Diodes Incorporated PI2DPX1264 Linear ReDriver™

Diodes Incorporated PI2DPX1264 Linear ReDriver™ is a non-blocking DisplayPort 2.1/eDP1.5 with an on-chip AUX channel listener. This device supports UHBR13.5 (13.5Gbps), UHBR10 (10Gbps), HBR3 (8.1Gbps), HBR2 (5.4Gbps), and DisplayPort dual mode. The PI2DPX1264 linear ReDriver also supports DisplayPort AUX-Less Advance Link Power Management (ALPM). This device features ultra-low latency of less than 300ps for improved interoperability, interchangeable input channel polarity, and individual controls on CTLE gain and flat gain.

The PI2DPX1264 linear ReDriver auto-selects a pre-defined EQ/FG setting per data rate for SI optimization. This device includes an I2C slave that supports speeds up to 1MHz. The PI2DPX1264 linear ReDriver is lead-free and RoHS compliant. This device is used in active cables, laptop PCs, VR/AR goggles, gaming consoles, and embedded display panels.

Features

  • 4-Channel configuration with 13.5Gbps linear ReDriver
  • Supports eDP1.5/DP2.1 and the channel speed up to 13.5Gbps DP2.1 (UHBR13.5)
  • Ultra-low latency (<300ps) for improved interoperability and data throughput
  • Individual controls on CTLE gain and flat gain
  • Integrated AUX listener for power management and speed detect
  • I2C slave supports with speed up to 1MHz
  • Supports DisplayPort AUX-Less Advance Link Power Management (ALPM)
  • Supports DisplayPort dual mode
  • Auto selects pre-defined EQ/FG setting per data rate for SI optimization
  • Interchangeable input channel polarity
  • Low active current consumption:
    • 4-lane DP: 160mA (typical)
    • 2-lane DP: 80mA (typical)
    • 1-lane DP: 40mA (typical)
  • 1.8V ±5% single power supply
  • -40°C to 85°C industrial temperature support
  • Lead-free and RoHS compliant

Applications

  • Laptop PCs
  • Desktop PCs
  • Gaming consoles
  • VR/AR goggles
  • Active cables
  • Embedded display panels

System with DisplayPort Connector Application

Diodes Incorporated PI2DPX1264 Linear ReDriver™
Published: 2024-12-19 | Updated: 2025-01-23