The right choice for connection of progressive scan DVD or high-definition digital A/V sources to A/V receivers and processors
Top Micro ID# Cables to Go 40209 Original price: $81.19 Promo savings: $16.24 (today only) On Sale:$64.95 4 Business Day Shipping Inventory Level: Limited stock
SonicWave Component Video Plus S/PDIF digital audio combination cables are meticulously crafted to ensure full, accurate and interference-free delivery of critical digital audio and component video signals. Silver-plated oxygen-free copper conductors and nitrogen-foamed PE dielectric combine with Cu Shielding Technology(TM) and a 24K gold-plated connector to provide a lifetime of uncompromised performance. The OFC-braided shields are combined with a 100% Mylar(R) foil wrap to ensure immunity to environmentally-induced noise. These precision cables are guaranteed to allow the full resolution of high-definition video and jitter-free digital audio data to be delivered to the downstream component. Precision construction techniques maintain characteristic 75-ohm impedance in the SPDIF digital and component video conductors for maximum stability and fidelity. With Impact Acoustics’ SonicWave component video/SPDIF coaxial digital combination interconnects, you will see and hear all the detail your system can deliver. Features: Connectors: 4 “RCA” - Red, Blue, Green, Orange. Ideal for high-definition video sources such as progressive scan DVD, digital satellite, and extended performance video recorders. Silver-plated oxygen-free copper center conductors. Three layers of shielding: two 80%+ OFC copper braids and one 100% overlapped Mylar(R) foil. 24 Karat gold-plated precision connectors ensure positive signal transfer. Silver-soldered to eliminate the negative effects of dissimilar metals. Flexcable(TM) ultra-flexible PVC jacket for easy installation.
The right choice for connection of progressive scan DVD or high-definition digital A/V sources to A/V receivers and processors 1.5ft SONICWAVE(TM) COMPONENT VIDEO PLUS DIGITAL AUDIO INTERCONNECT