In Vision China (Shanghai) 2025: ONSEMI to Introduce New Intelligent Image Sensing Technologies

2025-03-20 11:37:04 1292

2025 March 20, Shanghai, China The Shanghai New International Expo Center (SNIEC) in Shanghai, China, will host Vision China 2025, a machine vision exhibition and seminar on machine vision technology and industrial applications, from March 26–28. ONSEMI, a leader in smart power and intelligent sensing technologies, will showcase its latest image sensing technologies and solutions at this event. W4-No.4317.

In the face of complex production scenarios in many core needs, intelligent image perception technology is driving intelligent manufacturing in multiple ways. Three-dimensional perception technology enables equipment to 'understand' the surrounding environment in real time and collaborate autonomously, while vision solutions for high-speed production scenarios effectively support logistics sorting and precision processing. The rapid iteration of artificial intelligence has also accelerated the process of industrial automation. Intelligent perception technology serves as the fundamental connection between the digital and physical worlds by giving machines not only keen "senses" but also the capacity to learn and adapt on the fly.

Products from ON Semiconductor are accelerating the development of cutting-edge applications including industrial automation, robotics, smart homes, AR/VR, and the Internet of Things (IoT) by creating a variety of intelligent sensing technologies. This year, ON Semiconductor will showcase new smart perception technologies at Vision China, such as:

1. A novel intelligent iToF motion depth perception system

The intelligent iToF solution, which is based on ON Semiconductor's first iToF sensor, HyperluxTM ID, offers high-precision, long-range measurements and 3D imaging of rapidly moving objects. It also makes advancements in depth sensing up to 30 meters and QE>40% at 940 nm, which is ideal for a variety of scenarios and aids robots in making more precise path decisions. Additionally, it can be utilized for 3D modeling and complementary blind zones to increase productivity and safety in intricate industrial settings. It may also be utilized for 3D modeling and supplementary blind zones, making it the key to enhancing productivity and operating safety in complicated industrial contexts. It can also be utilized for 3D modeling and complementary blind zones, which is the key to boosting efficiency and safety in complicated industrial contexts.

 

2. Solution for Short Wave Infrared

In addition to surpassing human eyesight, SWIR solution may penetrate certain high-density materials, gasses, textiles, etc. In industrial machine vision applications like semiconductor inspection, silicon wafer inspection, and monitoring systems, it is essential.

 

3. An intelligent camera inspection system with high efficiency

The HyperluxTM IP series of 20 million resolution sensors AR2020 with Smart ROI function, which is the foundation of the system, greatly lessens the processing load on the SoC or ISP back-end. It enables smart cameras achieve effective AI detection and offers higher bandwidth with extremely low power consumption.

 

4. A solution for high-speed industrial code scanning

The solution uses the HyperluxTM SG series 2 million resolution global shutter sensor AR0235, which guarantees that barcode information can still be correctly recognized in high-speed scanning scenarios while also greatly improving imaging clarity and motion artifacts when compared to traditional solutions.

 

5. An industrial inspection system with ultra-high resolution

The solution's 100 million resolution will result in more effective inspection outcomes for astronomy, scientific research, and other applications, as well as industry inspections including semiconductor and LCD panel inspections.

Tags:

Share

Related News more>

Intel Foundry Direct Connect 2025: Advancing 14A and 18A Technologies, Strengthening Ecosystem Partnerships
Today, the 2025 Intel Foundry Direct Connect kicked off with Intel sharing the latest advances in multi-generation core process and advanced packaging technologies, and announcing new ecosystem programs and partnerships. Also, industry sectors convened to discuss how Intel's system-level foundry model fosters synergies with partners to help customers advance innovation. In his opening remarks, Intel CEO Lip-Bu Tan discussed Intel Foundry's progress and future development priorities, highlighting that the co....
10CL016YU256C8G FPGAs: Features, Alternatives and Applications
10CL016YU256C8G Description The 10CL016YU256C8G is an FPGA (Field Programmable Gate Array) from Intel’s Cyclone 10 LP family, designed for low power consumption and cost-sensitive applications. Built using a 60 nm process, it balances programmable logic density and power efficiency, making it ideal for edge devices, industrial controls, and automotive applications. It offers strong performance with simplified power management in a compact 256-pin UFBGA package. 10CL016YU256C8G Features Logic Element....
Understanding Sourcing Current, Sinking Current, and Absorbing Current in Digital Circuits
I. What are pull current, sink current and absorption current?Pull currentPull current refers to the current that is actively supplied to the load when the output is in a high level state. When a digital circuit outputs a high level, the output will provide current to the external circuit, and this current is the pull current. The pull current reflects the chip's ability to drive when outputting a high level. Potting CurrentThe potting current is the current that flows into the chip from the external circui....
What is a Microcontroller Unit (MCU)? Uses, Features, and Applications Explained
What is Microcontroller Unit? The microcontroller unit, sometimes referred to as the central processor unit (CPU), is a single chip that combines LCD driver circuitry, memory, counters, USB, A/D conversion, UART, PLC, DMA, and other peripheral interfaces. As a result, a chip-level computer is produced that can execute different control combinations for different applications. There are numerous ways to control different applications with the chip. The figure of the Microcontroller Unit may show devices like....