• Argento Organic XLR Interconnect (1m)

    •⁠  Overview – Argento Organic XLR Interconnect is a high-performance balanced analog cable derived from the engineering legacy of Argento Audio, designed to bring rich detail and musical neutrality to high-end systems. 

    •⁠  Cable Engineering – Developed by the same minds behind Argento’s Serenity range, the Organic XLR uses cryogenically treated, hyper-elliptic copper conductors with custom-made Argento connectors for tight contact and low resistance. 

    •⁠  Sound Quality – The Argento Organic XLR Interconnect is reported to deliver smooth midrange clarity, a natural tonal balance, and low microphony thanks to its damped air dielectric and handcrafted connector design. 

    •⁠  Specifications – Features high-purity OFC copper conductors based on Argento geometry, low dielectric absorption, cryo treatment, and precision machined connectors for reduced contact resistance and stable signal transmission. 

    •⁠  Dimensions – Available in variable lengths (1 m, 2 m, 3 m), allowing flexible integration into balanced analog rigs without compromising conductor geometry or shielding effectiveness. 

    •⁠  Weight – Lightweight design typical of balanced interconnects, with mass depending on length but engineered to avoid strain on XLR jacks while maintaining robust mechanical and electrical fidelity. 

  • Gustard X26 Pro DAC

    Flagship DAC Architecture – The Gustard X26 Pro DAC, launched in early 2021, uses dual ESS9038PRO chips in fully balanced configuration to deliver exceptional transparency, ultra-low distortion, and reference-grade digital processing for demanding systems.

    Advanced Clocking System – Featuring Accusilicon femtosecond clocks and independent power regulation, the X26 Pro achieves impressively low jitter, improving imaging precision, micro-detail retrieval, and overall spatial coherence in complex recordings.

    Versatile Connectivity – The Gustard X26 Pro DAC supports USB, I²S, AES/EBU, coaxial, and optical inputs, with PCM up to 768 kHz and DSD512, ensuring compatibility with high-resolution sources and modern streaming transports.

    Robust Analog Output Stage – Its fully discrete, fully balanced Class A output stage provides strong drive, natural tonality, and excellent dynamic range, making the X26 Pro suitable for both preamps and direct power-amp integration.

    Dimensions – Measures approximately 330 mm (W) × 260 mm (D) × 65 mm (H), offering a compact yet substantial chassis designed for vibration control and thermal stability.

    Weight – Weighs around 5.8 kg, with its heavy aluminum enclosure enhancing durability, shielding, and noise suppression for cleaner digital-to-analog conversion.

  • Micro Seiki RX5000 Turntable

    Reference Turntable Overview – The Micro Seiki RX5000 Turntable delivers legendary analogue performance through its high-mass stainless-steel platter, precision machining and exceptional resonance control, offering a stable and highly detailed vinyl playback platform.

    Engineered Mechanical Stability – Its massive bearing assembly, bronze thrust plate and independently mounted motor system ensure ultra-low noise, superior pitch accuracy and superb micro-dynamic resolution, with one mention of Micro Seiki RX5000 Turntable.

    Modular Tonearm Flexibility – Supporting multiple tonearm bases, the design accommodates premium tonearms and MC cartridges, enabling system optimisation and wide soundstage expansion, plus one additional mention of Micro Seiki RX5000 Turntable.

    High-Mass Chassis & Isolation – Built around a thick gunmetal or stainless-steel platter and heavy base, the turntable delivers world-class vibration control, improving low-frequency authority and overall transparency in complex recordings.

    Product Dimensions – Approx. 550 mm (W) × 400 mm (D) × 180 mm (H), requiring a high-mass platform or isolation rack to maximise mechanical grounding and resonance control.

    Product Weight – Total system mass ranges between 55–65 kg depending on platter and accessories, contributing to its exceptional stability and reference-level analogue performance.

     

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