10ft FireWire 800 Cable IEEE-1394b 9-Pin Male to Male Data Transfer Cable, Black

10ft FireWire 800 Cable IEEE-1394b 9-Pin Male to Male Data Transfer Cable, Black

The IEEE-1394b FireWire 800 cable represents the pinnacle of high-speed data transfer technology, engineered specifically for professional and creative environments demanding reliable, high-bandwidth connectivity. This professional-grade cable features 9-pin male connectors on both ends, supporting data transfer speeds up to 800 Mbps.

Built with premium components, including 25 AWG twisted pair and 22 AWG conductors, this cable ensures optimal signal integrity across its entire length. The comprehensive shielding system effectively blocks electromagnetic and radio frequency interference, maintaining pristine data transmission even in environments with significant electronic noise.

The cable's universal compatibility extends across multiple platforms, seamlessly connecting with PC, Mac, and SUN systems, as well as Apple FireWire and Sony iLink devices. This versatility makes it an essential tool for professional audio/video studios, content creation workstations, and high-performance computing environments.

Professional users will appreciate the cable's robust construction and attention to detail in its engineering. The high-quality connectors ensure secure, stable connections, while the premium internal conductors maintain signal quality over extended periods of use.

RoHS compliance demonstrates our commitment to environmental responsibility, ensuring this cable meets strict standards for hazardous substance restrictions. The black exterior provides a professional appearance while offering excellent durability for long-term use.

Whether connecting professional audio interfaces, high-speed storage devices, digital video equipment, or other FireWire 800 peripherals, this cable delivers the performance and reliability required for professional applications. Its combination of high-speed capability, robust construction, and universal compatibility makes it an ideal choice for environments where data integrity and transfer speed are paramount.