MCDP5200B0

Video Processing Overview

The MCDP5200B0 is a single-port protocol converter manufactured by Kinetic Technologies. It functions as a DisplayPort to HDMI converter with an HDCP 1.x/2.x repeater capability. The device supports USB Type-C and DP1.4a Alt-Mode inputs, converting them to HDMI2.0b outputs. It integrates a USB retimer to maintain signal integrity. The component is housed in a 169-TFBGA package.

Video Processing Feature Summary

• Converts USB Type-C and DisplayPort Alt-Mode signals to HDMI
• Includes integrated USB retimer for signal conditioning
• Supports HDCP 1.x and HDCP 2.x content protection

Video Processing Applications

• USB Type-C to HDMI docking stations
• DisplayPort to HDMI adapters
• Video conversion modules for consumer electronics

Video Processing Procurement Notes

Verify the specific ordering suffix when purchasing. The MCDP5200B0 designation corresponds to a Tray package configuration. Distributors may list the Tape & Reel variant under different suffixes such as MCDP5200B0T. Confirm the package type required for your assembly process before placing orders to ensure compatibility with manufacturing equipment.

Video Processing Selection Notes

Select this component when a single-port solution is needed to bridge USB Type-C or DisplayPort sources to HDMI displays. It is suitable for applications requiring HDCP compliance and signal retiming. Ensure the design supports the TFBGA package footprint. This part is distinct from multi-port converters or devices lacking retimer functionality.

Video Processing Part Context

Kinetic Technologies specializes in analog and mixed-signal integrated circuits for video processing. The MCDP5200 series addresses the growing demand for seamless connectivity between modern digital interfaces and legacy display standards. This specific model focuses on high-fidelity video conversion within compact form factors.

Video Processing Replacement Considerations

Check for updated Tape & Reel versions like MCDP5200B0T if automated assembly is required. Verify pinout compatibility with existing designs. No direct functional substitutes are explicitly confirmed in public documentation; evaluate alternative protocol converters based on interface requirements.