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EarFun Free Pro 3 Snapdragon Sound ANC wireless earbuds

EarFun Free Pro 3 Snapdragon Sound ANC wireless earbuds

The Free Pro 3 ANC wireless earbuds are among the first to integrate the Snapdragon Sound Certification with Hi-Res audio capabilities. At the heart of the Free Pro 3 lies the Qualcomm QCC3072 SoC, which ensures stable connectivity and superior audio performance via Bluetooth 5.3. This chipset is a powerhouse, incorporating the latest in audio technology, such as the Low-Energy Audio protocol and aptX Adaptive technology. These features work in tandem to provide efficient, high-quality sound with minimal latency, which is crucial for both music enthusiasts and professionals alike.

For those seeking an immersive audio experience, the Free Pro 3 earbuds come equipped with QuietSmart 2.0 active noise cancellation technology. This technology can reduce noise by up to 43dB, allowing users to immerse themselves in their music or calls without the distraction of external noise. Furthermore, the earbuds boast a 6-mic cVc call noise-reduction system, ensuring that your voice is transmitted clearly, even in noisy environments.

When it comes to battery life, the Free Pro 3 earbuds excel with up to 33 hours of playtime. They also offer the convenience of both USB-C and wireless charging, catering to the needs of users who are always on the go. Durability is also a key feature, with an IPX5 rating that protects the earbuds from water and sweat, making them an ideal choice for fitness enthusiasts and outdoor activities.

EarFun Free Pro 3

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The multipoint connectivity feature is a boon for those who juggle multiple devices. It allows users to switch between a smartphone, tablet, or laptop seamlessly, without the need to disconnect and reconnect each time. This feature is particularly useful for professionals who need to stay connected across various platforms throughout their day.

Customization is readily available through the EarFun Audio app, which offers a 10-band equalizer and noise-canceling mode adjustments. This allows users to tailor their listening experience to their personal taste, whether they prefer a bass-heavy sound for their workouts or a balanced profile for enjoying a wide range of music genres.

ANC wireless earbuds

Comfort has not been neglected in the design of the Free Pro 3 earbuds. They are crafted with an ergonomic shape and come with a variety of ear tip and hook sizes to ensure a snug and comfortable fit for any user. Gamers, in particular, will appreciate the low latency Game Mode and the Dual 7 mm Wool Composite Drivers that deliver an engaging gaming experience with clear and detailed sound.

The EarFun Free Pro 3 earbuds are a comprehensive package that combines cutting-edge audio technology with user-centric features. They set a new standard for wireless earbuds, offering a versatile and high-quality audio experience that appeals to a wide range of users, from music aficionados to gamers, to those who need reliable earbuds for everyday use. With these earbuds, EarFun demonstrates their commitment to pushing the boundaries of what wireless audio devices can achieve, providing users with an exceptional sound experience that meets the demands of modern life.

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Cypress silicon speaker reinvents how humans experience sound

New Cypress silicon speaker reinvents how humans experience sound

xMEMS Labs manufacturers and designers of solid-state, all-silicon micro speakers has this week announced a breakthrough in sound reproduction, changing the way true wireless stereo (TWS) earbuds create ultra high-quality, high-resolution sound experiences across all audio frequencies. The MEMS speaker, Cypress is set to redefine the audio quality of true wireless stereo (TWS) earbuds, offering an audio experience that surpasses traditional moving-coil sound reproduction techniques.

The Cypress speaker is a marvel of modern engineering, with its core technology being the ingenious application of ultrasonic amplitude modulation for sound production. This innovative approach marks a significant shift from conventional methods, ensuring high-fidelity sound across all frequencies. The result is an audio output that is not only louder but also sharper, particularly in the low-frequency response, a critical factor for active noise canceling (ANC) earbuds.

Built on a reliable MEMS platform, the Cypress speaker exemplifies quality and consistency in production. This platform, in conjunction with the speaker’s solid-state design, offers numerous advantages over traditional moving-coil speakers. These include a faster response, near-zero phase shift, and superior spatial imaging accuracy. These characteristics contribute to a more precise and immersive sound reproduction, enhancing the overall audio experience for the listener.

Features of the new Cypress solid-state MEMS speaker

– Cypress uses ultrasonic amplitude modulation for sound production, enhancing audio fidelity.
– The technology is more efficient than legacy coil speakers, providing high-resolution audio.
– It is based on a proven MEMS platform, ensuring quality and uniformity in production.
– The speaker offers numerous benefits over traditional designs, including faster response, near-zero phase shift, and superior spatial imaging accuracy.
– Cypress is non-magnetic, reducing weight and electromagnetic interference.
– The speaker’s design allows for stronger bass comparable to larger coil speakers.
– It is particularly advantageous for ANC performance, with potential for wider bandwidth and reduced DSP complexity.
– Cypress prototypes are currently available to select customers, with mass production expected in late 2024.

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One of the unique features of the Cypress speaker is its non-magnetic design. This design element not only reduces the weight of the earbuds but also minimizes the potential for electromagnetic interference, a common issue with traditional speakers. Moreover, the non-magnetic design allows for stronger bass production, comparable to that of larger coil speakers, without the need for additional weight or size.

The design of the Cypress speaker is particularly advantageous for ANC performance. It offers the potential for a wider bandwidth and reduced DSP complexity, making it an ideal choice for high-quality ANC earbuds. This technology could significantly improve the user’s listening experience, especially in noisy environments.

Currently, Cypress prototypes are available to select customers, with mass production expected to commence in late 2024. This timeline suggests that consumers could soon enjoy the benefits of this advanced speaker technology in their TWS earbuds.

The Cypress speaker from xMEMS Labs represents a significant advancement in audio technology. By utilizing ultrasonic amplitude modulation and a reliable MEMS platform, the speaker promises to deliver high-fidelity sound, superior bass production, and improved ANC performance. As such, the Cypress speaker is poised to elevate the audio quality of TWS earbuds, offering users an enhanced audio experience like never before.

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The Power of Acoustic Screens: Enhancing Sound Quality in Any Space

In a world filled with noise, finding tranquility and focus can be a challenge. Whether you’re working in a bustling office, studying in a noisy classroom, or simply trying to enjoy a quiet dinner at a crowded restaurant, the solution to these auditory dilemmas often lies in the innovative technology of Écrans acoustiques.

Introduction

Acoustic screens have become essential tools in managing noise and creating a more peaceful and productive environment. These versatile pieces of equipment offer a plethora of benefits and can be customized to suit a wide range of spaces. In this article, we will delve into the world of acoustic screens, exploring what they are, how they work, and their various applications.

What Are Acoustic Screens?

Acoustic screens, also known as sound absorption panels or sound barriers, are specialized structures designed to reduce noise levels in a given space. They typically consist of a core material that absorbs sound, enclosed in a fabric or hard shell. The core material is often made of materials like foam, fiberglass, or even recycled textiles.

Benefits of Acoustic Screens

1. Noise Reduction

The primary benefit of acoustic screens is their ability to reduce noise levels significantly. Whether it’s the chatter of coworkers, the hum of HVAC systems, or the clatter of dishes in a restaurant, these screens provide a barrier that absorbs and dampens sound, creating a quieter environment.

2. Improved Privacy

Acoustic screens also enhance privacy by reducing sound transmission. In open office settings, for instance, employees can work with a sense of confidentiality, making it easier to focus and have private conversations without disturbing others.

3. Enhanced Productivity

In quieter, less distracting environments, individuals tend to be more productive. Acoustic screens help create a conducive workspace, improving concentration and overall work quality.

4. Aesthetically Pleasing

These screens are available in a wide range of designs and colors, making them a functional and aesthetic addition to any space. They can seamlessly blend with the existing decor or stand out as decorative elements themselves.

Types of Acoustic Screens

Acoustic screens come in various types, each catering to specific needs and settings.

4.1 Desk-Mounted Acoustic Screens

Desk-mounted screens are designed to be attached to the edges of desks and workstations. They create a personal sound barrier for individual users, reducing distractions and enhancing focus.

4.2 Floor-Mounted Acoustic Screens

Floor-mounted screens are larger and often used to divide larger spaces, such as open-plan offices or classrooms. These screens provide both sound absorption and visual separation.

4.3 Hanging Acoustic Screens

Hanging screens are suspended from the ceiling and are particularly useful in spaces with high ceilings. They can be used to create partitions, absorb sound, and add an artistic touch to the surroundings.

4.4 Acoustic Room Dividers

Acoustic room dividers are versatile and can be easily moved or reconfigured. They are ideal for creating temporary spaces within larger areas and serve as both sound absorbers and visual barriers.

How Do Acoustic Screens Work?

Acoustic screens work through sound absorption. When sound waves strike the screen, the core material within the screen absorbs the sound energy, preventing it from bouncing back into the room. This absorption effectively reduces noise levels, creating a quieter ambiance.

Choosing the Right Acoustic Screen

The choice of acoustic screen depends on several factors, including the space’s size, layout, and the specific noise-related challenges you’re facing. Consider the following when making your selection:

  • The type of screen (desk-mounted, floor-mounted, hanging, or room divider)
  • The material and design that complements your space
  • The level of noise reduction needed
  • Your budget and maintenance requirements

Installation and Maintenance

Installing acoustic screens is usually a straightforward process, but it’s important to follow the manufacturer’s instructions carefully. Maintenance typically involves regular cleaning and inspection to ensure optimal performance.

Acoustic Screens in Different Environments

Acoustic screens find applications in various settings, enhancing the quality of life in different ways.

8.1 Offices

In office spaces, acoustic screens help create quiet workstations, reducing the distractions caused by open-plan layouts.

8.2 Schools

Classrooms benefit from acoustic screens, creating quieter learning environments and aiding concentration.

8.3 Healthcare Facilities

In healthcare settings, acoustic screens contribute to patient privacy, reducing noise disturbances that can affect recovery.

8.4 Restaurants

Restaurants use acoustic screens to enhance the dining experience, allowing patrons to converse comfortably without the cacophony of background noise.

The Importance of Sound Quality

Sound quality is an often overlooked aspect of our surroundings. Acoustic screens play a vital role in improving the quality of sound in any space, making it more pleasant and comfortable for everyone.

DIY Acoustic Solutions

For those on a budget or looking for a more personalized approach, there are various DIY acoustic solutions that can be easily implemented.

Conclusion

Acoustic screens are a powerful tool in the battle against noise pollution, offering a quieter, more focused, and pleasant environment. Whether in offices, schools, healthcare facilities, or restaurants, these screens make a significant difference. So, if you’re looking to enhance the acoustic quality of your space, consider integrating acoustic screens to create a more peaceful and productive atmosphere.

 

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Make AI music, lyrics, sound effects and speech with Suno AI

Suno AI lets you easily create music, sound effects and speech

If you are interested in learning how to transform text into songs and music or make special effects or synthesizing speech using AI tools you may be interested in a new AI model available to use on Discord. Suno AI models has been specifically designed to enable creatives and developers to generate hyper-realistic speech, music and sound effects, “powering personalized, interactive and fun experiences across gaming, social media, entertainment and more” say it’s creators.

Suno AI, is currently in its beta release stage of development and is available to use on Discord. It is designed to empower creatives and developers, enabling them to generate hyper-realistic speech, music, and sound effects. This has the potential to power personalized, interactive, and fun experiences across various platforms, including gaming, social media, entertainment, and more.

This groundbreaking AI music tool that can generate songs from scratch, including writing lyrics, creating the beat, and recording the voice. This innovative tool is available for a free trial at suno.ai, and can also be accessed via Discord, a popular communication platform. The basic plan is free and provides 250 credits per month, with each song generated costing 10 credits. This allows users to experiment with the tool and explore its capabilities without any financial commitment.

How to create music with Suno AI

Watch the video below kindly created by Future Tech Pilot  for an overview of how you can use Suno to easily make songs, lyrics and music using this new AI technology. When using Suno AI on Discord, users can generate songs either publicly or privately by sending a direct message to the bot. The process is straightforward: users input the style of music and lyrics or a subject for the bot to generate lyrics about. The bot then uses this information to generate a unique song, known as a ‘chirp’

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Create different AI music styles

The tool allows for experimentation with different music styles and subjects, providing two versions of each song generated. This gives users the freedom to explore various musical genres and themes, fostering creativity and innovation. Moreover, users can continue a song for several verses after it’s generated, and the tool can put the entire song together at no extra cost. This feature allows for the creation of longer, more complex compositions.

However, it’s important to note that the quality of songs generated by Suno AI can be hit or miss. The tool is still in its early stages of development, and while it has shown great potential, it may not always produce satisfactory results. Some ‘chirps’ may not meet the user’s expectations in terms of quality or creativity. However, with continued use and experimentation, users can learn to harness the tool’s capabilities more effectively.

Suno AI Pricing

In terms of pricing, Suno AI offers a free trial and subscription plans. The free trial allows users to test the tool and get a feel for its capabilities. After the trial period, users can choose to subscribe to a plan that best suits their needs. The basic plan is free and provides 250 credits per month, with each song generated costing 10 credits. This makes Suno AI an affordable option for creatives and developers looking to experiment with AI-generated music.

Suno AI is a promising tool that is pushing the boundaries of music creation. It offers a unique platform for creatives and developers to generate hyper-realistic speech, music, and sound effects. While it is still in its beta release stage of development, and the quality of its output can vary, it offers a unique opportunity for experimentation and creativity. With its free trial and subscription plans, it is accessible to a wide range of users. As it continues to evolve and improve, it is expected to play a significant role in the future of music and sound creation.

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