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Can ultra-wideband really help all industries resume work and production? [Copy link]

Qorvo explains in an article:

Proximity sensing is an important safety consideration for many companies returning to work. UWB is the technology of choice for this application, providing the highest accuracy and enabling the development of compact, low-power solutions. We believe that the use of proximity sensing tools can accelerate the adoption of UWB technology in other workplaces that require precise positioning and distance sensing, including asset tracking and indoor navigation. Similarly, the technology can be used in many other areas, including mobile devices, automobiles, and smart homes.

Industries including healthcare, logistics, electronics, construction and education are exploring the use of proximity sensing tools to help employees return to work safely. These applications use wearable UWB devices to continuously monitor the distance between employees and, in some cases, track employee compliance with social distancing and contact tracing. Leading device manufacturers in North America, Europe and Asia Pacific are using Qorvo's UWB technology.

If you are interested in this article about Qorvo, you can click here to read it.

Can ultra-wideband really help all walks of life to resume work and production? It is said that ultra-wideband is also the focus of future mobile phone development. Currently, Samsung and Apple have applied ultra-wideband technology. Is this ultra-wideband technology really the focus of future development? Interested friends, let's talk about it together.

This post is from RF/Wirelessly

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Ultra-wideband (UWB) was used for short-distance high-speed data transmission in the early days. In recent years, foreign countries have begun to use its sub-nanosecond ultra-narrow pulses for short-distance precise indoor positioning. There is definitely a lot of room for improvement in the epidemic.   Details Published on 2020-11-21 14:29
 

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Ultra-wideband (UWB) was used for short-distance high-speed data transmission in the early days. In recent years, foreign countries have begun to use its sub-nanosecond ultra-narrow pulses for short-distance precise indoor positioning. There is definitely a lot of room for improvement in the epidemic.

This post is from RF/Wirelessly
 
 

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