![]() Its format is -cnnnn-pppp-vvv r.0, where: The field contains 22 bytes of data, right-padded with 0x00 or 0xFF. If you develop a custom carrier board, coordinate with NVIDIA to assign an appropriate value to this field. In a module's EEPROM this field contains the module's part number in a carrier board's EEPROM it contains the carrier board's part number. Product part number, used for asset tracking. ![]() The boot software creates device tree nodes for this number of Ethernet interfaces and assigns them successive MAC addresses beginning with the default Gigabit Ethernet MAC address.įor example, if the Gigabit Ethernet MAC address is specified as 00:04:4b:00:00:00 and the number of additional Ethernet MAC addresses is 3, the software creates nodes for three Ethernet interfaces with addresses 00:04:4b:00:00:00, 00:04:4b:00:00:01, and 00:04:4b:00:00:02.įor customer-overwriteable Ethernet MAC addresses, the customer-overwriteable number of Ethernet MAC addresses is used instead. Orin only: Number of MAC addresses used by the platform for Ethernet interfaces. Reserved for future use or for NVIDIA internal use. Length of module ID data starting from this field to the end of EEPROM data. Software may parse EEPROM data only if both version numbers match between the software and the module. The version numbers are incremented for backward-incompatible changes. The EEPROM's major and minor version number. The Notes column identifies the fields in which they differ. The following table describes the layout of both EEPROMs. Both EEPROMs are 256 bytes long, and they have similar formats. For example, for the MAC addressĠ0:04:4b:01:02:03, the low-addressed byte contains 0x03 andĪ Jetson system has two EEPROMs, one on the module and one on the carrier board. the low-addressed byteĬontains the least significant digit and the high-addressed byte This topic describes the layout of EEPROM for NVIDIA ® Jetson™ devices supported by this release of NVIDIA ® Jetson™ Linux.Īll numeric values are little-endian, i.e. Configuring the Jetson Expansion Headers.Configuration of Vendor-Specified MAC Addresses.Software Packages and the Update Mechanism.Hardware Acceleration in the WebRTC Framework.
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