StarTech.com to HDMI 2.0 Adapter USB Type C 4 Supported Display(s) - Quad 4K

StarTech Adapter, Quad 4K Maximum Resolution, USB C Thunderbolt Connector Type - QUAD-USB-HDMI-ADAPT

This adaptor converts a USB Type C connection to multiple HDMI outputs for driving several displays simultaneously. It is designed for scenarios requiring expanded video outputs from a single USB‑C or Thunderbolt‑capable port, supporting contemporary HDMI video standards and regulatory EMC approvals for use in professional and commercial environments.

Features and Benefits:

• HDMI2.0 video throughput supporting high‑bandwidth content
  USB Type C Interface enabling single‑cable host connectivity
  Supports four external displays for extended desktop workflows
  Thunderbolt‑compatible USB‑C connector for high‑speed transfer
  Quad 4K maximum resolution for detailed multi‑screen imaging
  CE, FCC and ICES EMC approvals for compliant electromagnetic behaviour

Applications

• Suitable for multi‑screen trading desk configurations
  Ideal for control room visualisation and monitoring stations
  Used with presentation systems requiring four simultaneous outputs
  Can be used for digital signage arrays with UHD content
  Used for workstation setups needing several independent displays

How does it handle video bandwidth when driving multiple screens?

The device uses HDMI2.0 signalling over a USB‑C/Thunderbolt connection to allocate sufficient bandwidth for up to four displays at the product’s maximum supported resolution.

Which host ports are compatible with this unit?

Hosts providing a USB Type C port with DisplayPort/Thunderbolt video capability are compatible with the adaptor’s USB‑C Thunderbolt connector.

What approvals indicate suitability for commercial installations?

The adaptor carries CE, FCC and ICES EMC approvals indicating compliance with recognised electromagnetic emission and immunity requirements.

Can it drive mixed‑resolution displays concurrently?

The adaptor supports multiple displays up to the stated maximum resolution, allowing varied resolution configurations within the overall bandwidth limits.