West Penn DA2402-1000-BLACK Digital 2pr, 24g AES/EBU Wire, Black

The DA2402-1000-BLACK is a professional-grade Digital 2-pair 24-gauge AES/EBU wire, meticulously designed to meet the stringent requirements of digital audio applications. With a substantial length of 1000 feet, it provides ample material for comprehensive audio installations in various professional settings. This cable is specifically engineered for AES/EBU (Audio Engineering Society/European Broadcasting Union) digital audio signals, ensuring precise and interference-free data transmission. Its black color designates it for professional audio use, aiding in system organization. The DA2402-1000-BLACK is a reliable choice for audio engineers, studios, and live sound professionals, offering exceptional signal integrity and performance in a robust and efficient package.

West Penn DA2402-1000-BLACK Features:

• Ample Length: This AES/EBU wire offers a generous length of 1000 feet, suitable for extensive digital audio installations.
• Digital Audio Compatibility: Specifically engineered for AES/EBU (Audio Engineering Society/European Broadcasting Union) digital audio signals, ensuring precise data transmission.
• 2-Pair Configuration: The cable features a 2-pair configuration, making it suitable for various audio applications.
• 24-Gauge Wire: Each conductor is constructed with 24-gauge wire, ensuring efficient and reliable data transmission for digital audio.
• Black Color: The black color designates it for professional audio use, aiding in system organization.

West Penn DA2402-1000-BLACK Specifications:

• Cable Type: Digital 2-pair AES/EBU Wire
• Cable Length: 1000 feet
• Conductor Gauge: 24 AWG (American Wire Gauge)
• Pair Configuration: 2 pairs
• Color: Black
• Digital Audio Compatibility: Engineered for AES/EBU digital audio signals, ensuring precise and interference-free data transmission.
• Applications: Suitable for professional audio setups, studios, live sound applications, and digital audio installations.
• Reliability: Provides exceptional signal integrity and performance, meeting the demands of audio professionals for precise data transmission.