![]() Also, note that I am using a pre-production Turing Pi board in the above picture the final production version may differ slightly from what you see here. ![]() If you're using a Compute Module IO board (instead of the Turing Pi), make sure that J4 ('USB SLAVE BOOT ENABLE') is set to the 'EN' (enabled) position. On the Turing Pi, you can move a jumper from 'boot' to 'flash' mode, put your Compute Module in slot 1 (closest to the micro USB port), then plug your Mac into the micro USB port: But if you have the eMMC memory, it's nice to be able to 'flash' that memory with an OS, so the compute module uses the onboard storage and doesn't require a separate boot device (either microSD card or USB disk). If you don't have memory, you can attach a microSD card and boot from it, just like you would on any Raspberry Pi model B or model A. You can buy Compute Modules with or without onboard eMMC memory. Interested in learning more about building a Turing Pi cluster? Subscribe to my YouTube channel-I'm going to be posting a series on the Turing Pi and Rasbperry Pi clustering in the next few weeks! ![]() I recently got to play around with a Turing Pi, which uses Raspberry Pi Compute Modules to build a cluster of up to 7 Raspberry Pi nodes.
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