PT-C-CPDHD-18G – USB-C to HDMI Converter: Direct Video Conversion and Power Injection
The PT-C-CPDHD-18G utilises a direct signal path to convert USB-C video output to HDMI 2.0, supporting high-bandwidth AV transmission for professional meeting rooms, huddle spaces, and signage installations. The converter’s construction incorporates a semi user-facing, mountable housing, facilitating integration into both fixed and flexible AV environments. An integrated Power Delivery injection port makes up to 100W possible. Signal retiming circuitry maintains signal integrity across extended cable runs, while onboard EDID and HDCP management support compatibility with a wide range of source devices and displays.

• USB-C to HDMI 2.0 Conversion: Directly converts USB-C video signals at up to 18Gbps bandwidth (4K 60Hz 4:4:4) to HDMI 2.0 output, supporting modern laptops and mobile devices in AV installations.

• Integrated 100W Power Delivery: Injects up to 100W USB-C power through a locking connector, enabling device charging without additional power supplies or adapters in meeting and presentation environments.

• Signal Retimer for Extended Cable Runs: Built-in signal retimer circuitry supports USB-C input cables up to 2.00 metres and HDMI output cables up to 5.00 metres, maintaining signal quality over longer distances.

• EDID and HDCP Management: Integrated management of EDID (Extended Display Identification Data) and HDCP (High-bandwidth Digital Content Protection) protocols ensures reliable source-to-display communication and content protection compliance.

• Mountable ProAV Housing Design: Professional-grade, front-accessible housing supports secure mounting in AV furniture, under tables, or behind displays for streamlined installation and user access.

Technical Integration for Modern AV Environments
PT-C-CPDHD-18G addresses common AV challenges by enabling direct USB-C to HDMI conversion with Power Delivery injection and signal management. The converter supports legacy HDMI-only switchers and displays, while facilitating longer cable runs and unified device charging in collaborative and hybrid workspaces.