Cabo DVI ShiverPeaks SP77441 1,5 m DVI-D azul

The ShiverPeaks SP77441 DVI cable is a 1.5 m DVI-D lead designed to provide a stable wired connection between DVI-enabled devices. With DVI-D connectors on both ends, this blue cable carries digital video signals for clear, high-resolution image transmission. It is suitable for desktop monitors, projectors and graphics cards that accept DVI-D inputs, offering a straightforward solution for single-link digital video connections.

Advantages

This DVI-D cable supports digital video transfer without analogue pins, reducing signal conversion and preserving image clarity. Its 1.5 m length balances reach and signal integrity for typical desk and AV setups. The outer sheath and connector housings are manufactured for repeated plugging and unplugging, helping ensure durability and sustained performance over time. The blue jacket makes cable identification simpler in multi-cable environments.

Suitable for

• Connecting a DVI-D monitor to a PC graphics card
• Linking a projector with DVI-D input for presentations
• Replacing or extending short DVI-D cables in desktop or workstation setups

Key specifications

• Connector type: DVI-D on both ends (digital only)
• Length: 1.5 metres
• Cable colour: Blue
• Signal type: Digital video (single-link DVI-D compatibility)
• Typical use: Video transmission between DVI-compatible devices

How to use

Ensure both devices support DVI-D connections and power is turned off before connecting. Align the DVI-D connector with the port and insert it gently until the connector is seated; secure any thumbscrews if present to stabilise the connection. Power on the devices and select the appropriate input source on the monitor or projector. For optimal image settings, adjust resolution and refresh rate in the device’s display settings to match the connected display’s native specifications.

Recommendations

For best results, avoid sharp bends and excessive tension on the cable, and keep the connectors free from dust. Use the cable within its 1.5 m length to minimise potential signal degradation; if longer runs are required, consider signal-appropriate alternatives.