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Motoma Lipo Battery In AI Wearable

Date:2024-07-25

Revolutionizing AI Wearables with Ultra-Thin, Ultra-Safe, and Ultra-Durable Batteries


AI Wearable Market Overview


Artificial Intelligence (AI) is reshaping our world in ways we couldn‘t have imagined. AI‘s integration into wearables has sparked a significant market growth, driven by consumer interest in health, fitness, and personal technology. This surge in demand is pushing innovations that make technology more intuitive and seamless, going beyond the limitations of traditional smartphone-centric devices.

Image Device Developer Price Key Features Key Features
Image 1 Rabbit R1 Rabbit $199 Voice commands, 2.88-inch touchscreen, rotating camera, speaker Replaces smartphone functionalities with voice-based interactions, enhancing simplicity and utility.
Image 2 Humane AI Pin Humane $699 13MP camera, built-in projector, touchpad, real-time translation, nutritional scanning. Combines technology with fashion, offering productivity tools in a discreet, wearable format.
Image 3 Tab AI Shiffman N/A Voice-activated, builds a personal Knowledge Graph from conversational data, works with smartphone app Voice-activated, builds a personal Knowledge Graph from conversational data, works with smartphone app


Motoma Lipo Battery in AI Wearables


Recently, the Motoma team successfully collaborated with a renowned Israeli AI wearable company to address their battery challenges, providing a solution that stands out for its thinness, safety, and longevity.

Battery Features:

  • Dimensions: 2.9*9.5*17.5mm
  • Nominal Voltage: 3.8V
  • Fully Charged Voltage: 4.35V
  • Fully Discharged Voltage: 3.0V
  • Nominal Capacity: 35mAh
  • Connection: Flex PCB
  • Weight: ~1g
  • Cycle Life: 500+ cycles


Technology Advantages:


  • Durability Under Extreme Conditions: The battery can endure 120°C for 300 seconds without swelling or damage, maintaining its charge and discharge capabilities and cycle life.
  • Robust Design: This performance is crucial as the battery is integrated with the device‘s PCBA within a plastic watch strap, produced through an over-molding process at high temperatures.
  • Consistent Performance: After rigorous testing post-manufacturing, the batteries retain at least 80% capacity even after 500 cycles at 0.2C charge and discharge rates.


For AI hardware projects that require reliable, rechargeable batteries, contact the Motoma team at info@motoma.com.