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Maximum supertweeter

Experience Sound Beyond the Ordinary

Experience audio perfection with the Townshend Audio Maximum Super Tweeter, a revolutionary add-on that redefines high-fidelity sound by delivering the fastest leading-edge note attacks for vivid spatial imaging and extending frequency response to 90kHz, capturing ultrasonic frequencies beyond the typical 20Hz–20kHz human hearing range to reveal crystalline highs, enhanced bass, and an expansive soundstage with unmatched clarity and realism, while its adjustable sensitivity (80–110dB) ensures seamless compatibility with any hi-fi system.
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Key Benefits You’ll Love

Vast Soundstage

Creates expansive, airy soundstage with precise instrument placement. Enhances spatial clarity in recordings

Natural and Relaxed Sound

Delivers smooth, non-bright audio for fatigue-free listening. Maintains natural tonal balance.

Enhanced Bass/Midrange

Boosts bass definition and midrange clarity. Surprisingly improves lower frequencies alongside highs.

Vivid Detail

Unveils micro-details and dynamics for lifelike music reproduction. Elevates overall musical engagement.

Optimal Placement


Position at ear level, ideally on top of speakers, aligned with the front baffle. Fine-tune forward/back and secure with putty to minimise vibrations.
Piggyback Wiring
Connect the 1.5m cables (red to red, black to black) in parallel to speaker binding posts. Adjust the 6-position switch (74–89 dB) to match your speakers, starting low to prevent sharp treble.
Final Touch
Set the level and position, then experience the magic.

Townshend Maximum Supertweeter Sensitivity Setting Chart

Sensitivity Setting Chart

The Townshend Audio Maximum Supertweeter features a six-position sensitivity switch to match your speakers’ efficiency, ensuring seamless integration for a spacious, natural soundstage. The graph above outlines six settings (74–89 dB) to fine-tune high-frequency output (6–90 kHz) by ear, unlocking the hypersonic effect. Many prefer setting 2 for balanced clarity, while others choose 6 for vivid highs—find the magic point to capture the original recording’s depth and feel, as The Ear notes: “The stereo image reaches far beyond the loudspeakers.” 

The Science Behind the Townshend Maximum Supertweeter

The Maximum Super Tweeter leverages this science with its ultra-light ribbon diaphragm, which responds exponentially faster than heavier dome tweeters. This rapid transient response ensures precise reproduction of the leading edge of every note, eliminating time smear and delivering a relaxed, natural soundstage. As Max Townshend explains, “Even though a CD cannot produce information above 20kHz, Maximum Supertweeters make the format sound more natural and reveal a wealth of extra detail

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What our customers says about us?

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What our customers says about us?

4.9

99%

Recommended

Write a review
The Townshend Maximum Supertweeters don’t just add ‘air’ or ‘sparkle’—they unlock a level of micro-dynamic detail and spatial coherence that transforms the listening experience. The bass, counterintuitively, feels deeper and more controlled, as if the entire frequency spectrum is brought into sharper focus.

Paul Miller- Hi-Fi News

These supertweeters are a revelation! The clarity they bring to the mids and highs is astonishing, and somehow, my bass sounds tighter and more impactful. It’s like upgrading my entire system without touching the speakers.

User Review (Stereonet Forum, 2024)

Townshend’s Maximum Super Tweeters elevate any high-end system to new heights. They don’t just extend the treble; they refine the entire presentation, making vocals more intimate and instruments more lifelike.

Audiophile Review (What Hi-Fi Contributor)

Adding the Maximum Super Tweeters to my setup was like putting on glasses for the first time—everything is sharper, clearer, and more vivid. Even old recordings sound revitalized.

User Comment (Online Audio Forum)

frequently asked questions

The Maximum Supertweeter is a compact, ribbon-based add-on that extends your speakers’ frequency response to 90 kHz, enhancing soundstage, clarity, and bass definition. Its ultra-light aluminum ribbon (0.003g) responds faster than dome tweeters, reducing time smear for a natural, relaxed sound, as Max Townshend notes: “It reveals a wealth of extra detail, even on CDs.” Ideal for high-res audio (SACD, DVD-A) and standard formats, it’s praised for “mind-blowing” realism (HiFi Choice)
High frequencies (>20 kHz) create a sense of naturalness, even if inaudible, by improving transient response and phase accuracy across the audio band. Research on the “hypersonic effect” shows these frequencies boost brain activity, enhancing enjoyment (Journal of Neurophysiology, 2000). The Maximum Supertweeter’s ribbon diaphragm ensures precise note attacks, making music feel “alive” and bass “tighter,” as The Ear notes: “The stereo image reaches far beyond the loudspeakers.” Surprisingly, it even improves CD playback by reducing dome tweeter smear.
 
 
  • Wiring: Connect in parallel to your speakers’ binding posts or amplifier output using the supplied 1.5m cryogenically treated cables (banana, spade, or bare ends). No extra amp or crossover is needed, as it starts at ~6 kHz.
  • Sensitivity Switch: A six-position switch (74–89 dB) on the back matches your speakers’ efficiency (80–110 dB/W/m). Start at Position 1 or 2, adjusting to blend seamlessly, per HiFi Pig: “Level 3 was perfect for my Ayons.”
  • Compatibility: Works with any high-quality speaker (e.g., PMC, Harbeth, Quad ESLs) and amps up to 350W.
     

Townshend Audio’s mechanical low pass filter exemplifies true decoupling, offering a level of vibration isolation that far surpasses conventional attenuation methods. By effectively isolating components from vibrations down to below 3 Hz, Townshend ensures that high-fidelity audio systems perform at their best, free from the distortions caused by external vibrations.

The rear six-position switch adjusts output to match your speakers’ efficiency (see chart below). Start at Position 1 (74 dB) for low-efficiency speakers (e.g., Quad ESLs, 82–84 dB) and increase if needed. Test with familiar tracks (e.g., piano or strings) to avoid harshness, as The Ear warns: “One step too high, and violins become harsh.”
Sensitivity Chart (Approximate):
Position
Sensitivity (dB)
Speaker Efficiency (dB/W/m)
1
74
80–84
2
77
84–87
3
80
87–90
4
83
90–93
5
86
93–96
6
89
96–100
Verify exact values in the manual.
 
 
 
 
Quad ESLs (e.g., ESL-57, ESL-63) have a treble roll-off above 12–15 kHz and tall, flat panels, making ear-level placement tricky. Townshend’s Quad brackets (sold separately) mount the supertweeter above the panels, aligning it with your listening position. This ensures a wider soundstage and “extended decay,” as The Ear notes. Check polarity, as a user found reversing leads improved integration
  • Enhanced Soundstage: “A wider, deeper stage with great height” (The Ear).
  • Clearer Bass and Mids: “Bass notes sound clearer, especially plucked strings” (Townshend Audio).
  • Natural Treble: The ribbon’s fast response eliminates smear, delivering “smoother, sharper” sound (townshendisolation.com).
  • Versatility: Improves CDs, vinyl, and high-res formats, even with efficient speakers like horns.
     
     
     
 
  • Sensitivity Tuning: Requires careful adjustment to avoid harsh treble.
  • Quad Setup: Needs brackets and polarity checks for ESLs to avoid phase issues.
  • Subtle Effect: Inaudible when played alone, but removal dulls the sound, per Townshend: “The effect is profound when taken away.
The Townshend Audio Maximum Supertweeter integrates seamlessly with your speaker’s existing crossover without requiring modifications, thanks to its design and high-frequency operation. Below is a concise explanation of how it works with a speaker’s crossover, tailored for simplicity and clarity, as per the user’s preference.
Key Points on Crossover Integration
 
No Interaction with Speaker’s Crossover
    • The Maximum Supertweeter operates in the ultra-high-frequency range (starting at ~6 kHz, extending to 90 kHz), well above the typical crossover point of most speaker tweeters (2–4 kHz). This ensures it doesn’t interfere with your speaker’s internal crossover, which directs frequencies to the woofer, midrange, and tweeter.
    • Its built-in high-pass filter (a simple capacitor or equivalent) ensures only frequencies above ~6 kHz reach the supertweeter’s ribbon diaphragm, leaving the speaker’s crossover unaffected.  “No external crossover is required,” as the supertweeter complements the existing system.
  2.  
  • Start Low: Set the sensitivity switch to Position 1 or 2 (74–77 dB) to avoid overpowering your speaker’s tweeter, especially with low-efficiency Quads (82–84 dB).
  • Test Tracks: Use tracks with high-frequency content (e.g., cymbals, strings) to fine-tune the switch, ensuring a natural blend. Compare with the supertweeter off to confirm its effect, as The Ear notes, “The effect is profound when taken away.”
  • Cable Quality: Use Townshend’s supplied cables or high-quality, low-gauge wire to minimize signal loss, preserving crossover synergy.
  • System Synergy: Pair with the Allegri+ or Allegri Reference preamplifier and Fractal™ Interconnects, which support the supertweeter’s 90 kHz bandwidth for maximum transparency.
The supertweeter’s ribbon diaphragm responds exponentially faster than dome tweeters, improving transient accuracy and reducing time smear, as Townshend explains: “The ear responds to the fastest rise-time signal.” Its high-pass filter and parallel connection ensure it adds ultra-high frequencies without altering the speaker’s crossover design, enhancing soundstage and bass definition. This aligns with research on the “hypersonic effect,” where inaudible frequencies improve perceived sound quality
  • Quad electrostatics (e.g., ESL-57, ESL-63) lack traditional crossovers, using transformer-based frequency division within the speaker. The supertweeter integrates similarly, connecting in parallel to the Quad’s input terminals. Its high-pass filter ensures it only reproduces frequencies above the Quad’s natural roll-off (~12–15 kHz).
  • Use Townshend’s Quad brackets for ear-level placement, and check polarity (try reversing leads if phase feels off), as a user reported: “Reversing polarity with Quads fixed integration” (Townshend Audio). The supertweeter extends the Quad’s treble, enhancing “extended decay
The hypersonic effect refers to the phenomenon where inaudible high-frequency sounds (above 20 kHz, beyond human hearing) influence brain activity and enhance the subjective quality of music or sound. Research, notably by Oohashi et al. (Journal of Neurophysiology, 2000), shows that these ultrasonic frequencies, present in sources like gamelan music or high-resolution audio, can increase alpha brainwave activity and cerebral blood flow, making sounds feel more pleasant and immersive, even if listeners can’t consciously hear them. For example, studies demonstrate improved relaxation and stress recovery with high-frequency content, as seen in Frontiers in Psychology (2017).
In audio, devices like the Townshend Maximum Supertweeter (extending to 90 kHz) leverage this effect to enhance soundstage and clarity, as Max Townshend notes: “Supertweeters make CDs sound more natural.” However, some research, like Nittono’s 2020 study, questions conscious perception, suggesting effects are subconscious and system-dependent. Pairing with Seismic Isolation Corners minimizes vibrations, amplifying the effect, per Townshend’s seismograph tests.
You don’t need to be an obsessive audiophile to love Townshend Audio’s Maximum Supertweeters, but a decent passion for clear, truthful sound helps—think enjoying a crisp record or spotting the difference when your hi-fi’s properly dialed in. They shine for folks who notice subtle details, like the shimmer of a cymbal or the air in a vocal, and want their entire frequency range to feel alive and precise. If you’re tweaking your setup with decent speakers and care about music feeling “right,” you’re dedicated enough. No need for a PhD in acoustics—just an ear for quality and a buzz for better sound.
In simple terms, our ears are the primary sense for detecting high-frequency sound content (above 20 kHz, known as ultrasonic frequencies), but they are not the only way the body can perceive or respond to these frequencies. While the human ear typically cannot consciously hear sounds above 20 kHz (and this threshold decreases with age), research on the hypersonic effect and related studies suggest that other parts of the body and brain may detect or react to high-frequency content in music or sound through non-auditory pathways. Below is a concise explanation, tailored to the user’s interest in the Townshend Maximum Supertweeter, high-frequency sound, and Max Townshend’s vibration control expertise (e.g., seismograph demonstrations).
How Ears Detect High-Frequency Content
  • Auditory Limit: The human ear’s cochlea detects sound vibrations up to ~20 kHz in young, healthy individuals. Above this, ultrasonic frequencies are generally inaudible, though they exist in music (e.g., high-res audio, gamelan instruments) and nature.
  • Role in Music: Devices like the Townshend Maximum Supertweeter (extending to 90 kHz) reproduce these frequencies, enhancing soundstage and clarity via the “hypersonic effect,” as Max Townshend notes: “Supertweeters reveal extra detail, even on CDs.” This is because high frequencies improve transient response and phase accuracy in the audible range.
Non-Auditory Detection of High-Frequency Content
Research indicates that high-frequency content can influence the body beyond the ears, primarily through subconscious or physiological mechanisms:
  1. Skin and Body Vibration:
    • Ultrasonic frequencies can cause subtle vibrations in skin, tissues, or bones, potentially detected as tactile sensations. A 2019 study (Scientific Reports) on ultrasonic water sounds suggests the body may respond to high-frequency vibrations, altering subjective impressions (e.g., “reverberant” vs. “percussive”).
    • In music, this could contribute to the “immersive” feel of live performances, where ultrasonic content from instruments like cymbals interacts with the body, as noted in the hypersonic effect research (Oohashi et al., 2000).
  2. Brain Activity:
    • The hypersonic effect shows that inaudible frequencies (>20 kHz) increase alpha brainwave activity and cerebral blood flow in areas like the brainstem and thalamus, per Oohashi’s study. This suggests the brain processes ultrasonic content via non-auditory pathways, possibly through the nervous system or cranial nerves, enhancing pleasure and relaxation.
    • A 2017 Frontiers in Psychology study found high-frequency music induced a relaxed state, detectable via EEG, without conscious hearing, supporting the idea of neural detection.
  3. Bone Conduction:
    • High-frequency vibrations can transmit through the skull to the inner ear or brain, bypassing the eardrum. This is less significant for music but noted in ultrasound research for medical applications, suggesting a secondary detection mechanism.
  4. Psychoacoustic Influence:
    • Even if inaudible, high frequencies affect the audible range’s timing and phase, making music sound “natural,” as Townshend explains. This indirect effect engages the brain’s auditory processing, not just the ear’s mechanical detection.
Are Ears the Only Sense?
  • No, but Primary: Ears are the main organ for detecting sound, including high-frequency content up to 20 kHz. Beyond this, the body (skin, tissues, brain) can respond to ultrasonic vibrations subconsciously, influencing perception and emotional response, as seen in the hypersonic effect.
  • Other Senses’ Role: While vision, taste, smell, and traditional touch don’t directly detect high-frequency sound, tactile vibrations and neural responses act as secondary “sensing” mechanisms. For example, feeling a concert’s energy involves bodily vibration detection, complementing auditory input.
  • Critical Note: Research is mixed. A 2020 study (Scientific Reports) found no auditory memory response to high frequencies, suggesting effects are subconscious or system-dependent. The extent of non-auditory detection varies by individual (e.g., age, sensitivity) and setup (e.g., speaker quality).
The  Townshend Maximum Supertweeter
The Maximum Supertweeter leverages high-frequency content to enhance music’s naturalness, likely engaging both auditory and non-auditory responses. Its ultra-light ribbon diaphragm ensures precise ultrasonic reproduction, amplifying the hypersonic effect, as HiFi Pig notes: “The soundstage opened dramatically.” Pairing with Seismic Isolation Corners minimizes microtremors, per Max Townshend’s seismograph tests, ensuring these subtle effects reach the listener unhindered. Using Fractal™ Interconnects with the Allegri+ or Allegri Reference further preserves high-frequency detail, maximizing both ear and body perception.
While Townshend Audio and its retailers offer various return policies, a 30-day risk-free trial (sale or return) allows customers to test the supertweeter in their system and return it if unsatisfied. 

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Phone Number

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mail@townshendaudio.com

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CONTACTS
© 2025 Townshend

Why Super Tweeters? The Science of Sonic Perfection

Human hearing is traditionally limited to 20kHz, so why extend frequencies to 90kHz? The answer lies in the physiological and psychological impact of ultra-high frequencies. Research, including studies like Human Ultrasonic Speech Perception (M. L. Lenhardt et al., 1991), suggests that ultrasonic frequencies contribute to a sense of naturalness and immersion, even if they’re beyond conscious perception. These frequencies enhance the harmonic structure of music, making instruments sound more lifelike and dynamic.
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Lightning-Fast Precision: The Unrivaled Speed of the Maximum Super Tweeter

The Maximum Super Tweeter leverages this science with its ultra-light ribbon diaphragm, which responds exponentially faster than heavier dome tweeters. This rapid transient response ensures precise reproduction of the leading edge of every note, eliminating time smear and delivering a relaxed, natural soundstage. As Max Townshend explains, “Even though a CD cannot produce information above 20kHz, Maximum Supertweeters make the format sound more natural and reveal a wealth of extra detail.”
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Perfect for Any System

Designed to integrate with all high-quality speakers, the Maximum Super Tweeter is a versatile upgrade. Its small footprint and included brackets for Quad electrostatic speakers make it ideal for both modern and classic setups, including:
Boxed speakers: Transforms their soundstage for a more immersive experience.

Electrostatics like Quad ESL-57s: Complements their natural roll-off with precise high-frequency extension.

High-efficiency horn systems: Adjustable settings ensure compatibility with sensitivities up to 110dB.

Setup is straightforward: place the super tweeters centrally atop your speakers, connect the provided cables, and adjust the sensitivity switch to suit your system. Experiment with settings to find the sweet spot—most users settle between levels 2 and 4 for optimal balance.

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Join the Revolution in High-Resolution Audio

Don’t settle for ordinary sound. The Townshend Audio Maximum Super Tweeter is your key to unlocking the hidden details in your music collection. Whether you’re rediscovering classic vinyl or exploring the latest high-res formats, these super tweeters will elevate your system to new heights of realism and emotional impact.

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Ready to experience music as it was meant to be heard?

Ready to experience music as it was meant to be heard? The Townshend Audio Maximum Super Tweeter is available in satin silver, satin black, or in any colour you like just ask and we can accommodate.

Each pair includes:
1.5m DCT Isolda cables with your choice of connectors.

Optional Quad electrostatic brackets for seamless integration

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Researching High-Frequency Content in Music: Unlocking Sonic Detail

Our Obsession with the Mysterious Hypersonic Effect
At Townshend Audio, we’re captivated by the enigmatic power of high-frequency sound in music—often inaudible yet profoundly impactful. The “hypersonic effect,” where frequencies above 20 kHz subtly enhance brain activity and emotional response, has sparked our curiosity and driven our pursuit of sonic perfection. From Max Townshend’s seismograph demonstrations to the Allegri+’s Fractal-Wire™ transformers, we’re obsessed with unlocking these hidden dimensions of sound. Dive into the latest research on high-frequency content to understand why it captivates listeners and elevates the audiophile experience.
Explore the Research

Why Super Tweeters? The Science of Sonic Perfection

Human hearing is traditionally limited to 20kHz, so why extend frequencies to 90kHz? The answer lies in the physiological and psychological impact of ultra-high frequencies. Research, including studies like Human Ultrasonic Speech Perception (M. L. Lenhardt et al., 1991), suggests that ultrasonic frequencies contribute to a sense of naturalness and immersion, even if they’re beyond conscious perception. These frequencies enhance the harmonic structure of music, making instruments sound more lifelike and dynamic.
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Why Choose Townshend Audio?

Since 1975, Townshend Audio has been a pioneer in high-fidelity innovation, with a legacy of pushing the boundaries of sound reproduction. From the iconic Seismic Isolation Podiums to the award-winning Isolda cables, every Townshend product is crafted with precision and passion by audio engineering maestro Max Townshend. The Maximum Super Tweeter embodies this commitment to excellence, offering a transformative upgrade that’s trusted by audiophiles and professionals worldwide.

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Key Benefits You’ll Love

Ultra-Wide Frequency Response

Extends up to 90kHz: Captures the full harmonic richness of high-resolution formats like SACD, DVD-A, and vinyl, while enhancing CD, MP3, and streaming audio.

Adjustable Sensitivity (80 dB to 110 dB)

The supertweeter and its 1.5m Isolda DCT stranded Litz cables undergo Deep Cryogenic Treatment, enhancing conductivity and fidelity. This is unique, as “these are the only super tweeters on the market to be fitted with [such] cable,” ensuring ultimate signal purity.

Deep Cryogenic Treatment (DCT) and High-Quality Cabling

The copper conductors undergo Enhanced Isolda Deep Cryogenic Treatment, which enhances transparency and neutrality, outperforming other materials in clarity and detail. Improved Soundstage and Detail: Users report a larger soundstage, precise instrument placement, and enhanced detail, with the ability to discern subtle differences in recordings, such as identifying distinct recording studios. The cable excels in bass extension and dynamic range.

Neodymium Magnets and Ultra-Thin Aluminum Ribbon

Features powerful neodymium magnets and an 8-micron pure aluminum ribbon diaphragm, enabling rapid transient response and precise high-frequency reproduction. The ultra-light ribbon stops almost instantly when the signal ceases, minimizing smearing for “very accurate high frequency transient response.

Technical Specifications

Frequency Response: 20kHz–70kHz (±3dB), 14kHz–90kHz (±6dB)

Drive Unit: Pure aluminum ribbon (5mm W x 25mm L x 0.01mm T, 0.003g) with neodymium magnets

Sensitivity: Adjustable 74dB–89dB (6-position switch)

Nominal Impedance: 11Ω at 20kHz, 20Ω at 80kHz

Amplifier Power: Up to 350W (music), 500W peak (DIN IEC 268)

Crossover: First-order, -3dB at 20kHz

Dimensions (Each): 50mm (W) x 30mm (H) x 100mm (D)

Weight (Each): 0.5kg (1.1lb)

Finish Options: Polished stainless steel, satin black, or matte silver

Cables: 1.5m DCT Isolda EDCT Litz with gold-plated 4mm banana connectors (spades or bare ends available)

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Why Choose Isolda Speaker Cables?


Most speaker cables in the audio industry overlook the science of transmission line theory, resulting in micro-reflections that smear and veil the purity of sound. These reflections bounce between the source and speaker, muddying the music you love. The Isolda DCT Speaker Cable eliminates this issue through its unique geometry, closely matching the impedance of your amplifier and speakers. The result? A crystal-clear soundstage, lifelike 3d imaging, and seismic bass that transforms your listening experience.

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Engineered for Audiophile Perfection

Crafted by hand in small batches, Townshend Isolda cables feature closely spaced, insulated flat copper conductors encased in a polyester braid sheath. This design makes them virtually immune to Radio Frequency Interference (RFI), ensuring a silent background that lets every note shine. Whether you’re listening to intricate classical compositions or powerful rock anthems, the Isolda delivers sound so natural, it feels like the artist is in the room.

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Pure, Uncolored Sound

 

The Isolda DCT’s impedance-matched design (8 ohms) eliminates signal reflections, delivering music exactly as recorded. The Ear praises it as “one of the best speaker cables money can buy” for its neutral, fatigue-free sound.
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Seismic Bass Power

Closely spaced EDCT copper ribbons produce deep, articulate bass with unrivaled solidity. townshendcable.com highlights “bass with a power that is truly seismic,” making every low note punchy and precise.
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Stunning 3D Imaging

he cable’s low-inductance geometry creates a holographic soundstage, placing instruments with pinpoint accuracy. 6 Moons notes it “can convey a huge and realistic soundstage,” immersing you in the music.

 

 

 
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Silent Backgrounds

 

Virtually immune to RFI due to its flat, closely spaced conductors, the Isolda DCT ensures pitch-black backgrounds.
 
With genuinely silent backgrounds,” letting subtle details shine.“
 
 
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Perfect Impedance Matching

With an 8-ohm impedance matching typical speakers, the Isolda DCT prevents distortion from mismatched cables. townshendcable.com explains this preserves square waves, ensuring “no ringing or distortion.”
 
 
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Unequal Lengths, Same Sound

Unlike other cables, Isolda DCT Speaker Cables perform flawlessly even in unequal lengths. Thanks to their advanced impedance-matching technology, the sound from each speaker remains identical, regardless of cable length. This flexibility makes them ideal for any audio setup, from compact home systems to sprawling high-end rigs.

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Explosive, Precise Dynamics

 

EDCT-treated conductors deliver lightning-fast transients and vast dynamics for thrilling playback. Every note snaps with energy from whispers to orchestral peaks, as HiFi Pig praises its “bass clarity and space,” emphasising high-current handling, ideal for dynamic genres like rock or classical. The Isolda DCT brings music to life with unmatched precision and power.
 
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Natural, Fatigue-Free Sound

We’ve engineered the Isolda DCT for a relaxed, natural sound, free from harshness or edge. Impedance matching and RFI immunity ensure effortless music flow, perfect for vocals or acoustics, and one astute audiophile’s tale of his relief from “Alice-in-Wonderland” cable woes. Enjoy hours of fatigue-free listening with emotional depth and clarity.
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Unleash Your Music’s True Potential

 The Townshend Isolda DCT Speaker Cable is your key to audiophile bliss.

 Transform your hi-fi into a sonic masterpiece. Don’t just listen—experience music with seismic power, stunning clarity, and soul-stirring emotion today.

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