![]() The next step is to configure a DHCP server to provide the Raspberry PI with its own IP address. The MAC address of my Raspberry PI is: b8:27:eb:15:e4:ef Start wireshark, put the SD Card in the Raspberry PI, connect the Raspberry PI to the network, and power it on. ![]() I suggest to use wireshark (clearly on the server) to get this information: a view on the network packets flowing on the net can teach a lot about how the boot process really works. The Raspberry PI MAC address is required to provide it with its specific IP address. The goal of DHCP is to provide our Raspberry PI with an IP address and inform it that the server is available for the next steps of the network boot This file will be read at boot time and never modified so the card should not be further damaged.įurther information on the boot modes can be retrieved from the boot modes page on the raspberry pi foundation documentation site. Even a partially damaged SD card or a fake SD card can be used for this purpose. It is a 50K file so any size of SD Card is okay. The latest version of bootcode.bin can be dowloaded from here. The SD card needs to contain one FAT partition and inside it one file: bootcode.bin. ![]() ![]() Only Raspberry PI 3 supports network booting without any card 6 Enable SSH on a headless netbooted RPI. ![]()
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