terNario LOONG

In the Hi-End realm where modular systems dominate, we adhere to the philosophy of "minimal signal path," constructing terNario’s most comprehensive fully linear-powered audio source hub to date. The entire unit employs a research-grade precision power system, with eight independent power modules built around reference-grade components (RIFA, WIMA, Jensen) forming a three-tier EMI fortress, paired with four 50VA and two 80VA MultiComp toroidal transformers, ensuring scalpel-like clean power delivery for every load.

Core Computational System

Powered by a TYAN industrial-grade server motherboard and a specially selected 14th-gen Intel low-voltage i5 processor, the data pathway is forged with dual 8GB ECC-corrected memory and purebred Intel Optane P1800X enterprise SSDs. A dual-linear + 2×2 parallel LDO voltage regulation architecture maintains ripple at just 15μV under a sustained 16A current load. Our minimalist OS achieves full-stack support through 28 refined processes, consuming only 1/3 the resources of conventional systems.

Signal Purity Engineering

The self-developed bridge motherboard’s six-stage linear power cascade is a benchmark: the first-stage discrete LDO delivers 4μV reference regulation, complemented by 17 automotive-grade secondary regulators to establish a 0.4μV DC clean zone. A distributed array of 150 C0G-characteristic ceramic capacitors forms a golden protective chain along the PCIe path from the ARM core board to the USB buffer chip. When the Jensen capacitor-enhanced independent 5V USB power module activates, you’ll experience bitstream transmission as lossless as through a vacuum tube.

Timebase Revolution

The master clock utilizes the highest-precision SC-cut OCXO in the consumer domain (1Hz/-118dBc), paired with two phase-locked optimized SC-cut VCXOs to form a satellite clock array. Mature commercial PLL technology elevates USB/network module timebase accuracy by 10dB, achieving military-grade communication standards of -108dBc. Four 10M atomic-clock-grade output interfaces synchronize seamlessly with terNario ecosystem switches/NAS, establishing a global picosecond-level timebase system.

Precision Chassis Engineering

Crafted from an 8kg solid block of aerospace-grade 6061-T6 aluminum, the frame undergoes dual-sided CNC machining via five-axis technology, achieving assembly tolerances as tight as 0.05mm. This instrument-grade enclosure not only shifts resonance frequencies above the inaudible 200Hz threshold but also employs a 3D symmetrical stress distribution design to suppress traditional Hi-Fi device vibrations (typically -80dB) down to -116dB.

Harmonic Control System

The innovative hybrid damping architecture comprises three core components: a semi-floating decoupling layer of anodized aluminum top plates and elastic silicone sheets, a three-point ceramic-composite spike energy dissipation terminal, and a spring+silicone composite isolation foundation. When synergized, these layers attenuate full-spectrum micro-vibrations (10Hz–20kHz) to a 0.3μm peak-to-peak level—equivalent to placing a 12cm marble plinth beneath a vinyl turntable.

The brilliance of this acoustic architecture lies in its fusion of material science and vibration engineering: the aerospace aluminum’s high stiffness suppresses high-frequency resonances, cast iron counterweights target 50Hz power-line interference, while ceramic-matrix composites dismantle standing wave conditions in the 6–8kHz range. As the physical foundation of the entire digital system, it ensures every precision circuit module operates under ideal conditions akin to an optical platform.