Fyne Audio is a manufacturer of high-quality loudspeakers for audio systems.

Fyne Audio

large_file

medium_file

small_file

thumbnail_file

file

The F500SP, originating from the renowned F500 series, is the smallest loudspeaker in the UK's Special Production series, meticulously crafted to a compact design. The standout feature of this model is its Special Production IsoFlare driver that is an advanced adaptation from the acclaimed F700 series. This enhancement not only upgrades the acoustic performance but also integrates a uniquely tuned crossover and an enhanced BassTrax port system. A distinguishing characteristic is the 6-inch SP IsoFlare driver that ensures a full-range, point-source audio reproduction, providing exceptional detail and superior imaging capabilities typical of a class-leading loudspeaker.

The driver comprises a multi-fibre cone supported by a twin-magnet motor system that elevates bass outputs to remarkable levels. This is further refined by the FyneFlute roll surround, which effectively mitigates cone resonances at the driver’s termination, thus enriching the audio quality. Low-frequency sounds are expertly managed through a down-firing port that feeds into the state-of-the-art BassTrax Tractrix diffuser system. This setup not only smoothens the bass response but also facilitates flexible room integration.

The bi-wire connection panel of the F500SP is thoughtfully designed with an additional fifth terminal. This terminal is specifically added to ground the driver chassis, thereby neutralizing RF interference possibly emanating from the amp or cables. Each aspect of the F500SP speaks volumes about attention to detail – from its anodized aluminum plinth and diamond-cut aluminum driver trim to the aesthetically pleasing deep gloss walnut veneer finish. Altogether, the F500SP stands as Fyne Audio’s most approachably priced premium loudspeaker crafted in the UK, offering a compelling blend of advanced technology and elegant design.

F500SP


Creating acoustic panels at home is a highly rewarding DIY project that offers both financial savings and a chance to tailor your acoustic solutions to the unique characteristics of your space. This comprehensive guide is designed to walk you through the process of creating these panels, from the initial planning stages to the final touches of assembly. Whether you're an audiophile, a recording enthusiast, or simply looking to improve your listening experience, this guide will provide the insights and step-by-step instructions you need.

## Introduction to Acoustic Panels

Acoustic panels play a vital role in improving the sound quality within a room. They work by absorbing sound waves, reducing echo, and minimizing unwanted reverberations. This can significantly enhance the clarity of sound in home theaters, recording studios, or even in a living space. The beauty of DIY panels lies in their customization – allowing you to choose materials that not only perform well acoustically but also blend seamlessly with your room’s aesthetics.

## Materials and Tools Needed

-   **Absorbent Material:** The effectiveness of an acoustic panel largely depends on the absorbent material used. Fiberglass and mineral wool are popular choices due to their high density and excellent sound absorption properties. The thickness and density of these materials can be tailored to the specific acoustic needs of your space.
-   **Wood for Frames:** The frame holds the absorbent material and gives the panel its structure. Pine is a lightweight and easy-to-work-with option, while MDF offers a denser and more solid construction. The size and thickness of the frame will dictate the amount of absorbent material it can hold, affecting the panel's overall acoustic performance.
-   **Fabric:** The fabric is the visible part of the panel, so its aesthetic and acoustic properties are crucial. Acoustically transparent fabrics allow sound waves to pass through without significant reflection or absorption. Common choices include lightweight linen, muslin, and burlap. The fabric should also complement the room's design and color scheme.
-   **Basic Tools:** Accurate cutting and assembly require tools such as a saw (hand saw or circular saw), a staple gun for attaching the fabric, a measuring tape for precision, scissors for cutting fabric, and a drill for assembling the frame.
-   **Safety Considerations:** Safety is paramount, especially when working with materials like fiberglass. Use protective gear such as gloves and masks. Additionally, consider fireproofing the fabric with a spray, especially if you're using fiberglass insulation, to add an extra layer of safety.

## Measuring and Cutting

-   **Room Analysis:** Start by analyzing your room to determine the optimal size and number of panels. Use a sound meter app or simply clap in the room to identify areas with excessive echo or reverberation. This will guide where and how many panels you'll need.
-   **Designing Your Panels:** Once you have an idea of the number and placement of the panels, design their size. Common dimensions are 2x4 feet or 4x4 feet, but you can customize this based on your space.
-   **Cutting the Frame:** Precision is key when cutting the wood for the frame. Measure twice and cut once to ensure all pieces are of equal length and the corners are at right angles. Sand the edges for a smooth finish, preventing any fabric tears during assembly.

## Assembling the Frame

-   **Frame Construction:** Assemble the cut pieces into a rectangular or square frame based on your design. Use screws or nails for joining the pieces. For added stability, especially in larger panels, consider reinforcing the corners with L-brackets or corner braces.
-   **Inserting the Absorbent Material:** Cut the absorbent material to fit inside the frame. It should be slightly larger than the frame for a snug fit. Avoid compressing the material too much, as this can reduce its sound-absorbing efficiency.
-   **Securing the Material:** Once the material is in place, you can optionally cover the back of the panel with a thin layer of fabric or paper to protect the insulation and provide a clean look from the back.

## Choosing and Attaching the Fabric

-   **Selecting the Right Fabric:** The fabric's acoustic transparency is critical. Test this by blowing through the fabric; if air passes easily, it's a good choice. The fabric should also align with your room's aesthetic. Lightweight linen, muslin, and burlap are popular for their breathability and wide range of designs.
-   **Covering the Panel:** Lay the fabric on a flat surface and place the frame (with the absorbent material) on top of it. Ensure there is enough fabric around the edges to wrap around to the back.
-   **Stapling the Fabric:** Begin by stapling one side of the fabric to the back of the frame. Then stretch the fabric to the opposite side, ensuring it is taut and free of wrinkles, and staple it. Repeat for the remaining sides, working from the middle outwards to the corners for an even finish.

## Mounting the Panels

-   **Determining the Best Location:** Placement is crucial for optimal sound absorption. Common areas include first reflection points, behind speakers, or on opposite walls. Use your room analysis to decide the most effective locations.
-   **Mounting Techniques:** Depending on the panel weight and wall type, you can use brackets, picture hangers, or adhesive strips for lighter panels. Ensure the mounting method is secure and won't damage your walls.

## Community Insights and Professional Tips

-   **Effectiveness of DIY Panels:** Community discussions often highlight that with the right materials and construction, DIY panels can match the performance of commercial ones. The key factors are the quality of the absorbent material and the precision of the build.
-   **Cost Considerations:** While DIY can be more cost-effective, the true savings depend on the materials used and whether you already have the necessary tools.
-   **Safety Precautions:** Always prioritize safety, especially when working with fiberglass. Wearing protective gear and using fireproof materials can prevent accidents.

### Conclusion

Building your own acoustic panels is a fulfilling project that can significantly enhance the acoustic quality of your space. This guide has walked you through each step of the process, from selecting materials to mounting the panels. By following these instructions, you can create custom panels that not only improve sound quality but also add a personal touch to your room's decor. Remember, the effectiveness of these panels is not just in their construction but also in their placement and the quality of materials used. With patience and attention to detail, you can achieve professional-level acoustics in your own space.

DIY Acoustic Panels.png

DIY Acoustic Panels: A Step-by-Step Guide

Home Studio Soundproofing: Crafting Acoustic Panels Yourself

Alright, let's take a more down-to-earth look at what's happening with PMC and their move towards eco-friendly vinyl production with Evovinyl.

So, PMC, a big name in loudspeakers from the UK, has decided to shake things up by investing in a project called Evovinyl. It's all about making vinyl records in a way that's kinder to our planet. You know how traditional vinyl is made from PVC, right? That stuff's not great for the environment. It releases some pretty nasty chemicals during its lifecycle, which isn't ideal.

Enter Evovinyl, which is basically a green twist on vinyl production. Instead of using PVC, they're turning to sugar cane. Yep, sugar cane. This isn't just a random choice—it's because sugar cane is a renewable resource, and the process of turning it into vinyl records is way less harmful to Mother Earth. Plus, when it's time to say goodbye to these records, they're compostable, so they won't be hanging around in landfills for centuries.

One of the coolest parts about this whole thing is how it could change the game in terms of energy use. Apparently, using this sugar cane-based material means that pressing plants can run at lower temperatures. This could slash energy use by about 30% if everyone made the switch, and it also speeds up the pressing process by half. Less energy and faster production sound like a win-win.

Now, you might be wondering if these greener records can hold their own against traditional vinyl in terms of sound quality. The answer is a solid yes. Tests by folks who know their stuff, including some of the ears at Abbey Road Studios, have given it the thumbs up. They say it sounds just as good as the old-school records we know and love. Plus, this new material is a bit of a static-fighter, helping keep dust at bay and potentially making your records last longer.

I didn't catch any specific details on price, but it's safe to say that if major labels are looking into it and artists are considering it for their releases, it's got to be competitive. Plus, with the environmental benefits, it might just be worth any extra cost.

In summary, PMC's move with Evovinyl is pretty exciting. It's about making vinyl records that don't just sound good but are also good for the planet. And in today's world, that's something a lot of us can get behind.

good version green viynl in text.jpg

PMC's Bold Move Into Eco-Friendly Vinyl Production

PMC is a British company that specializes in designing and manufacturing high quality loudspeakers and professional monitoring systems. Their products are used in various settings, from professional recording studios to home audio systems. PMC's technology is particularly noted for its Advanced Transmission Line (ATL) design, which enhances the bass output and audio clarity. Their products cater to audiophiles and professionals seeking accurate and immersive sound reproduction.

Discover PMC's groundbreaking investment in eco-friendly vinyl record production, revolutionizing the music industry with sustainability in mind.


The 'CD vs Vinyl' debate is one that often stokes the fires of audiophile communities. Yet despite the digital age making music more accessible than ever, there seems to be a resurgence in vinyl records, even as CDs maintain their technological edge. In this article, we dive into why both formats continue to capture hearts, dissecting the technical aspects and exploring the intangibles that keep us reaching for physical media.

## The Technical Superiority of CDs

-   **Dynamic Range**: Typically between 90–120 dB.
-   **Frequency Response**: 20Hz to 20,000Hz.
-   **Sampling Rate**: 44.1kHz (standard).
-   **Bits Per Sample**: 16 bits.
-   **Distortion**: Negligible at 0.0002% THD (Total Harmonic Distortion).

### Data Storage and Durability

CDs utilize digital storage, which means they can store a vast amount of audio data with high fidelity. This digital format ensures low levels of noise and distortion. They are also less prone to degradation over time compared to vinyl records, which can suffer from scratches, dust, and general wear and tear.

### Dynamic Range

CDs offer a more extensive dynamic range than vinyl. This is vital for capturing the nuances in classical or orchestral music, for instance. The dynamic limitations often attributed to CDs are generally a result of the "loudness wars," wherein mastering engineers compress the audio's dynamic range to make it sound louder, a trend that has also affected vinyl pressings.

### Cost and Accessibility

CDs are generally more affordable than their vinyl counterparts. Even high-quality CDs with superior dynamic range can be obtained for a fraction of the cost of a vinyl record, making them more accessible to the average music enthusiast.

## The Intangibles of Vinyl

-   **Dynamic Range**: Varies between 55–70 dB.
-   **Frequency Response**: 30Hz to 18,000Hz.
-   **Sampling Rate**: N/A (analog format).
-   **Bits Per Sample**: N/A (analog format).
-   **Distortion**: Generally higher, varies by player and condition.

### Artistic Appreciation

The larger format of a vinyl record allows for more significant album art, providing a more tactile and visual experience for the listener. This has led some people to consider vinyl as more of a collector's item, enjoying the process of unboxing and physically placing the needle on the record.

### Analog Charm

Vinyl records offer an "analog warmth" that is often described as more "natural" compared to the digital precision of CDs. This characteristic is particularly beloved in genres like rock and jazz, where the textural elements of music can be more expressive.

### Nostalgia and Ritual

The ritualistic aspect of playing a vinyl record, where one has to manually place the needle, provides a tactile connection to the music. The nostalgia tied to records is undeniable and adds an emotional component that is absent in the digital click-and-play nature of CDs and streaming services.

## Market Trends and Consumer Behavior

### The Cost of Nostalgia

The current market trend shows vinyl records often priced much higher than CDs. This is often justified by the tactile and emotional elements that vinyl provides but is also a subject of criticism as many consider it a strategy by the industry to capitalize on a fad.

### The Audiophile Dream

Some individuals claim that vinyl records provide better sound quality due to their analog nature. However, these claims are often made by those using low-grade turntables or lacking high-quality amplifiers and speakers that would unveil the inherent limitations of the medium.

### Universal Decline in Mastering Quality

Many experts point out that the decline in audio mastering quality has more to do with consumer behavior than the medium itself. Nowadays, music is often listened to on low-quality speakers or headphones, and thus, is mastered accordingly. This affects both digital and analog formats.

## Conclusion

While CDs offer technical superiority in terms of durability, dynamic range, and cost, vinyl records bring intangibles like larger album art, the analog warmth, and the nostalgia factor to the table. Ultimately, the preference for one over the other often comes down to individual taste, the listening environment, and emotional connection. So whether you're an ardent CD collector or a vinyl aficionado, the bottom line is to enjoy the music in the format that most speaks to you.

caleb-woods-vHvUqnt31wU-unsplash.jpg

Why CDs and Vinyl Still Co-Exist in the Digital Age

Why are we still arguing about CDs and vinyl? This detailed analysis breaks down what each format offers to audiophiles and casual listeners alike.

F500SP

by Fyne Audio

Start a thread

Interesting articles

DIY Acoustic Panels: A Step-by-Step Guide

PMC's Bold Move Into Eco-Friendly Vinyl Production

Why CDs and Vinyl Still Co-Exist in the Digital Age