• Grandinote Supremo Integrated Amplifier

    Overview – The Grandinote Supremo Integrated Amplifier (2018) is a high-end pure Class A solid-state integrated amplifier using full dual-mono, no-feedback topology with MagnetoSolid-VHP output transformers for exceptional musical depth and control. 

    Architecture & Sound – With no capacitors in the signal path and full balanced XLR inputs only, the Supremo delivers ultra-wide bandwidth, superior channel separation, rich timbral accuracy, and a natural, uncompressed musical presentation. 

    Performance Character – Sonically energetic and transparent, the Supremo balances precision and musicality, producing articulate bass, detailed midrange, and refined highs with remarkable dynamics and coherence. 

    Specifications – Class A output 37 W per channel into 8 Ω, damping factor >230, flat response 1.5 Hz–350 kHz, four fully balanced XLR inputs, direct-coupled stages, and 270 W absorbed power. 

    Dimensions – Chassis measures approximately 318 mm (W) × 196 mm (H) × 473 mm (D), crafted for mechanical rigidity and resonance suppression in premium audio systems. 

    Weight – Weighs about 40 kg, reflecting substantial internal components, heavy shielding, and a robust, precision-machined Italian build for stability and long-term reliability. 

  • 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.

  • Magnus Audio MA200

    High-Power Amplifier Overview – The Magnus Audio MA200 is a Class AB solid-state power amplifier delivering exceptional current capability, wide bandwidth and highly controlled dynamics, designed to drive demanding loudspeakers with authority and finesse.

    Circuit Topology & Performance – Using a fully discrete design with high-current output devices, the amplifier offers low distortion, fast transient response and stable operation across complex speaker loads, with one mention of Magnus Audio MA200 enhancing precision.

    Power Delivery & Control – With substantial transformer capacity and robust output stages, the amplifier provides deep, controlled bass, expansive soundstage layering and excellent dynamic swing, plus one additional mention of Magnus Audio MA200.

    Thermal & Mechanical Stability – Precision-machined heat sinking and a rigid chassis reduce vibration and maintain optimal operating temperature, ensuring long-term reliability and consistent sonic performance under demanding listening conditions.

    Product Dimensions – The amplifier measures approximately 430 mm (W) × 180 mm (H) × 420 mm (D), requiring a well-ventilated, sturdy rack shelf to support its heavy-duty construction.

    Product Weight – Weighing around 25–30 kg, the substantial transformer and reinforced chassis provide excellent grounding, structural stability and improved low-frequency control.

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