#3dsound

Sonokinetic – Chime: A Journey Through Time with Antique Bells

In the pursuit of creating the perfect chime collection, we embarked on a magical mystery tour, sourcing authentic antiques to bring you Sonokinetic – Chime. We didn’t want just any bells—we aimed for the resonance of history itself. Our journey led us to remastered hand-cast replicas of original clock bells from 17th and 18th century clocks. These bells were not mass-produced; they were individually crafted, preserving the craftsmanship and character of antique timepieces.

This collection features chime bells from iconic clock styles: Dutch Amsterdam Standing clocks, French Pendules, Comtoises, Dutch Grandfather clocks, Bracket clocks, Carriage clocks, and large watch bells. These bells offer a sound steeped in history, crafted from a unique alloy of silver and bronze, and hand-tuned to preserve the vintage character. The resulting tones are rich, full, and distinct—far surpassing the usual orchestral bell tree instruments.

A Unique Sound of Vintage Clarity

The bells in Sonokinetic – Chime each possess a unique voice. Their clarity is remarkable, standing apart from traditional factory-made bells. We chose to remaster these bells to maintain their vintage charm, making them the perfect addition to any cinematic score. Their timeless, resonant tones are ideal for creating both ethereal moments and bold statements in your compositions. Every chime echoes with the authenticity of centuries-old craftsmanship.

Each bell was carefully selected to bring forth the rich tonal palette that makes the Chime collection so special. The variety of sizes and tonal qualities of these bells offers a wide array of possibilities, from delicate and soft to loud and triumphant, allowing you to compose with depth and versatility. These bells resonate with an unmatched beauty that is sure to enrich any project, whether it be film scoring, sound design, or music production.

The Four-Part Bells Collection

The Sonokinetic – Chime library is part of a comprehensive bells collection that includes four distinct libraries: Bowls, Carillon, Chime, and Sleigh Bells 2. These libraries shine in unison, each offering a unique tonal flavor, yet combining effortlessly to form one cohesive musical voice. The wide variety of bells in this collection offers endless compositional possibilities, ensuring that every piece you create will be filled with a distinct, authentic atmosphere.

The Chime library, in particular, focuses on the rich tonal characteristics of the chime bells, offering everything from delicate glimmers to bold, resonating strikes. Paired with the other libraries in the collection, it provides the perfect contrast of sound, helping to elevate your compositions to new heights.

Capturing History with the AMS Microphone Array

To achieve the purest representation of these bells, we employed our innovative Aligned Microphone Setup (AMS), a bespoke and standardized microphone array designed to capture every detail of these bells in perfect clarity. The AMS allows us to capture instruments with unparalleled precision, providing every subtle detail of their resonant tones.

Our recording space was designed with minimal reflection, ensuring that we captured the bells' full spectrum of sound without interference from unwanted acoustics. The AMS setup includes a mix of small diaphragm condensers, high-end open cardioid microphones, and large diaphragm condensers, alongside a binaural head in the center of the array. This binaural setup is perfect for creating immersive, 3D audio experiences, making it an ideal choice for composers working on surround sound or immersive video game scores.

Versatility and Musical Magic

The versatility of Sonokinetic – Chime shines through in the demos created by our talented composers, who drew inspiration from this library to create some of their best cues. The bells’ musicality is truly magical, and the library's extensive sound palette allows for a range of compositions, from subtle background textures to grand, heroic statements.

With this collection, you can easily incorporate these unique bell sounds into your projects, creating scores that are filled with history and rich tonal depth. Whether you’re composing a cinematic score, working on a game soundtrack, or crafting ambient sound design, Sonokinetic – Chime brings a timeless and magical dimension to your work.

Conclusion

Sonokinetic – Chime isn’t just a library; it’s a collection of bells that hold stories from centuries past, now available to enhance your musical creations. With its rich variety of sounds and detailed recording quality, this library is perfect for composers who seek to infuse their projects with a sense of elegance and history.

Don’t miss the opportunity to explore the beautiful and distinctive tones of Sonokinetic – Chime, and discover how these antique bells can bring your compositions to life.

Have you ever looked at your installed software or system programs and noticed something called OpenAL? You might have been asking yourself, "What is OpenAL, and do I need it?" Here in this article, we will tell you all there is to know about OpenAL, its purpose on your computer, if it's safe, and if you can remove it. 

What is OpenAL?

OpenAL is an abbreviation for Open Audio Library, a cross-platform audio API (Application Programming Interface) used for the rendering of multichannel three-dimensional positional audio. It was authored by Loki Software and then continued to be supported by Creative Labs, the same entity responsible for Sound Blaster sound cards.

The API has the same idea as OpenGL (Open Graphics Library), but for rendering graphics. Although OpenGL is concentrated on graphics, OpenAL is concentrated on 3D audio, particularly in 3D environments such as video games or simulations.

Simply put, OpenAL gives realistic sound experiences through emulating how a sound behaves in three-dimensional space. It enables programmers to define how sound propagates from various directions, how it reflects off surfaces, and how it varies based on listener movement, contributing to realism in a game or program.

Why Is OpenAL Installed on My Computer?

Now that we’ve answered "What is OpenAL?", the next logical question is, Why is it on my system?

You might not remember installing it yourself, and that’s perfectly normal. OpenAL typically gets installed automatically alongside certain games, multimedia applications, or drivers that use it for audio rendering.

Some common scenarios include:

PC Games: Titles that use 3D audio may bundle OpenAL with the game installer.

Sound Card Drivers: Especially those from Realtek or Creative Labs will include OpenAL as part of their driver package.

Software Suites: Certain multimedia editing software and simulation games have OpenAL available for their advanced sound playback.

Basically, if an application relies on OpenAL for sound capabilities, it will automatically install it, usually without prompting, since it's considered a runtime dependency.

Is OpenAL a Virus or Malware?

Not at all. OpenAL is not a virus, malware, or malicious software of any kind. It's an authentic audio API utilised by programmers to improve the audio performance and experience.

Since OpenAL tends to appear without user-initiated installation, some users may mistakenly think it's suspicious. But you don't have to worry—it's a safe and stable component created and supported by reputable companies.

If you're still in doubt, you can scan for security using your antivirus or anti-malware software, but OpenAL itself doesn't have any inherent danger.

What Does OpenAL Do?

Let's dive deeper into what it can do. OpenAL supports precise simulation of 3D audio, which makes it perfect for:

Video Games: Sound effects such as footsteps, shots, and ambient sounds can seem like they're coming from certain directions and distances.

Virtual Reality (VR): Precise audio positioning adds to the sense of immersion.

Simulations and Training Software: Realistic sound placement aids in the creation of realistic situations.

Multimedia Editing: In certain situations, editing tools might utilise OpenAL for 3D audio track rendering or previewing.

OpenAL uses a listener-source model. Think of the "listener" as your ears (the player), and "sources" as the various sounds in a game environment. OpenAL then calculates how those sounds should be heard based on position, movement, and acoustics.

OpenAL Versions and Compatibility

OpenAL is designed to be cross-platform, meaning it works on Windows, macOS, and Linux systems. There are different versions and implementations, including:

OpenAL Soft: A widely used open-source version of OpenAL, frequently employed as a drop-in replacement for the original.

Creative Lab's OpenAL: The closed-source edition is occasionally included with sound cards.

Most current systems or games utilise OpenAL Soft nowadays because of its continuing development and support for new systems.

OpenAL and Gaming: Does It Enhance Performance?

In games, OpenAL doesn't accelerate system performance itself, but plays its role in sound quality and immersion. You may not get additional FPS (frames per second), but:

Sound will be more natural-sounding and responsive.

Directional audio cues will be more precise, particularly in 3D environments or first-person shooters.

Hardware acceleration (in certain sound cards) can transfer audio processing from the CPU.

So while OpenAL isn't a performance enhancer in the classical sense, it is a boost to your audio experience, and that can be a vital part of gameplay.

Should I Remove OpenAL?

This is one of the most popular questions you will get after finding OpenAL installed on your machines. The short response? In most instances, no, you don't need to remove it.

If you're gaming in 3D, playing virtual reality software, or launching any program that provides surround sound, OpenAL is probably necessary to make those applications function properly. Even if you don't know whether a program employs it, uninstalling OpenAL may cause problems with sound to behave unexpectedly or for applications to crash when you play games or multimedia software.

Alternatively, if you've completely removed old games or software from your system and you're certain that nothing you're using relies upon it, you can remove OpenAL. To be honest, though, the software is small—usually under 10 MB—and won't affect system performance or storage in any significant way. So, unless you're purposefully seeking to clear space of unwanted software, there's no advantage in getting rid of it.

In summary, if you haven't had any issues, it's best to leave OpenAL alone. It's harmless, lightweight, and can still be needed by some programs that you utilise today, or perhaps use in the future.

Can I Reinstall OpenAL?

Yes! If you uninstall OpenAL and subsequently discover that a program or game requires it, you can simply reinstall it.

Here's how:

Have the game or app reinstall itself—most will ask or do so quietly at launch.

Manually download it from reputable sources such as the OpenAL website or through Steam/driver packages.

OpenAL alternatives

While OpenAL is prevalent, there are other audio APIs:

FMOD – Used frequently in indie and AAA titles for more complex audio.

Wwise – A professional, highly customizable audio engine.

DirectSound / XAudio2 – Microsoft's closed-source audio libraries.

These alternatives can be employed at the whim of the developer, but a lot of older and even some modern games still make use of OpenAL for certain audio functionality.

Conclusion: Is OpenAL Worth Keeping?

Let's summarise:

What is OpenAL? It's an API for cross-platform delivery of 3D audio in games and software.

Why is it on your system? Installed with games or drivers that need it.

Is it safe? Yes, 100%.

Does it do any good? For supported games and applications, yes—it enhances audio immersion. 

Should you uninstall it? Only if you are certain you don't need it, and you're trying to eliminate unnecessary programs. Even then, its effect is minimal.