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General| Brand | Nvidia |
|---|---|
| Model | Jetson TX2 NX |
| Category | Computer Hardware |
| Language | English |
Lists related documents and models for further information and guidance.
Defines technical abbreviations and terms used throughout the design guide.
Lists the categories and functions of interfaces available on the module.
Provides a high-level block diagram illustrating the module's architecture and interfaces.
Details the pinout matrix for the 260-pin SODIMM connector of the module.
Discusses the button power MCU implementation and firmware requirements.
Explains the USB SuperSpeed hub design and its configuration details.
Describes the PoE header and its use for powering a custom carrier board.
Details the use of TI TXB0108 level shifters for signal voltage translation.
Identifies features from the developer kit not recommended for custom carrier board designs.
Describes the 260-pin SODIMM connector used for module connection.
Explains the mounting process, including standoffs and screws, for integrity.
Provides step-by-step instructions for correctly installing and removing the module.
Details power and system-related pin descriptions for the Jetson TX2 NX module.
Explains the power supply architecture and the sequence of operations for powering.
Describes handshake signals for module and carrier board power control.
Illustrates the system power and control flow between carrier board and module.
Details the power-up and power-down sequences for the module.
Lists the pin descriptions for the USB 2.0 interfaces on the Jetson TX2 NX.
Details pin descriptions for USB 3.0 and PCIe interfaces.
Shows the lane mapping configurations for USB 3.0 and PCIe interfaces.
Introduces the USB interfaces and provides a connection example.
Provides design guidelines and requirements for USB 2.0 interface routing.
Offers design guidelines and requirements for USB 3.0 interface routing.
Lists general guidelines for routing USB interfaces, including flex/PCB considerations.
Introduces the PCIe interfaces available on the module.
Shows an example connection diagram for PCIe interfaces.
Provides detailed signal routing requirements for the PCIe interface.
Details the pin descriptions for the Gigabit Ethernet interface.
Illustrates the Ethernet connections from the module to the PHY.
Shows the connection of Gigabit Ethernet magnetics and RJ45 connectors.
Specifies signal routing requirements for the Ethernet MDI interface.
Lists the signal connections for Ethernet interfaces.
Provides general pin descriptions for display interfaces on the module.
Introduces the MIPI DSI interface and its capabilities.
Details the pin descriptions for the MIPI DSI interface.
Provides design guidelines for MIPI DSI and CSI interfaces.
Lists the signal connections for the MIPI DSI interface.
Introduces the HDMI, eDP, and DP display interfaces.
Details the pin descriptions for eDP and DP display interfaces.
Shows an example connection for DP and eDP interfaces.
Provides routing guidelines for eDP and DP interfaces.
Lists signal connections for eDP and DP interfaces.
Introduces the HDMI interface and its capabilities.
Illustrates a typical connection example for the HDMI interface.
Provides routing guidelines and requirements for the HDMI interface.
Lists the signal connections for the HDMI interface.
Details the pin descriptions for the MIPI CSI interface.
Lists miscellaneous camera-related pin descriptions.
Shows an example connection for a 4-lane CSI camera.
Outlines the CSI configuration options for different camera stream setups.
Illustrates the various MIPI CSI connection options.
Provides design guidelines for the CSI interface.
Lists the signal connections for the MIPI CSI interface.
Details the pin descriptions for SD Card and SDIO interfaces.
Shows an example connection for an SD Card.
Specifies signal routing requirements for SD Card and SDIO interfaces.
Lists the signal connections for SD Card and SDIO interfaces.
Details the pin descriptions for the Audio interfaces.
Illustrates the audio connections on the Jetson TX2 NX.
Shows the connection schematic for audio codec.
Specifies signal routing requirements for audio interfaces.
Lists the signal connections for audio interfaces.
Introduces the I2C interfaces and their pin descriptions.
Illustrates the I2C connection schematics.
Provides design guidelines for I2C interfaces, including address management.
Specifies signal routing requirements for I2C interfaces.
Lists the signal connections for I2C interfaces.
Introduces the SPI interfaces and their pin descriptions.
Shows basic connection examples for SPI master and slave configurations.
Illustrates different SPI topologies like point-point and daisy chain.
Specifies signal routing requirements for SPI interfaces.
Details the CAN interface and its pin description.
Explains fan control features using PWM and Tachometer.
Lists the pin descriptions for fan control.
Introduces the UART interfaces and their pin descriptions.
Details the pin descriptions for the UART interfaces.
Explains the use of UART for debugging purposes.
Provides pin descriptions for the debug UART.
Discusses internal pull-ups for dual-voltage block pins powered at 1.8V.
Explains Schmitt-trigger mode for MPIO pins to improve noise immunity.
Lists pins pulled high during power-on and design considerations.
Lists pins with external resistors pulled high before system reset.
Identifies unused MPIO pins and pin groups that can be left unconnected.
Explains the naming conventions used for signals and I/O types.
Lists and defines the I/O codes used for signal types.
Details the format used to specify routing guidelines for signals.
Explains conventions for SE/Diff impedance and trace spacing.
Provides general guidelines for routing high-speed interfaces.
Discusses considerations for maximum trace lengths and delays in PCB design.
Explains techniques for matching signal flight times and trace delays.
Covers general PCB routing practices, including stack-up and noise coupling.
Lists common requirements for high-speed interfaces, including impedance.
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