CLUB3D Multi Stream Transport Hub DisplayPort 1.2 para HDMI monitor duplo

The Multi Stream Transport Hub CLUB3D CSV-6200H uses DisplayPort 1.2 Multi Stream Transport (MST) technology to send multiple independent uncompressed video and audio streams over a single DisplayPort cable. The hub accepts one DisplayPort 1.2 input and distributes video to two HDMI displays, enabling a dual-monitor setup without additional drivers. The device is plug-and-play; when connected to a DisplayPort 1.1 source it functions as a splitter and mirrors the same image across all outputs. Compact and lightweight, the CSV-6200H supports high-resolution displays and is suitable for productivity and multitasking environments.

Advantages

The CSV-6200H enables two HDMI monitors from one DisplayPort 1.2 output using MST, preserving independent video streams where supported. It supports protected content and high-performance applications while remaining driver-free and plug-and-play. The hub is compact and lightweight for easy transport and connects directly to HDMI screens without additional converters.

Suitable for

Key specifications

How to use

Connect the hub's DisplayPort input to the source device's DisplayPort 1.2 output using a suitable DisplayPort cable. Attach up to two HDMI displays to the hub's HDMI outputs. Power the hub using the specified 5 V/2 A supply if required by your configuration. The hub will distribute independent video streams when used with a DisplayPort 1.2 source; with a DisplayPort 1.1 source the hub will mirror the same image to both HDMI outputs. No driver installation is necessary; the system should detect the displays automatically.

Recommendations

For optimal results, use a DisplayPort 1.2-capable source and HDMI displays that support the required resolutions. Check your source GPU’s total DisplayPort bandwidth and each display’s supported resolution and refresh rate to ensure desired performance. When using high resolutions (for example 3840 × 2160), verify cable quality and display settings to achieve stable output.