- cross-posted to:
- technology@slrpnk.net
- technews@radiation.party
NightAuthor ( @NightAuthor@beehaw.org ) English16•2 years agoPowered a single microchip for six months with the chip just burning cycles for 45 minutes on and 15 minutes off. Further details not provided in article. Probably in the paper if you wanna read that.
Vex_Detrause ( @Vex_Detrause@lemmy.ca ) English11•2 years agoAbstract said it powered an Arm Cortex-M0+. The Arm Cortex-M0+ processor is the most energy-efficient Arm processor available for constrained embedded applications..
NightAuthor ( @NightAuthor@beehaw.org ) English3•2 years agoBuried all the way down in the abstract, damn. Glad I didn’t go seeking this info myself, would have wasted a lot of time reading that paragraph.
Vex_Detrause ( @Vex_Detrause@lemmy.ca ) English1•2 years agoI tried a quick google to see how much it uses but I guess it depends on peripherals.
hanni ( @hanni@lemmy.ml ) English3•2 years agoStill cool
NightAuthor ( @NightAuthor@beehaw.org ) English2•2 years agoAgreed
nothacking ( @nothacking@discuss.tchncs.de ) English2•2 years ago… and light. This is a solar panel. Cool, but not really ground breaking as the article suggests.
acockworkorange ( @acockworkorange@mander.xyz ) English3•2 years agoWith embedded battery, where neither depend on mined metals, both are biodegradable and non toxic, and it’s carbon fixing (negative greenhouse gas impact). Yeah that’s fucking groundbreaking.
nothacking ( @nothacking@discuss.tchncs.de ) English2•2 years agoYou don’t need a battery, just a capacitor for these levels of power draw, and you would be hard pressed to find a material that is more abundant on earth then silicon.
ddnomad ( @ddnomad@infosec.pub ) English2•2 years ago