Acoustic Revive CLOCK-1.0BNC Triple C-FM 是專為高階數位音頻系統打造的精密 BNC 時鐘信號線材，用於連接具 BNC 時鐘接口的音響設備，如主時鐘、DAC、數位處理器等，確保數位時鐘信號的極致準確傳輸及低傳送誤差（jitter）特性。
此線採用 Acoustic Revive 獨家 PC-TripleC-FM（Pure Copper-Continuous Crystal Construction-Furutech Modified） 導體技術，是經鍛造與加工後密度極高、純度極高的銅導體，不僅導通性卓越，更能維持時鐘信號的精準性與穩定性，有助降低訊號失真與時序誤差。
線材結構為單芯設計，特別適合時鐘頻率訊號的穩定傳輸；且配備三層屏蔽系統，有效抵抗電磁與射頻干擾（EMI/RFI），保持時鐘訊號的純淨性。終端採用高品質鍍銠 BNC 連接器，提供優異的接觸穩定性與耐氧化性。
此外，該產品兼具高柔韌性與耐用性，使用方便且可輕鬆整合至各類數位音響系統中。對追求低噪背景、更精準節奏與更細節呈現的音響愛好者與專業用戶，CLOCK-1.0BNC Triple C-FM 提供了高性價比的時鐘連接方案，是提升數位系統整體性能的重要配件。
Acoustic Revive CLOCK-1.0BNC Triple C-FM is a precision BNC clock signal cable designed specifically for high-end digital audio systems. It is used to connect audio equipment with BNC clock interfaces, such as master clocks, DACs, and digital processors, ensuring the ultimate accuracy of digital clock signal transmission and low jitter characteristics.
This cable employs Acoustic Revive’s exclusive PC-TripleC-FM (Pure Copper-Continuous Crystal Construction-Furutech Modified) conductor technology. The conductor, which is forged and processed to achieve high density and purity, not only exhibits excellent conductivity but also maintains the precision and stability of the clock signals, helping to reduce signal distortion and timing errors.
The cable features a single-core design, making it particularly suitable for the stable transmission of clock frequency signals. It is equipped with a triple-layer shielding system that effectively resists electromagnetic and radio frequency interference (EMI/RFI), ensuring the purity of the clock signal. The terminals use high-quality rhodium-plated BNC connectors, providing excellent contact stability and resistance to oxidation.
Additionally, this product combines high flexibility and durability, making it easy to integrate into various digital audio systems. For audio enthusiasts and professionals seeking a low noise background, more precise rhythms, and enhanced detail presentation, the CLOCK-1.0BNC Triple C-FM offers a cost-effective clock connection solution, serving as an essential accessory for improving the overall performance of digital systems.
