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The multi sensor is intended to assess structure-borne noise levels for the identification of wear processes. It houses numerous sensors, including a vibration sensor. The multisensor device can incorporate a temperature and/or speed sensor in addition to the vibration sensor.
A camera system with numerous image sensors and lenses housed in one housing to cover a broad field of view or a broad spectrum of wavelengths is known as a multisensor system. Multi-sensor cameras come in many different varieties and are used for a range of purposes.
The Global Multi-sensor Camera market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Hanwha Techwin Announces Two New AI-based Dual Channel Multi-sensor Cameras. The PNM-C12083RVD supports real 120dB WDR (Wide Dynamic Range) at 15 frames per second while maintaining a frame rate of 6 frames per second for each of its 6MP sensors. Motorised vari-focal lenses provide versatile field of view adjustment in both directions with a focal range of 3.54-6.69mm.
Similar to this, each of the two 2MP sensors on the new PNM-C7083RVD supports 30fps with 120dB WDR. The motorised vari-focal lenses of the camera may focus between 3.0-6.0mm.
The deep-learning algorithms used in the new multi-directional AI cameras can accurately recognise a variety of different things. They significantly increase the accuracy of video analytics by being able to recognise and classify faces, licence plates, and moving objects in real time. False alarms brought on by uninteresting motion, such as wind-tossed trees, shadows, or animals, are drastically decreased.
A compatible VMS can leverage the video’s included camera-generated metadata (person, face, car, and licence plate) to do a highly effective forensic search. In order to help the operator make a quick decision, the cameras also produce BestShot (a frame containing the object spotted), which can be displayed during forensic search results.
A multi-sensor camera from Pelco called the GFC Professional 4K is intended for high-performance surveillance applications. It has four 4K sensors that offer a broad viewing angle and high-resolution photos, making it perfect for keeping an eye on expansive locations like parking lots, airports, and city centers.
The camera has cutting-edge technologies that improve its surveillance capabilities, including video analytics, automated PTZ tracking, and low-light performance.
While the automatic PTZ tracking feature enables the camera to follow moving objects and zoom in for closer examination, the video analytics feature can detect and track objects and events, such as people, vehicles, and loitering. Additionally, the camera can deliver clear images even in difficult lighting conditions thanks to its low-light performance.
Due to its tough and resilient design, the GFC Professional 4K is impervious to inclement weather, vandalism, and tampering. Because it supports PoE and has a web interface that enables users to change camera settings remotely, it is also simple to install and maintain.
The GFC Professional 4K is a modern multi-sensor camera with excellent performance, high-quality imagery, and simple installation and maintenance. It is perfect for a variety of applications, including vital infrastructure, transportation, and public safety, thanks to its cutting-edge features and tough architecture.
Designed for immersive and panoramic surveillance applications, Pelco offers the Evolution 180 multi-sensor camera. It has two 4MP sensors set up in a 180-degree orientation, giving it a wide-angle view of the area being watched.
Advanced features on the camera, such as built-in analytics, true WDR, and low light performance, enable it to capture clear, detailed images even in dim lighting. The Evolution 180 is simple to install and blends in with the surroundings because of its tiny and stylish design. Additionally, it is weatherproof and vandal-resistant, making it perfect for outdoor monitoring applications.
With the camera’s compatibility for H.264 and H.265 compression, less network bandwidth and storage space are needed without sacrificing video quality. Motion detection, tampering detection, and intrusion detection are among the built-in analytics of the camera that warn security staff in real time of any suspicious behavior.
Furthermore, it supports a variety of mounting techniques, such as wall, ceiling, and pendant mounts, offering versatile installation options. A versatile and dependable multi-sensor camera with cutting-edge features, an excellent image, and adaptable mounting choices is the Evolution 180. It is perfect for a variety of applications, including retail, education, and transportation, thanks to its panoramic and immersive perspective, built-in analytics, and waterproof construction.
Avigilon sells a brand of multi-sensor network cameras called the H5 Multisensor camera line. These cameras are made to offer an adaptable and effective solution for video surveillance in a range of applications. Four movable sensors may be individually positioned and focussed to cover a large field of view on the H5 Multisensor cameras.
The sensors are contained in a single, small device, which lowers the cost of installation and upkeep. There are four variants of the H5 Multisensor cameras: flexible, 180-degree, 360-degree, and panoramic. The 180-degree variant is perfect for surveillance in hallways, corridors, and other tight locations since it offers a large field of vision and up to 12MP resolution.
The 360-degree model is appropriate for keeping an eye on wide spaces like lobbies, warehouses, and parking lots since it has a 360-degree field of view and up to 32MP resolution. To meet diverse surveillance demands, the panoramic and adaptable models provide a mix of multiple fields of view and resolutions.
Finally, the use of cloud computing has also allowed multi-sensor cameras to become more cost-effective. By storing and processing data in the cloud, multi-sensor cameras can be used in more applications without needing to invest in expensive hardware. This allows more businesses and consumers to take advantage of the technology, making it more accessible and affordable.
One of the most notable deals in the multi-sensor camera space has been the acquisition of SightLogix by Hikvision, This acquisition represented one of the most significant deals in the multi-sensor camera industry, as it granted Hikvision access to SightLogix’s advanced thermal imaging technology and other intellectual property.
In addition to the SightLogix acquisition, Hikvision has also announced a partnership with the University of Science and Technology of China (USTC). This partnership will see the two organizations working together to develop advanced multi-sensor camera technology. The partnership will also focus on exploring applications for the technology in a number of different industries, such as security and healthcare.
Another major multi-sensor camera acquisition was announced when FLIR Systems acquired Point Grey Research. This acquisition gave FLIR access to Point Grey’s advanced camera technology, which includes highly sensitive sensors and advanced image processing capabilities.
In addition to these acquisitions, there have also been several strategic partnerships announced in the multi-sensor camera space. One of the most notable partnerships was announced between the University of California, San Diego and the University of Southern California. This partnership will see the two universities working together to develop and commercialize advanced multi-sensor camera technology.
Furthermore, the European Union launched its Horizon 2020 project, which aims to develop and commercialize advanced multi-sensor camera technology for applications in the automotive and security industries. The project has gathered support from a number of major players in the multi-sensor camera space, including the University of California, San Diego and the University of Southern California.
The most significant recent trend in multi-sensor camera technology is the development of intelligent, autonomous camera systems. This technology allows cameras to be programmed to detect and respond to certain objects or activities in their environment.
For example, a camera system could be set up to monitor traffic on a highway and detect any vehicles that are moving too slowly or in the wrong direction. These cameras can then be programmed to alert the appropriate authorities when they detect any suspicious activity.
Another trend in multi-sensor camera technology is the use of AI to process and analyze the data captured by the camera. This can be used to improve the accuracy of the system and to detect objects or activities with greater precision. In addition, AI can be used to create 3D models of the environment, allowing robots to better understand their surroundings.
The increasing popularity of multi-sensor cameras has also led to the development of more compact and lightweight designs. This makes them easier to install and to transport, allowing them to be used in a wider range of applications
