Equip HDMI to DVI-D Single Link Cable, 5m

The Equip HDMI to DVI-D Single Link Cable (5 m) transmits uncompressed digital video between HDMI source devices and DVI-D displays. Constructed from premium materials with triple shielding, the cable is designed to deliver a clear digital video signal for connections between Blu‑Ray players, set‑top boxes, game consoles or computers and HDTVs, LCD monitors or projectors. The cable features an HDMI connector on one end and a DVI‑D connector on the other, in a 5 m length and black finish.

Advantages

The triple shielding construction reduces electromagnetic interference and supports error‑free data transmission. Single‑link DVI‑D combined with an HDMI connector enables straightforward digital video routing without compression loss. The 5 m length provides flexibility for typical home and office setups while the robust build and standardized connectors ensure reliable connectivity.

Suitable for

• Connecting Blu‑Ray players or set‑top boxes to DVI‑D monitors or projectors
• Linking game consoles to displays that accept DVI‑D input via HDMI
• Connecting computers or laptops with HDMI output to DVI‑D monitors

Key specifications

• Cable length: 5 m
• Connector 1: HDMI
• Connector 2: DVI‑D (Single Link)
• Product colour: Black
• Weight: 0.222 kg
• Brand: EQUIP
• MPN: 119325
• EAN: 4015867150528

How to use

Insert the HDMI connector into the HDMI output of the source device (for example a Blu‑Ray player, console or computer) and connect the DVI‑D connector to the DVI‑D input of the display device. Ensure both devices are powered off during connection, power them on afterwards, and select the appropriate input on the display. Adjust display settings (resolution and refresh rate) on the source device if necessary to match the capabilities of the DVI‑D display.

Recommendations

Use this HDMI to DVI‑D cable for digital video only; DVI‑D does not carry an audio signal, so route audio separately if required. Avoid tight bends and excessive force on the connectors; keep the cable away from strong electromagnetic sources to maintain signal integrity.