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London, United Kingdom
Furthermore, we are working to develop more attractive products with the aim to become the world's No. We provide various functions for easily building sensing solutions using Edge AI for partners and customers. It is the core company of the group responsible for head office functions, research and development of semiconductor-related products, product planning, design, and sales. It is a company responsible for process development and production of semiconductor products. As a semiconductor manufacturing business base, they are actively working on the operation of business bases with high efficiency, high quality, and low environmental load at each base, aiming for the industry's top level manufacturing performance. They are responsible for the production (assembly process) of image sensors. They are responsible for the production of optical pickups. Currently, the world's share (money amount) in imaging applications is 51%*1, which is the world's No.
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Featured
SWIR Image Sensor
... Sony Semiconductor Solutions Group develops device business which includes Micro display, LSIs, and Semiconductor Laser, in focusing on Image Sensor. ...
San Diego, United States
11-50 Employees
2018
ModalAI accelerates autonomy for smaller, smarter and safer drones with SWAP-optimized Blue UAS Framework autopilots built in the USA. ModalAI co-founder, Chad Sweet, was lead engineer for Qualcomm’s robotics R&D effort, which led to the creation of drone and robotic product lines for Qualcomm’s Chipset Division. ModalAI is a member of the City of San Diego’s team for the FAA’s UAS Integration Pilot Program (IPP), helping to create the robust connectivity required for the project. ModalAI VOXL SDK is open and pairs with open applications like PX4, Docker, OpenCV, and ROS. ModalAI partners and OEMs who are powered by VOXL. We offer start-to-finish custom design services and plug-and-play computing platforms. Based in San Diego, California, ModalAI spun out of Qualcomm® in 2018 and leverages over five years of prior research and development in the drone and robotic markets. The Association for Uncrewed Vehicle Systems International (AUVSI), the world's largest nonprofit organization dedicated to the advancement of uncrewed systems and robotics, represents corporations and professionals from more than 60 countries involved in industry, government and academia.
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VOXL to VOXL 2 Image Sensor Interposer
... - DF40C to VOXL AXT Camera Adapter Use this interposer to attach legacy AXT style connectors to DF40C connectors used on the Qualcomm Flight RB5 5G and VOXL 2 platforms. Datasheet Compatibility Image Sensor Modules Electrically compatible with ModalAI image sensor modules that ...
Seville, Spain
51-100 Employees
2000
Our tools, technologies, and imaging solutions are built to bring you competitive advantage. Teledyne e2v is part of the Teledyne Imaging group of leading-edge companies aligned under the Teledyne umbrella. With unrivalled expertise across the spectrum and decades of experience, the collective of Teledyne Imaging offers world-leading technology and exceptional capabilities in sensing and synthesis, helping you capture better data and analyze it for better decisions. Individually, our sister companies each offer best-in-class products and technology. Together, they combine and leverage each other’s strengths to provide the deepest, widest imaging technology portoflio on this (or other) worlds. Find out more about the industrialization and manufacturing services of the Teledyne e2v Grenoble site:. Ultra-high speed image sensors, delivering millions of frames per second.
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CMOS image sensors
... Our CMOS image sensors rival the finest CCD and/or CMOS image sensors in the world when it comes to image quality. Click here for more information. ...
Bucheon-si, South Korea
11-50 Employees
2010
The name ParanTek was derived from ‘Paran’ which means rising together. ParanTek strives to help our customers find affordable solutions for their particular needs, and we always guarantee reliable technical support.We are confident that once you experience our products and services, we will enjoy a long-term, mutually successful relationship. Thank you for your interest in ParanTek Inc., an international provider of reliable, quality, technologically advanced CCTV and associated products. We believe our customers are true partners and that our dedication to quality products, service and support, leads directly to their continued success.From traditional analog CCTV to varied digital interfaces, our highly-skilled engineers pride themselves on designing and manufacturing high quality video products. Kim is fully involved in R&D and manufacturing processes but makes it a priority to meet with current and prospective customers to find a solution for their particular needs. Built-in OSD Switch, OSD port, RS232C UART Serial Port, UTC / DC5~12V Refer to the AHM series for complete miniature cameras.
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ParanTek - ABOUT US
... ParanTek designs and develops video camera modules with analog to varied digital interfaces in-house, using a variety of CCD and CMOS image sensors. ...
Weihai, China
251-500 Employees
High Resolution 2000dpi Line Image Sensor – Youtube. 展示会：The Battery Show Europe (2023) 開催場所：Messe Stuttgart 日程：2023年5月23日～25日 出展者：ITOCHU Deutschland GmbH ブース：Hall 4 D40. 展示会：Automate Show (2023) 開催場所：Huntington Place Convention Center 日程：2023年5月22日～25日 出展者：TEXMAC.Inc ブース：Hall D 7025.
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AIS Area Image Sensor
... AIS is a high-speed, high-resolution area image sensor consisting of multiple optical lenses and an image sensor. Developed for industrial inspection applications such as minute foreign matter inspection and apparel inspection. ...
Zhubei City, Taiwan
51-100 Employees
2014
We develop world-class CMOS image sensor products, thereby contribute to improved quality of people’s life and to progress in science and technology. Products BRV0507 : A 1/2.5”, 5M pixel, 60 Frames-per-Second, Wide Dynamic Range BSI CMOS Image Sensor. Products BRV0207: High-performance, 1/2.7”, 1080p, 60fps, Digital-Output Color CMOS Image Sensors.
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The CMOS Image Sensor
... The CMOS Image Sensor ...
United States
501-1000 Employees
1995
As the smartphone replaces stand-alone cameras as consumers’ camera of choice, the bar has been raised significantly for imaging technologies. OMNIVISION’s continued dedication to offering industry-leading interface protection, power management and touch & display solutions is what enables the mobile industry able to move forward. OMNIVISION places its customers at the leading edge of imaging technology with its commitment to innovative, forward-thinking solutions. Advanced digital imaging solutions enable smartphone suppliers to deliver professional-grade cameras into the hands of consumers. OMNIVISION’s advanced digital imaging solutions enable smartphone suppliers to deliver professional-grade cameras into the hands of consumers. World-facing cameras need to achieve DSLR performance, with less focus on resolution and more emphasis on additional features such as autofocus, speed, improved dynamic range and handshake jitter, while maintaining a thin form factor that fits into 7mm smartphone designs. A leading developer of advanced digital imaging, analog and touch & display solutions. OMNIVISION develops and delivers advanced imaging solutions to a variety of industrial and consumer markets.
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0.8 Micron, 32‑Megapixel Image Sensor for High-End Smartphones
... 0.8 Micron, 32‑Megapixel Image Sensor for High-End ...
Siegen, Germany
101-250 Employees
2002
pmdtechnologies ag, a fabless IC company headquartered in Siegen, Dresden and Ulm/Germany with subsidiaries in the USA, China and Korea, is the worldwide leading 3D Time-of-Flight CMOS-based digital imaging technology supplier. Started up in 2002, the company owns over 450 worldwide patents concerning pmd-based applications, the pmd measurement principle and its realization. Addressed markets for pmd's 3D sensors are industrial automation, automotive and the wide field of consumer applications like smartphones.
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News pmd as speaker at Image Sensors Europe
... as speaker at Image Sensors Europe – pmdtechnologies ...
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Image sensors
... Hamamatsu Photonics develops and manufactures image sensors with high sensitivity and a wide dynamic range that are ideal for high precision measurement such as spectrophotometry, as well as industrial measurement. ...
Dresden, Germany
11-50 Employees
2010
Lithoglas designs, manufactures and markets wafer-level components of highest quality on the basis of semiconductor and MEMS processing technologies. Lithoglas serves as a specialized foundry offering a high level of customization, but also markets of-the-shelf standard components for the use in LED, laser diode and sensor packaging. Lithoglas‘ patented technologies offer highly hermetic and reliable micro-structured components made of glass, silicon or other inorganic materials. Lithoglas® Windows for DUV applications increase light output, have excellent thermal behavior and allow for hermetic, SMD-type packages of UV LEDs or LED arrays. Lithoglas® Windows or Mirrors with integrated 45° mirror redirecting side-emitted light towards the top of the package with excellent thermal behaviour – available also in array format. Lithoglas® Sealing of opto sensors with excellent optical performance at highest reliability. Lithoglas® uses state of the art equipment in making its capping solutions. Lithoglas® Flat Windows for hermetic COB-packaging are available for ultraviolet, visible and infrared applications.
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Reliable Optical Window for Image Sensors
... Reliable Optical Window for Image Sensors ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Image Sensor
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 606 |
| Amount of suitable service providers | 319 |
| Average amount of employees | 101-250 |
| Oldest suiting company | 1948 |
| Youngest suiting company | 2018 |
An image sensor is a device that converts an optical image into an electronic signal. It is a critical component in digital cameras, smartphones, and various medical and industrial imaging devices. Employing a grid of photodetectors, each sensor element within the grid captures light photons and translates them into electrical charges. These charges are then processed and converted into a digital image by the camera's image processor. There are primarily two types of image sensors used in most modern devices: the Charge-Coupled Device (CCD) and the Complementary Metal-Oxide-Semiconductor (CMOS). CCD sensors are known for their high-quality image capture with excellent light sensitivity, making them ideal for use in professional photography and astronomy. On the other hand, CMOS sensors offer flexibility and lower power consumption, lending themselves to a wide range of applications from mobile phones to general surveillance. The advent of image sensors has revolutionized photography from analog to digital, enabling the capture of images with unprecedented clarity and detail. Moreover, their evolution continues to impact fields such as autonomous driving, where they play a pivotal role in vehicle navigation and obstacle detection. As technology advances, the capabilities and applications of image sensors expand, underscoring their significance in shaping the future of imaging technology.
1. Higher Sensitivity
Image sensors, particularly CMOS and CCD types, exhibit superior sensitivity to light compared to other imaging options. This characteristic allows them to capture images in lower light conditions without compromising on quality, enabling clearer pictures in a variety of environments.
2. Compact Size
The compactness of image sensors is a significant advantage. Their small footprint allows them to be integrated into a wide range of devices, from smartphones and digital cameras to medical imaging equipment and automotive sensors, without adding unnecessary bulk.
3. Low Power Consumption
Image sensors are designed to operate efficiently, consuming minimal power. This efficiency is especially crucial in battery-powered devices, such as mobile phones and portable cameras, where preserving battery life is a priority. Lower power consumption also contributes to less heat generation, extending the longevity of the device.
4. High Resolution
Modern image sensors offer high-resolution capabilities, enabling the capture of images with stunning detail and clarity. This benefit is essential for applications requiring precise imaging, such as satellite imagery, professional photography, and high-definition video recording.
While evaluating the different suppliers make sure to check the following criteria:
1. Sensor Type and Size
Ensure the supplier offers the specific type of image sensor (CMOS or CCD) that fits your application needs, including the right sensor size for adequate resolution and image quality.
2. Resolution
Consider the resolution of the image sensors provided. Higher resolution sensors capture more details, which is crucial for applications requiring high-quality images.
3. Low-Light Performance
Check for the sensor's performance under low-light conditions. This is particularly important for applications in surveillance, photography, and other fields where lighting can be unpredictable.
4. Frame Rate
Evaluate the maximum frame rate the sensor can handle, especially if your application requires capturing fast-moving objects without blurring.
5. Power Consumption
Understand the power requirements of the sensor. Lower power consumption is beneficial for portable or battery-operated devices.
6. Compatibility
Ensure the image sensor is compatible with your existing hardware and software infrastructure, to avoid additional costs or integration issues.
7. Supplier Reliability
Assess the reliability and market reputation of the supplier, including their track record for quality, delivery times, and after-sales support.
Image sensors play a pivotal role in the manufacturing industry, where precision and efficiency are paramount. They are integral to quality control processes, enabling automated inspection systems to detect defects and irregularities in products at high speeds. This application not only ensures the consistency and reliability of manufactured goods but also significantly reduces waste and improves production efficiency. In the realm of agriculture, image sensors are revolutionizing traditional farming practices through precision agriculture. Mounted on drones or agricultural machinery, these sensors capture detailed images of crops, analyzing them to assess health, growth, and hydration levels. This data-driven approach allows farmers to make informed decisions about irrigation, fertilization, and pest control, leading to optimized crop yields and reduced resource consumption. The automotive industry leverages image sensors extensively in the development of advanced driver assistance systems (ADAS). These sensors provide critical data for features such as lane departure warnings, traffic sign recognition, and autonomous emergency braking. By enhancing vehicle safety and driving comfort, image sensors are key components in the push towards fully autonomous vehicles. In healthcare, image sensors underpin a range of diagnostic and treatment technologies. From digital X-rays to endoscopic procedures, they offer high-resolution imaging capabilities that aid in the accurate diagnosis and effective treatment of various medical conditions. This technology not only improves patient outcomes but also streamlines healthcare workflows, making medical services more accessible and efficient.
Image sensors, critical components in digital cameras and various imaging devices, have reached a high Technology Readiness Level (TRL), typically situated at TRL 9. This advanced stage is attributable to their comprehensive integration and proven reliability in operational environments. The technical journey to this level has been marked by significant milestones, including the evolution from CCD (Charge-Coupled Device) to CMOS (Complementary Metal-Oxide-Semiconductor) technologies, which have greatly enhanced performance while reducing power consumption and cost. The miniaturization of these sensors, alongside improvements in pixel technology, has allowed for higher resolution and better image quality in a wide array of lighting conditions. Furthermore, advancements in back-illuminated sensor technology have improved low-light performance, a critical factor in their widespread adoption in consumer electronics, automotive, and industrial applications. The continuous innovation in image sensor technology, driven by increasing demand for high-quality imaging in smartphones, surveillance systems, and medical imaging devices, reflects their maturity and the industry's ability to address a broad spectrum of technical challenges. This culmination of years of research, development, and field testing solidifies their position at TRL 9, indicating they are fully operational and have been successfully deployed in a variety of real-world applications.
In the Short-Term, advancements in image sensor technology are expected to focus on increasing resolution and sensitivity. Manufacturers are pushing the boundaries of pixel engineering to achieve higher resolutions without compromising sensor size. This involves innovative designs that allow for more efficient light capture, enhancing low-light performance. Additionally, the integration of AI for better image processing directly on the sensor is becoming more prevalent, aiming to reduce latency and power consumption for real-time applications. Looking into the Mid-Term, developments are likely to pivot towards the integration of more specialized sensors to cater to diverse applications. This includes the advent of curved image sensors that mimic the human eye for improved image quality and wider fields of view. Another significant trend is the enhancement of global shutter technologies, which eliminate distortion in fast-moving subjects, crucial for applications in sports photography and drone surveillance. In the Long-Term, the evolution of image sensors points towards revolutionary shifts, including the widespread adoption of quantum film image sensors. These sensors promise exceptional dynamic range and sensitivity, far surpassing current technologies. Additionally, the exploration of bio-inspired designs, drawing from natural phenomena, could lead to sensors with unparalleled adaptability and efficiency, opening new horizons for imaging in challenging environments and medical diagnostics.
