Enable Dolby Atmos Settings Dolby Atmos is a prerequisite for Apple Spatial Audio. Here's how to make sure it's enabled: Open Apple Music on your Mac. In the menu bar at the top of your screen, go to Music > Preferences. Click the "Playback" tab. Look for the "Audio Quality" section and check the box next to "Dolby Atmos" to enable it. You can choose "Automatic" for the best experience based on your headphones or earbuds. 3. Use Compatible Earbuds To fully experience Apple Spatial Audio, you must use compatible earbuds or headphones equipped with gyroscopes and accelerometers for head tracking. Verify that your AirPods models are compatible with Spatial Audio. If you are using third-party earbuds, check the manufacturer's specifications to confirm compatibility. At soundcore, we present cutting-edge earbuds with built-in tracking sensors to seamlessly integrate with Apple Spatial Audio for an unparalleled listening experience. Our soundcore Liberty 4 delivers unmatched audio clarity with its ACAA™️ 3.0 Coaxial Acoustic System, enveloping you in 360° spatial sound for both music and movies. The CloudComfort™️ ear tips ensure comfort for hours, while the innovative heart rate sensor and HearID personalized noise cancelling enhance your listening experience. With up to 28 hours of playtime, they're ideal for day-long enjoyment. Our soundcore AeroFit Pro offers unparalleled comfort with its open-ear design and ultra-soft materials. The flexible ear hooks and detachable neckband provide a secure fit, while the 16.2mm drivers bring powerful bass. True spatial audio with dynamic head tracking and LDAC technology support creates a moving audio experience. Water-resistant and equipped with SweatGuard™️, they're perfect for active users.   4. Enable Head Tracking Settings For an immersive Spatial Audio experience with dynamic head tracking, ensure this feature is enabled: For AirPods: Click on the Control Center in the top-right corner of your screen. Click on "Sound" from the dropdown menu to open the sound options. Next to your AirPods' name, click on the down arrow to expand the options. Under the "Spatial Audio" section, make sure the "Head Tracked" option is selected. For Other Compatible Earbuds: Refer to the manufacturer's instructions for enabling head tracking, as the steps may vary depending on the product. FAQ Can MacBook Air M1 play Spatial Audio? Yes, the MacBook Air M1 can play Spatial Audio. This feature is supported on Mac models equipped with Apple silicon, including the M1 MacBook Air. To enjoy Spatial Audio, you can play it using the built-in speaker of your MacBook Air M1 or use compatible headphones or earbuds. Ensure your macOS is up to date and the content you're playing supports Spatial Audio. How to turn on Head Tracking Spatial Audio on Mac? To enable Head Tracking Spatial Audio on your Mac, follow these steps: Ensure that your Mac is running on the latest macOS. Connect your compatible headphones or earbuds (e.g., AirPods Pro, AirPods Max) to your Mac. Click on the AirPods icon located in the menu bar at the top of your screen. In the dropdown menu that appears, locate the "Spatial Audio" section. Below it, click on "Head Tracked" to turn on Spatial Audio with head tracking. Conclusion Understanding the root causes of "Why is my spatial audio not working?" paves the way for effective troubleshooting and resolution. Whether it's addressing compatibility issues, updating software, or tweaking settings, there's usually a path to reclaiming the immersive sound experience that spatial audio promises. Armed with the knowledge and solutions to spatial audio not available provided, you're now better equipped to enhance your Mac's audio setup, ensuring every note, every sound, and every beat is experienced in its fullest, most enveloping form.

Earbuds Blog · 14/03/2024

Spatial Audio vs Dolby Atmos: What's the Difference?

Spatial Audio and Dolby Atmos have recently become the focal point of discussions among audiophiles and tech enthusiasts alike. These audio technologies promise to transform the way we experience sound, enveloping us in a more immersive auditory landscape than ever before. But what exactly are these technologies, and how do they differ from one another? Moreover, is one superior to the other? This guide delves into the intricacies of Spatial Audio vs Dolby Atmos, dissecting their definitions, differences, and determining which technology might hold the edge in enhancing our listening experience. Let's dive in!   What is Spatial Audio? Spatial audio is an advanced sound technology designed to create a more immersive 360-degree audio experience that mimics the way we perceive sounds in the real world. Unlike traditional stereo sound, which is limited to a left and right channel, Spatial Audio introduces the element of space into the listening experience, allowing sounds to be perceived as coming from above, below, and all around the listener. Spatial Audio achieves this immersive effect by leveraging advanced audio techniques such as binaural recording, which employs two microphones to capture sound just as it would be heard by the human ears, and object-based audio coding, which allows sound engineers to manipulate the placement and movement of sounds within a 3D space. This technology is often used in various applications, including movies, music, video games, and virtual reality (VR) experiences, to enhance the realism and immersion of the audio. It also features head tracking in some devices with built-in motion sensors, such as headphones or earbuds, to adjust the audio in real-time based on the listener's orientation and movements, further enhancing the sense of presence and immersion. What is Dolby Atmos? At its core, Dolby Atmos is an innovative audio format that enables sound designers and engineers to place and move individual sounds anywhere in a room, including overhead, with astonishing precision, thereby enveloping the listener in a more immersive and realistic sound environment. Introduced by Dolby Laboratories, Dolby Atmos extends beyond the traditional 5.1 and 7.1 surround sound setups by incorporating height channels. These additional channels allow sound to be perceived as coming from above, adding a vertical dimension to the listening experience that was previously unattainable with conventional systems. Dolby Atmos technology is powered by a sophisticated audio rendering engine that transforms traditional channel-based audio into a dynamic object-based soundscape. In this context, "objects" refer to individual sounds, such as a helicopter flying overhead or raindrops hitting the ground, which can be independently controlled and placed within the three-dimensional space. The versatility of Dolby Atmos extends its application beyond cinema to home entertainment, gaming, and even mobile devices. With the advent of Atmos-enabled soundbars, home theater receivers, TV speakers, the immersive sound experience once limited to high-end theaters is now accessible in the comfort of one's living room. For gamers, Dolby Atmos offers a competitive edge by improving spatial awareness, allowing players to detect the direction of footsteps, gunfire, and other in-game sounds with greater accuracy. Meanwhile, smartphones and laptops equipped with Dolby Atmos technology deliver a more expansive and immersive audio experience, even through headphones.   Difference Between Spatial Audio and Dolby Atmos While Spatial Audio and Dolby Atmos are both designed to enhance the listening experience by creating immersive, three-dimensional soundscapes, they differ in technology, compatibility, equipment requirements, and user experiences. Let's compare Dolby Atmos vs Spatial Audio in detail: Technological Foundations Spatial Audio: Spatial Audio is a broad term that encompasses various technologies aimed at creating a three-dimensional sound environment. It is not tied to a specific format or brand; instead, it represents an overarching principle applied across multiple platforms and devices, including virtual reality (VR) equipment, headphones, and home audio systems. Dolby Atmos: Dolby Atmos on the other hand, is a specific type of audio format developed by Dolby Laboratories. It is an object-based audio technology that allows individual audio objects to be precisely positioned and moved in three-dimensional space, including the vertical axis to create an enveloping sound atmosphere. Content and Compatibility Spatial Audio: Spatial Audio can be applied to a wide range of audio content, enhancing stereo signals to give them a three-dimensional quality without the need for the content to be specifically mixed for Spatial Audio. This makes Spatial Audio a versatile option for upgrading the audio experience across diverse media. Dolby Atmos: Dolby Atmos content, however, needs to be specifically mixed and encoded for the format to take advantage of the object-based sound placement. This means that while the selection of movies, games, and music available in Dolby Atmos is growing, it is more limited compared to content that can benefit from Spatial Audio processing. Audio Equipment Requirements Spatial Audio: Spatial Audio is designed to be highly adaptable, working across a range of devices from high-end headphones and single-unit spatial audio speakers like our soundcore Motion X500 to standard earbuds and built-in smartphones, tablets, and computers speakers. The technology's versatility is one of its strongest suits, making Spatial Audio accessible to a wide audience. Dolby Atmos: In contrast, Dolby Atmos demands a more specialized setup to achieve its hallmark immersive sound. This includes Atmos-enabled speakers that can project sound vertically, AV receivers that decode Dolby Atmos content, and streaming devices that can support Dolby Atmos for digital content playback. User Experience Spatial Audio: Spatial Audio aims to create a natural and immersive sound experience, regardless of the listener's environment. It is particularly effective in personal listening scenarios, such as with spatial audio earbuds that support head tracking, providing a highly immersive experience as if the sound is coming from all around the listener, even in a two-dimensional plane. Dolby Atmos: Dolby Atmos, while also immersive, is more focused on creating a detailed and dynamic soundscape in controlled environments like home theaters and cinemas. It excels in placing discrete sound objects in a three-dimensional field, making it ideal for film and gaming, where precision in sound placement can greatly enhance the narrative and immersive experience. In essence, while both aim to envelop the listener in sound, Spatial Audio offers flexibility and broad application, making it suitable for personal listening through specialized spatial audio speakers, headphones, and mobile devices. Dolby Atmos emphasizes a more immersive, cinema-like experience with specific requirements for both content and audio equipment.   Is Spatial Audio Better Than Dolby Atmos? The question of whether Spatial Audio or Dolby Atmos is better is not one of superiority, but rather of suitability—each technology excels in different aspects and caters to various preferences and scenarios. The choice between Spatial Audio and Dolby Atmos ultimately hinges on what you value most in your auditory experiences: Spatial Audio for Personal and On-the-Go Listening Spatial Audio is often praised for its adaptability and the personalized auditory experience it offers, especially with earbuds that support head tracking technology, like our soundcore Liberty 4. This technology is ideal for users who consume content across a variety of devices, including smartphones, tablets, and laptops, and seek an immersive experience without the need for a multi-speaker setup.   Dolby Atmos for Cinematic and Home Theater Enthusiasts Dolby Atmos, with its object-based sound and height channels, is unparalleled in creating an enveloping, cinema-like experience in compatible home theaters and cinemas. It excels in environments where precision in sound placement enhances the narrative—such as in movies, TV shows, and gaming. If your primary consumption of audio content is through movies and home cinema, and you have or plan to invest in an Atmos-compatible speaker system, Dolby Atmos is likely the better choice. FAQ Is Dolby Atmos and Spatial Audio the same? No, Dolby Atmos and Spatial Audio are related but distinct audio technologies. Dolby Atmos is a specific technology developed by Dolby Laboratories that adds height channels to traditional surround sound, creating a three-dimensional audio experience. Spatial Audio, however, refers more broadly to any technology that simulates 3D soundscapes, including Apple's implementation that enhances Dolby Atmos content for a more immersive experience. What is required for Dolby Atmos? To experience Dolby Atmos, you need content mixed in Dolby Atmos format, a playback device (like a smartphone, computer, or AV receiver) that supports Atmos decoding, and an appropriate audio system. This system can be an Atmos-enabled soundbar or speaker system, an AV receiver with overhead speakers, or even Atmos-supported headphones. Additionally, specific software or streaming apps capable of Dolby Atmos playback are necessary. Is Spatial Audio like 3D audio? Yes, spatial audio is similar to 3D audio. Both terms describe audio technologies designed to create a more immersive listening experience by simulating sound in three-dimensional space. This means that sounds can be perceived as coming from any direction around the listener, including above and below, which enhances the realism of movies, music, and video games. Conclusion Navigating the complex terrain of audio technology, particularly when comparing Spatial Audio vs Dolby Atmos, reveals a landscape rich with innovation and potential. Throughout this exploration, we've uncovered the essence of what makes each technology unique and their distinct differences. While Spatial Audio offers a more adaptable and device-agnostic approach, Dolby Atmos stands out for its precise sound object placement. The question of whether Spatial Audio is better than Dolby Atmos doesn't have a one-size-fits-all answer; it largely depends on your specific use cases and preferences. By staying informed and open to experiencing both technologies, you can find the perfect auditory experience that suits your personal taste and lifestyle.