• Synergistic Research Active Ground Block SE

    Product Overview – The Synergistic Research Active Ground Block SE, released in 2017, provides an active DC-biased grounding network that dramatically lowers system noise floors, improving clarity, microdetail, and dynamic contrast in high-resolution audio setups.

    Active Grounding Technology – Its patented UEF filtering and active biasing circuitry reduce high-frequency noise and distortive ground interactions, enhancing spatial realism, image separation, and low-level resolution across both analog and digital components.

    System Integration – The Synergistic Research Active Ground Block SE offers multiple grounding outputs to accommodate DACs, preamps, servers, switches, and amplifiers, expanding performance benefits across the entire system with consistent sonic refinement.

    Build & Performance – Heavy shielding, precision internal layout, and upgraded SE-level power supply contribute to significantly reduced EMI/RFI contamination, delivering a cleaner and more holographic soundstage.

    Dimensions – Approx. 254 mm (W) × 76 mm (H) × 203 mm (D), compact enough for tight rack placements while offering robust ground connectivity.

    Weight – Roughly 2.5 kg, with a solid chassis that minimizes vibration and supports stable grounding performance.

  • 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.

  • Kimber Kables 4TC Speaker Cables (3.1m)

    High-Purity Cable Design – Kimber Kables 4TC Speaker Cables (3.1m) use Kimber’s classic braided geometry, offering exceptional noise rejection, improved conductivity, and transparent signal transfer for clean, natural, and highly detailed musical playback.

    Eight-Conductor Architecture – The Kimber Kables 4TC Speaker Cables (3.1m) feature four blue and four black Teflon-insulated conductors, delivering excellent phase coherence, low capacitance, and smooth frequency balance across demanding loudspeaker systems.

    Superior Tonal Neutrality – These cables provide balanced bass control, open midrange presence, and refined treble extension, making them ideal for systems requiring neutrality, improved imaging, and enhanced microdynamic resolution.

    System Compatibility – The Kimber Kables 4TC Speaker Cables pair well with tube and solid-state amplifiers, offering stable performance and flexible termination options for a wide range of high-quality loudspeakers.

    Dimensions – Typical length 2–3 meters depending on configuration, featuring Kimber’s signature hand-braided construction designed for consistent electrical performance and reduced electromagnetic interference.

    Weight – Lightweight yet robust, approximately 0.4–0.6 kg per stereo pair depending on length, ensuring easy routing, optimal flexibility, and long-term durability.

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