Overview The Black Box EVNDVI02-0010 is a 10-foot male-to-male DVI-D Dual-Link cable designed to transmit high-quality digital video signals with precision and reliability. It supports resolutions up to 2560 by 1600 pixels, making it ideal for connecting high-definition monitors, projectors, or other display devices that demand sharp and detailed images. With data transmission speeds reaching 9.9 Gbps, this cable ensures smooth video playback without lag or signal loss. Key features DVI-D Dual-Link connection that supports high-resolution digital video for clear and detailed images 10-foot length provides flexibility in setting up your workstation or home theater without compromising signal quality Nickel-plated connectors combined with 28 AWG wire enhance durability and maintain a stable connection over time PVC jacket reinforced with Ferrite Cores reduces electromagnetic and radio frequency interference, preserving signal integrity in busy electronic environments Fully compliant with DVI DDWG standards to ensure compatibility with a wide range of DVI-D Dual-Link devices Key specs Cable length: 10 feet (3.0 meters) Connector type: Male to male DVI-D Dual-Link Maximum resolution supported: 2560 x 1600 pixels Data transmission speed: up to 9.9 Gbps Wire gauge: 28 AWG Connector plating: Nickel Jacket material: PVC with Ferrite Cores for EMI and RFI reduction Connectivity and compatibility This cable is designed to work seamlessly with devices that feature DVI-D Dual-Link ports, including high-definition monitors, professional workstations, projectors, and digital signage displays. Its adherence to DVI DDWG standards guarantees broad compatibility, making it a reliable choice for various setups that require high-resolution digital video transmission. Ideal uses and environments The Black Box EVNDVI02-0010 fits well in professional and home environments where high-resolution video quality is essential. It is a strong choice for users setting up multi-monitor workstations, home theater systems, or digital signage installations that demand stable and interference-free video connections. Its shielding and ferrite cores make it suitable for spaces with multiple electronic devices where signal interference could otherwise be a concern.
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