Wearable Technology Components

Wearable devices have become the hot commodity in today’s tech landscape. From fitness to healthcare, to infotainment, wearable technology has changed the way consumers receive and send data across the world; opening the door for the wearable market to exponentially grow in the years to come.

When it comes to the inner workings of wearable devices, designing-in the proper electronic components has never been so important. Each component plays a major role in the usability and aesthetics of the device.

Wearables by Vertical Market
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Wearable Electronics - Panasonic Industrial Devices


Fitness wearable electronics in forms of watches, bands, and clothing enhance training performance and prevent long-term injuries by allowing users to track and view accurate data such as heart rate, acceleration, and breathing rate. The Bluetooth capability built into wearable devices also allows home and professional athletes alike to share their progress in real time with friends and coaches. It has been proven that people even become more motivated when they receive positive feedback through progress data they share via social media.

Some examples of wearables for fitness include:

  • Fitness trackers for calorie, speed, distance, and heart rate
  • Body vests for muscle performance monitoring
  • Ankle bands for calibrating daily steps 
  • Keychains for sleep and activity enhancement
  • Chest clips for tracking breathing patterns to reduce anxiety and stress

Healthcare & Medical

With wearable devices that send real-time physiological data of patients, doctors are able to closely monitor the fluctuation of a patient’s vital signs to better manage and research chronic diseases.  Wearable devices can reliably deliver automatic actions, such as a glucose injection, that greatly minimize a disease’s disruption to patients’ daily lives. A wearable device that is small and durable enough to be worn by the patient at all times can send automated real-time distress alerts in the case of a seizure or heart attack; the result can very literally save someone's life. 

Some examples of wearables for healthcare / medical include:

  • AED (automated external defibrillator) to automatically diagnose and treat life-threatening situations
  • Wearable heart rate monitor and wearable blood pressure monitor
  • Pain relief manager with nerve stimulation to reduce chronic pain
  • Blood glucose monitors with automated insulin injection for diabetics
  • Clothing apparel that constantly scans for cancer signs on the body 


Wearable technologies have the ability to take entertainment experiences to a whole new level. With wearable headsets, users are immersed into a 3D augmented reality as if they were physically inside a virtual reality game or movie. Wearable cameras allow users to capture streaming video at concerts and sports games and share them with other fans who are not physically present. This helps to create new shared interest communities around the world.

Some examples of wearables for infotainment include:

  • Augmented reality headsets
  • Wearable digital video cameras for hands-free recording
  • Smart toys for kids
  • Smart fabrics for fashion apparel
  • Wearable speakers 
  • Smart watches and glasses


The efficiency and safety of industrial workers rely on the minimization of distractions at work. Tools like smart eyewear with real-time field status updates ensure that the workers are able to receive needed information to perform without taking their eyes from the danger zone for even a split second. Some wearable technology even provides 360-degree peripheral vision so workers can view their entire surroundings; which is impossible without a wearable aid. Industrial wearable technology also provides location tracking and environmental conditions for all workers to enhance their protection and safety under extreme environments.

 Some wearables in industrial include:

  • Helmets that monitor head injury or helmet damage
  • Binoculars delivering real-time information feed to pilot’s line of sight
  • Barcode scanners with a binary heads up display
  • Safety goggles with data display

Related products

  • SP-Cap Polymer AluminumSurface-mount with low-ESR, low-ESL, low-profile and high-voltage Series
  • POSCAP Tantalum-PolymerSurface-mount with low-ESR, Compact, high-capacity and high-voltage Types
  • Chip ResistorsThick Film-, Thin Film-, Shunt, pulseproof-, Anti-Sulfuration-, high Power-, low Ohmic Thick Film Resistor
  • Bluetooth Low EnergyBluetooth low energy functionality reduces power consumption down to a tenth of a Bluetooth BR/EDR device.
  • NFC ICs and ModulesUltra low power, dual interface NFC solutions with built-in FeRAM
  • Ambient Light and Proximity SensorsIn addition to existing ambient light sensor, Panasonic has developed a composite sensor that contains 3 devices of ambient light.
  • Wireless ChargingPanasonic's wireless power control ICs support all equipments (DSC, DVC, portable audio, cellphone, smartphone, etc.) conforming to WPC 1.1 (Qi standard) of WPC (Wireless Power Consortium).
  • PS Pressure SensorsHigh precision pressure sensor (without amp.)
  • Light Sensor NaPiCaSensitivity like that of a human eye
  • GS1 Acceleration SensorHigh-precision MEMS 1-axis acceleration sensor
  • Light Touch Switches (Including Automotive Use)Provide a unique sharp and clear click operational feel, have low contact resistance and small bouncing noise.
  • Relays & ConnectorsPanasonic offers a wide variety of Relays including Power, PhotoMOS, Signal, Solid State, Automotive, and High Frequency. The Connector offering includes narrow-pitch board to board and board to FPC connectors featuring terminal pitch ranges from 0.35mm to 0.5mm and mated height ranges from 0.6mm to 14.0mm. Panasonic also provides LED, FPC / FFC and micro coaxial connectors.
  • Chip VaristorsPanasonic offers both single and multi-layer versions of Metal Oxide Varistors or Surge Absorbers.

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