In this episode of The Hardware Podcast, Lucas and Luna explore the emerging technology of on-chip microbatteries—tiny energy storage units integrated directly onto silicon chips. They discuss how researchers at MIT and imec are developing solid-state microbatteries with energy densities up to 100 microwatt-hours per square millimeter, enabling self-powered IoT sensors that could run for years without battery changes. The hosts examine the key challenges: thermal integration during chip fabrication, electrolyte materials that withstand semiconductor processing, and the trade-off between capacity and footprint. They also highlight a real-world application: a smart building sensor prototype that uses an on-chip microbattery to transmit temperature data every 15 minutes for over a decade. The episode concludes with a look at how this could impact medical implants, environmental monitoring, and ultra-low-power edge computing.

#OnChipMicrobatteries #EnergyHarvesting #IoT #Semiconductors #SolidStateBatteries #MIT #Imec #AutonomousSensors #ChipIntegration #LowPower #MedicalImplants #EdgeComputing #BatteryTechnology #SmartBuildings #Nanotechnology #Technology #FexingoBusiness #BusinessPodcast

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