![]() The answer turns out to be a qualified “yes”. We’ll see some benchmarks, measure the power consumption, and find out how the new board does. Can it pull this trick off? Can it run faster, without burning up the batteries? Raspberry Pi sent Hackaday a review unit that I’ve been running through the paces all weekend. ![]() That’s the gap that the Pi Zero 2 W is trying to fill. ![]() But the cost was significantly slower computation than its bigger brothers. The old Pi Zero was great for these self-contained, probably headless, embedded projects: sipping the milliamps slowly. ![]() When you’re using a Pi Zero, odds are that you’re making a small project, and maybe even one that’s going to run on batteries. But this custom chip has a secret: it lets the board run on reasonably low power. While 512 MB of memory is not extravagant by today’s standards, it’s workable. One remarkable aspect of the board is the Raspberry-designed RP3A0 system-in-package, which includes the four CPUs and 512 MB of RAM all on the same chip. Last week we saw the announcement of the new Raspberry Pi Zero 2 W, which is basically an improved quad-core version of the Pi Zero - more comparable in speed to the Pi 3B+, but in the smaller Zero form factor.
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