- Smart City
- Smart Home
- Smart Buildings
- Industry 4.0
- Smart Mass Transit
- Smart Education
- Broadband Service Provider
The multitude of connected devices and the growing complexity of Wi-Fi applications is straining the medium beyond its traditional capabilities. Customers expect an ever-expanding array of services from their high-speed Internet connection, including downloading media-rich data, streaming 4K video and utilizing smart apps to efficiently connect and control myriad systems (AC, lighting and more) throughout the home or office facility -- all with seamless bandwidth allocation across spaces with difficult line of sight challenges. Beyond the expectations for flawless connectivity performance, customers are also looking for solutions that can help them track the movement of people and objects throughout their premises, identify sudden changes in behavior that may indicate a security breach, a fall of a child or elderly person and more.
Celeno's state-of-the-art, integrated Wi-Fi Chips, edge software and cloud technology deliver a superior Wi-Fi experience while adding a new layer of groundbreaking enabling technology for non-intrusive imaging of events and objects.
Celeno offers a range of high-performing, highly integrated Wi-Fi 6 (802.11ax) single PCIe chips that deliver the best Wi-Fi network performance for their size by combining two Wi-Fi 6 radios into a single 11x11mm PCIe chip. The chips employ two concurrent dual-band Wi-Fi 6 radios.
The CL2400 series supports MU-MIMO, beamforming and an array of Spatial Streams. Employing advanced MAC and PHY improvements to perfect throughput in dense environments, the CL2400 product family significantly enhances Wi-Fi performance, range and reliability.
The product family integrates both a CPU and memory to run more of the wireless LAN functions on-chip, eliminating the need for costly external memories and delivering a strong host offloading solution.
Celeno’s Wi-Fi Doppler Imaging is a breakthrough technology in object 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 and uses advanced signal processing and machine learning algorithms to accurately classify human postures and gestures, 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 6GHz spectrum). 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.
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. Learn More.
Click to download our whitepaper and discover how ElasticMIMO dynamically adapts the MIMO system allocation between bands, when and where you need them.