![]() On the other hand, today's wireless technologies also support industrial sensors that generate only low data rates but operate on batteries at low power. All of these are useful in many industrial scenarios. Wireless technologies now support reliable low-latency communications, high throughput, and significantly increased density of devices. Initially, wireless technologies were designed to serve specific market needs and offered distinct characteristics just for those use cases, such as ubiquitous connectivity for smart devices, cellular communications, wireless sensing applications, etc. All of which significantly boost operational efficiencies and production uptime. Wireless connectivity technologies have evolved to support bandwidth-intensive worker productivity applications, reliable mobility for critical assets, and increased data collection from all areas of the plant. With rapid digitization of industrial operations and ever-more-mobile applications, the need for high-throughput, scalable, reliable, broad wireless connectivity is rising. Historically, wireless technology in many industrial settings has been limited to less-than-critical sensing applications and connecting IT devices. ![]()
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