![]() ![]() ![]() Identify the disk (not partition) of your SD card e.g. disk6 (not disk6s1).Insert the microSD in its adapter, then on the Mac.Ģ: Apple_CoreStorage Macintosh HD 499.4 GB disk0s2ģ: Apple_Boot Recovery HD 650.0 MB disk0s3Ġ: Apple_HFS Macintosh HD +499.1 GB disk1.Now, we need to prepare the drive for the benchmark. Let’s prepare the disk: This step will only have to be done once, regardless of the number of microSD cards you want to benchmark. It will get you the latest version of Raspbian and name it appropriately. This step will only have to be done once, regardless of the number of microSD cards you want to benchmark. MacBook Air (13-inch, Early 2015), MacBookAir7,2 ![]() This test is about writing the image of the Raspbian Operating System to the microSD card. Prepare the Raspberry Pi system, mainly the drive.Write an image from my MacBook Air to the microSD card, this process includes getting the right image, writing it to the SD card.I will now describe the processes I used in this benchmark. It may sound boring to some, but it can be useful to others and it will be interesting to compare results based on a consistent approach and methodology. A part of my desk, with some of my benchmarking installation, banshee is the one in the back left, you can also have an idea of what is my next card on the benchmark list / Photo © JG Perrinįollowing the success of my article on benchmarking microSD cards on the Raspberry Pi, I wanted to describe the methodology I used. ![]()
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