Vivolink PRODPOP15 Cable DisplayPort 15 m Negro

Vivolink PRODPOP15 is a 15 m optical DisplayPort 1.4 cable with a slim 4 mm diameter designed to deliver high-quality video and audio over long distances. The cable supports ultra-high resolutions up to 8K at 60 Hz and features enhanced flexibility for a small bending radius, making it suitable for installations where routing space is limited. Both ends are equipped with DisplayPort connectors and the product complies with RoHS standards.

Advantages

The Vivolink PRODPOP15 combines DisplayPort 1.4 bandwidth with optical transmission to prevent signal loss over long runs, while its ultra-flexible 4 mm construction allows tight bends and easier cable management. At 15 m length and 0.26 kg weight it is lightweight and simple to handle for AV installations and projector setups.

Suitable for

• Connecting high-resolution PCs or media players to monitors or projectors over long distances
• AV installations in conference rooms, auditoriums and classrooms
• Professional video setups requiring 8K@60Hz support

Key specifications

• Model: Vivolink PRODPOP15 (MPN: PRODPOP15)
• Length: 15 m
• Standard: DisplayPort 1.4
• Resolution support: up to 8K@60Hz
• Diameter: 4 mm (slim, optical)
• Connectors: DisplayPort to DisplayPort
• Color: Black
• Weight: 0.26 kg
• Compliance: RoHS
• EAN: 5706998768551

How to use

Connect one DisplayPort connector to the source device (PC, media player or laptop) and the other to the DisplayPort input on the monitor or projector. Ensure both devices are powered and set to the appropriate input. The optical cable requires no external power; handle by the connectors and avoid sharp kinks. For best results, route the cable to avoid tight pinches and keep connector ends clean before insertion.

Recommendations

For reliable 8K@60Hz performance, use with DisplayPort 1.4 compatible devices and confirm source and display settings support the required resolution and refresh rate. Avoid excessive tensile stress and repeated sharp bending near the connector ends to preserve the optical fiber integrity.