Efinix, Inc.
  • Ti375 Introduction
  • Ti375 Features
    • Ti375 Available Package Options
  • Ti375 Device Core Functional Description
    • Ti375 XLR Cell
    • Ti375 Embedded Memory
      • Ti375 True Dual-Port Mode
      • Ti375 Simple Dual-Port Mode
    • Ti375 DSP Block
    • Ti375 Clock and Control Network
      • Ti375 Clock Sources that Drive the Global and Regional Networks
      • Ti375 Driving the Global Network
      • Ti375 Driving the Regional Network
      • Ti375 Driving the Local Network
  • Ti375 Device Interface Functional Description
    • Ti375 Interface Block Connectivity
    • Ti375 GPIO
      • Ti375 Features for HVIO and HSIO Configured as GPIO
        • Ti375 Double-Data I/O
        • Ti375 Programmable Delay Chains
      • Ti375 HVIO
      • Ti375 HSIO
        • Ti375 HSIO Configured as GPIO
        • Ti375 HSIO Configured as LVDS
        • Ti375 HSIO Configured as MIPI Lane
      • Ti375 I/O Banks
    • Ti375 DDR DRAM Interface
    • Ti375 MIPI D-PHY
      • Ti375 MIPI RX D-PHY
      • Ti375 MIPI TX D-PHY
    • Ti375 Oscillator
    • Ti375 Fractional PLL
      • Ti375 Reference Clock Resource Assignments
      • Ti375 Programmable Duty Cycle
      • Ti375 Fractional Output Divider
      • Ti375 Spread-Spectrum Clocking
      • Ti375 Dynamic PLL Reconfiguration
      • Ti375 Dynamic Phase Shift
    • Ti375 Spread-Spectrum Clocking PLL
    • Ti375 Hardened RISC-V Block Interface
    • Ti375 Transceiver Interface
    • Ti375 Single-Event Upset Detection
    • Ti375 Internal Reconfiguration Block
  • Ti375 Security Feature
  • Ti375 Power Sequence
    • Ti375 Power-Up Sequence
    • Ti375 Power-Down Sequence
    • Ti375 Power Supply Current Transient
    • Ti375 Unused Resources and Features
  • Ti375 Configuration
    • Ti375 Supported Configuration Modes
  • Ti375 Characteristics and Timing
    • Ti375 DC and Switching Characteristics
    • Ti375 HSIO Electrical and Timing Specifications
    • Ti375 MIPI Electrical Specifications and Timing
      • Ti375 MIPI Reset Timing
    • Ti375 PLL Timing and AC Characteristics
    • Ti375 Configuration Timing
      • Ti375 JTAG Mode
      • Ti375 SPI Active Mode
      • Ti375 SPI Passive Mode
    • Ti375 Transceiver Specifications
  • Ti375 Pinout Description
    • Ti375 Configuration Pins
    • Ti375 Dedicated DDR Pinout
    • Ti375 Dedicated MIPI D-PHY Pinout
    • Ti375 Dedicated Transceiver Pinout
    • Ti375 Pin States
  • Ti375 Interface Floorplan
  • Ti375 Efinity Software Support
  • Ti375 Ordering Codes
  • Ti375 Revision History

Ti375 Power Sequence

Important: You must follow the power-up and power-down sequence when powering Titanium FPGAs.
  • Ti375 Power-Up Sequence
  • Ti375 Power-Down Sequence
  • Ti375 Power Supply Current Transient
  • Ti375 Unused Resources and Features

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