The Enova Solutions "6 m RCA Jack Adapter Cable Stereo" is meticulously crafted to cater to the demanding needs of audio professionals and enthusiasts alike. This adapter cable efficiently bridges consumer and professional audio equipment, facilitating seamless connections between devices with RCA outputs and equipment with 1/4 mono jack inputs.
Featuring high-quality metal connectors with gold-plated contacts, this cable ensures superior sound transmission and reduced signal interference, making it ideal for high-fidelity applications. The RCA connectors are color-coded (black for left channel and red for right channel) to simplify setup and ensure correct channel mapping. The 1/4 TS mono jack plugs are similarly color-coded, enhancing ease of use in complex setups.
This 6-meter cable offers exceptional reach, making it perfect for situations where devices are spaced far apart, such as in large recording studios or when managing stage setups. The cable's durable design includes a flexible yet robust 4/8 mm diameter outer jacket that withstands frequent bending and routing around equipment. Velcro straps included in the packaging aid in cable management, keeping installations neat and organized.
Specifications
- Brand: ENOVA
- Series: A3-Serie
- Version: Cable Version
- Connector Type: RCA Male 2 Pol, 1/4 Jack 2 Pol
- Cable Type: RCA Plug to 2x 1/4 Plug
- Number of Contacts: 2
- Gender: Cable male to male
- Cable Surface Color: Black
- Cable Length: 6 meters
- Cable Diameter: Ø 4/8 mm
- Working Temperature Minimum: -20° C
- Working Temperature Maximum: +60° C
- Country of Origin: China
- POS Packaging: Yes
- Sleeve Size: Medium Audio Sleeve 154 mm x 85 mm
- Applications: DJ, Keyboard player, Sound engineer
- Markets: Event Production, HIFI, Home Recording, Multimedia installation, Recording studio
- AES/EBU Compatibility: Up to 200 m
Ideal for both studio recordings and live performances, the Enova "6 m RCA Jack Adapter Cable Stereo" provides a reliable and high-quality link, ensuring audio is transmitted clearly and accurately over significant distances.
