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Whether you’re just starting with an idea in your garage or part of a team developing a new product for an established OEM, we invite you to explore our resources to stay up to date in the world of wearable trends and technology.
The design requirements for wearable devices are unique amongst embedded systems. Design engineers don’t have the freedom to trade size against weight, or performance for power.
From the need to maintain small form factors and keep system power requirements low to concerns over data integrity and cost, the design space for diagnostic wearables is fraught with complexity.
With the support of technologies such as LE Audio and the influence of the entire Bluetooth technology community, much more attention and energy will be focused on the hearing aid industry.
TWS headsets have maintained a 100% growth rate in the past few years. Shipments reached 120 million units in 2019, and are expected to exceed 200 million units by the end of 2020.
Opportunities are already emerging from the COVID-19 pandemic. While grasping these opportunities is no simple task, we can learn from the success stories of the recent past.
The idea of using IoT technology to deploy healthcare resources more efficiently, to cover a wider population and to provide more convenient treatment services, has gained traction.
Development of very low powered analog body sensors, digital microcontrollers, and innovative power and battery management circuits are driving the growth of wearable healthcare products.
Whether you have an in-house team or are exporting the building of infrastructure to a trusted partner, make sure the team is asking the right questions when it comes to implementing and deploying IoT solutions.
Wearable devices are moving quickly from concept to reality based on evolving technologies such as sensor fusion, communications and vision. Wearables have evolved to become perceptually aware agents that learn through users’ experiences, activitie
As more sensors are added to nearly every electronic device including smartphones, tablets and wearables, more power is needed to run sensor data and turn it into useful information.
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Whether you’re just starting with an idea in your garage or part of a team developing a new product for an established OEM, we invite you to explore our resources to stay up to date in the world of wearable trends and technology.
Part of the value proposition for IoT technology and ubiquitous connectivity is enabling new approaches to solving long-standing challenges. Many of those challenges are incidental to the task, like keeping construction site workers safe.
Optical sensors deliver a non-invasive solution for monitoring the body below the skin, especially the cardiovascular system. The way tissue absorbs light is the principle, but sensors provide the accuracy.
From the need to maintain small form factors and keep system power requirements low to concerns over data integrity and cost, the design space for diagnostic wearables is fraught with complexity.
The design requirements for wearable devices are unique amongst embedded systems. Design engineers don’t have the freedom to trade size against weight, or performance for power.
Development of very low powered analog body sensors, digital microcontrollers, and innovative power and battery management circuits are driving the growth of wearable healthcare products.
Whether you have an in-house team or are exporting the building of infrastructure to a trusted partner, make sure the team is asking the right questions when it comes to implementing and deploying IoT solutions.
When you think of experiencing music, what comes to mind? The sound. But sound is vibrations—and the key to how Avnet created a wearable to allow deaf and hard of hearing people to listen to live music.
Wearable devices are moving quickly from concept to reality based on evolving technologies such as sensor fusion, communications and vision. Wearables have evolved to become perceptually aware agents that learn through users’ experiences, activitie
As more sensors are added to nearly every electronic device including smartphones, tablets and wearables, more power is needed to run sensor data and turn it into useful information.