The increasing multitude of connected devices and the growing complexity of Wi-Fi applications
including Internet and data, 4K video, IoT, smart home apps and more, is straining Wi-Fi beyond
its capabilities. Integrated Wi-Fi Chips, edge software and cloud technology delivering the best
Wi-Fi experience, anywhere, anytime and on any device.
High-resolution RF imaging that detects, depicts and tracks the motion, behavior and location of people and objects.
Celeno’s Wi-Fi Doppler Imaging is a breakthrough technology in objects detection and event recognition. The specialized Wi-Fi silicon chip seamlessly double-functions, providing both state-of-the-art Wi-Fi 6 connectivity and full duplex doppler imaging operation. Wi-Fi Doppler Imaging accurately identifies, tracks and classifies the location and movement of people, pets and objects across homes, office spaces and public facilities - without requiring line-of-sight. It collects doppler and micro-doppler signatures of moving objects in fine resolution, enabling myriad determinations and timely analytics, including: the classification of body postures, motions, gait and gestures; fall and breathing detection; people counting; and differentiation between adults, children, pets and objects.
Based on standard Wi-Fi packets and RF characteristics, Wi-Fi Doppler Imaging operates in the 5GHz Wi-Fi spectrum (and in the future also 6GHz). Unlike other costly radar solutions, the Wi-Fi -based technology enables solution providers to deliver differentiated, “see-through-walls” event recognition services to their customers - without requiring the deployment of additional dedicated infrastructure or intrusive cameras.
The right MIMO configuration, when and where you need it.
Celeno’s ElasticMIMO™ combines disruptive silicon architecture (available in the CL8000 product family) and optimization engine to dynamically allocate
The dynamic allocation is driven by self-learning the actual Wi-Fi usage patterns, allowing the Wi-Fi Access Point to self-adapt accordingly, resulting in an elastic MIMO configuration that ranges from 2x2 to 6x6 per Wi-Fi band as and when needed. This is as opposed to conventional systems, hard-wired when shipped. This dynamic allocation delivers up to two times higher Wi-Fi network performance in a typical home environment compared to a conventional, rigid 4x4 (2.4GHz) + 4x4 (5GHz) MIMO configuration. The solution addresses the #1 challenge for Wi-Fi – delivering high-quality experience anywhere, anytime and on any device based on real Wi-Fi usage patterns.
Click to download our whitepaper and discover how Elastic MIMO dynamically adapts the MIMO system allocation between bands, when and where you need them.
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