The TC358771XBG(EL) is an HDMI to CSI-2 bridge IC manufactured by Toshiba Semiconductor and Storage. This chip is primarily designed to convert HDMI input signals into CSI-2 output signals, making it suitable for applications that require interfacing HDMI sources with CSI-2 compatible processors or devices, often found in embedded vision systems and mobile applications.

Applications

  
• Mobile devices: Integration with smartphone and tablet camera systems to capture HDMI input.
  
• Embedded vision systems: Used in industrial cameras and machine vision applications for HDMI signal capture.
  
• Automotive infotainment: Connecting HDMI sources (e.g., media players) to CSI-2 based display processors.
  
• Gaming consoles: Facilitating video capture from gaming consoles for streaming or recording.
  
• Medical imaging equipment: Connecting HDMI output from diagnostic devices to CSI-2 based processors.

Features

  
• HDMI to CSI-2 conversion: Converts HDMI input signals to CSI-2 output.
  
• High-resolution support: Supports various HDMI resolutions including 1080p and 4K.
  
• Low power consumption: Optimized for battery-powered devices.
  
• Built-in HDCP support: Handles High-bandwidth Digital Content Protection for secure video transmission.
  
• Compact package: Small form factor suitable for space-constrained applications.

Benefits

  
• Simplified system design: Provides a straightforward solution for interfacing HDMI with CSI-2.
  
• Enhanced video quality: Preserves video integrity during the conversion process.
  
• Reduced power consumption: Extends battery life in mobile devices.
  
• Secure video transmission: Supports HDCP for protected content.
  
• Compact integration: Enables integration into small form factor devices.

Additional Details

The TC358771XBG(EL) typically includes features such as programmable output formats, adjustable signal timings, and integrated clock generation. It often supports various CSI-2 lane configurations to optimize bandwidth and power consumption. The device is usually packaged in a BGA (Ball Grid Array) to facilitate high-density mounting and efficient thermal dissipation.