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Noise-cancelling headphones are becoming more popular, but audiologists are concerned about their impact on the development of listening skills in young people. Prolonged use may hinder the brain's ability to process real-world sounds, potentially contributing to auditory processing disorders (APD), especially in those who have no hearing loss but struggle with sound processing.

Could this constant "tuning out" be making it harder for young brains to tune in when it matters?

Audio compression is a key technology in shaping sound. It balances dynamics by gently raising quiet sounds while preventing loud ones from overwhelming listeners. This process is essential in music, communication, and modern technology, ensuring clarity and impact. However, when overused, it can strip away the natural nuances of sound, creating an unnatural, overly loud effect.

Sound shapes our world in ways we rarely notice. Behind every crisp podcast, every electrifying guitar solo, and every clear phone conversation lies a technological marvel: audio compression.

Howard Davis, an 87-year-old retired attorney, petitioned for NYC restaurants to post their decibel levels, citing the overwhelming noise that makes dining out a challenge. With some restaurants reaching 90 decibels, equivalent to a motorcycle passing by, Davis emphasizes transparency, allowing diners to make informed choices. Apps like SoundPrint are also tracking noise levels in restaurants to improve dining experiences and conversations.

A story caught our eye about a recent petition to make decibel levels in New York City eateries public.

Sound plays a crucial role in how we work, communicate, and experience the world. Whether it’s improving speech privacy in a bustling office, enhancing directional audio for exhibits, or delivering crystal-clear communication in remote meetings, we specialise in solutions that make every space work better.

Sound plays a crucial role in how we work, communicate, and experience the world. Whether it’s improving speech privacy in a bustling office, enhancing directional audio for exhibits, or delivering crystal-clear communication in remote meetings, we specialise in solutions that make every space work better.

An office space equipped with a sound masking system designed to reduce distractions. The system helps to balance the signal-to-noise ratio, blending ambient background sounds with conversations to improve focus and productivity in open-plan environments. The solution transforms the office environment into a more comfortable and less distracting space, similar to the pleasant background hum of a café.

Imagine trying to read a book in a bustling café. You settle in, expecting the usual background hum of sounds – faint clinking dishes, muted voices, coffee machines whirring. Ambient noises that can enhance the experience, in a cosy kind of way.

An office space equipped with a combination of absorption and sound masking techniques to improve focus and reduce distractions. Absorption methods like acoustic ceiling tiles, fabric-wrapped panels, and carpeting help control noise, while sound masking systems blend unobtrusive background sound to improve speech intelligibility and privacy. The environment is designed to support both collaborative communication and focused work in a modern, open-plan office.

When it comes to managing sound in workspaces, two primary methods have long been employed: absorption and blocking.

Illustration showing a loudspeaker's direct sound and off-axis sound dispersion, highlighting how sound clarity changes as you move away from the center of the speaker's output.

Loudspeaker companies love throwing around impressive dispersion specs and angles in their marketing. But getting wide sound dispersion right is a lot trickier than their sales pitches may make it seem.

An office environment with adaptive sound masking technology in use, showing employees focused and working efficiently amidst typical office distractions like ringing phones and loud conversations.

Ringing phones, loud conversations, crunchy snack time – is it any wonder focus and creativity aren’t free flowing in today's open office spaces?

A hydrophone sensor integrated into an environmental monitoring system, capturing underwater noise levels in real-time alongside other environmental data like airborne noise, ground vibrations, and weather conditions.

Ready for a powerful new addition to your environmental monitoring toolkit? Due to popular demand, Soft dB is introducing a powerful hydrophone sensor for measuring underwater noise levels.

Different audio solutions tailored for various environments, such as concert venues, boardrooms, and restaurants, emphasizing the importance of specialised performance over one-size-fits-all products.

You wouldn't wear one pair of shoes for every occasion. Running, hiking, formal events, and everything in between.

The difference between loud but unclear speech and optimized speech clarity, highlighting the importance of speaker quality and room acoustics in improving communication during calls and video conferences

You're on an important call, but the person on the other end sounds muffled and unclear. Your first instinct? Crank up the volume! That’s what we do to hear better, after all.

Behind-the-scenes photo of a project manager overseeing an installation, demonstrating the coordination, planning, and attention to detail involved in executing successful delivery and setup projects.

Having done this work for 25 years now – we understand how nerve-wracking installation projects can be for companies. Lots of moving parts, tricky logistics, tight timelines…

Image of a sleek, modern speaker designed for clear audio delivery in various settings, such as retail stores or offices, offering unobtrusive, high-quality sound performance.

As consumers grow accustomed to personalised, on-demand shopping experiences, directional audio presents unlimited potential.

Image of a sound masking system in an office, designed to improve speech privacy and reduce distractions, creating an optimal acoustic environment for focused work and confidential conversations.

Protecting speech privacy is essential for businesses handling confidential data. Without proper acoustic treatment, sensitive information can easily be overheard, leading to uncomfortable or even dangerous situations.

An immersive sound installation in the Turbine Hall at Tate Modern, featuring multiple electrostatic and dome speakers strategically placed to create a unique auditory experience for visitors, as part of Bruce Nauman's Raw Materials exhibit.

As footsteps echo through the vast emptiness of the Turbine Hall, a soundscape comes to life. Spoken word compositions reverberate from all directions, blurring into a mesmerising artistic experience.

A group of professionals gathered around a meeting desk in an office, engaged in discussion, with thoughtful acoustics and sound design helping to create a focused, productive environment by reducing distracting background noise.

SNR is the audible difference between the sounds you want to hear (the main signal) and those you don't (background noise). It's the ace up any audio engineer's sleeve for capturing flawless recordings and performances.

People engaged in a video conference call, with multiple individuals displayed on a screen in a grid layout, while a participant speaks into their microphone. The image highlights the virtual meeting environment where people connect for discussions, with a focus on a more natural and comfortable video call experience.

Video calls are our lifeline to coworkers, friends, and family. But have you ever ended a long Zoom chat feeling drained, your ears ringing? Those video platforms might be the real loudmouths.

Roderick Mackenzie, an acoustics expert from Canada, standing in front of a presentation screen at a conference, discussing adaptive sound masking systems in open-plan offices. The image emphasizes his role as the deputy director of acoustical consulting at Soft dB Canada, showcasing his expertise in acoustics.

Roderick Mackenzie, an acoustics expert from Canada, will be coming to the UK in October to present at the Acoustics Conference 2023 in Winchester. His presentation titled "The Use of Adaptive Sound Masking Systems in Open Plan Offices" will take place on Tuesday afternoon, October 17th.

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