LHY SW-10PRO Audiophile Ethernet Switch with Integrated OCXO Master Clock

SW-10PRO vs AS-8PRO – Key Upgrades

The SW-10PRO is a special collaboration model co-developed by Vinshine Audio and LHY Audio, built upon the foundation of the AS-8PRO with several critical enhancements for elevated performance:

• Upgraded OCXO: Equipped with an all-new military-grade SC-CUT OCXO featuring ultra-low phase noise better than -110 dBc/Hz at 1Hz offset, offering superior timing accuracy. 

• Enhanced Power Supply: Utilises 12 × Vishay BC056 high-grade reservoir capacitors (vs. 6 on AS-8PRO), delivering greater current stability and lower noise floor.

• Superior Clock Architecture: Features a top-tier PLL clock synthesizer that distributes ultra-precise 10MHz signals to both the 1G and 2.5G network zones.

• Dual Master Clock Outputs: The SW-10PRO doubles as a high-end 10MHz Master Clock generator, equipped with two precision 50Ω BNC outputs. This allows it to simultaneously synchronize multiple high-end components—such as streamers, DACs, or reclockers—ensuring system-wide timing coherence, reduced jitter, and a significant uplift in overall sonic transparency and imaging stability. (AS-8PRO offers 1 in, 1 out.)

• Exclusive Design: Features Vinshine Audio embossed branding on a CNC-milled aluminium billet chassis

• Test Certification Included: Each unit is shipped with a serialized, traceable OCXO Phase Noise and Allan Deviation Test Report, assuring measured performance and quality

Recommended Fiber Optics / SFP Modules

• Finisar FTLF1318P3BTL SFP Module
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• FS.com Single-mode OS2 Fiber Optic Cable (Inverted/Crossed)
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Important Note: 

The SW-10PRO is a high-performance Ethernet network switch designed to complement —not replace— your existing modem and router. It requires integration with a router to function as part of your home network. If you're unsure about setup or compatibility, please don't hesitate to contact us—we're here to help.

FAQ

1 ) Will the concealed network switch overheat?

The high thermal conductivity of aluminium also contributes to passive heat dissipation, improving overall system stability and longevity without the need for noisy active cooling solutions.