Optical fiber is hailed as the "highway" of information transmission, boasting features such as high bandwidth, long-distance transmission, low power consumption, and strong anti-interference capabilities. Based on this transmission medium and combined with a high-speed 10GigE SFP+ interface, OPT has developed a series of 10 Gigabit Ethernet optical port line scan cameras. These cameras break through the bandwidth limitations of traditional protocols, achieving ultra-high line frequencies and ultra-long-distance transmission with strong anti-interference capabilities, greatly satisfying the market's demand for higher speed and higher precision visual inspection.
Higher image quality, accurately restoring light and shadow details
The new series of 10 Gigabit Ethernet optical port line scan cameras covers resolutions including 4K, 8K and 16K. It has undergone key upgrades and optimizations in terms of pixel size, imaging effect and image processing algorithms. It adopts a chip with a maximum pixel size of 7μm, which can provide low noise performance and wide dynamic range.
Meanwhile, it uses a variety of ISP algorithms to preprocess the acquired images, such as FFC flat field correction, gamma correction, black level correction, noise reduction, etc., and supports functions such as automatic gain, automatic exposure, sharpening and LUT.
Even in different industrial environments, using an OPT 10 Gigabit Ethernet optical port line scan camera can avoid the effects of uneven lighting and noise, capture minute imperfections, and bring users high-quality imaging results.
Ultra-high line frequency and bandwidth enable high-speed visual inspection
The newly released product boasts a maximum line frequency of 180kHz and a theoretical bandwidth of 10Gbps. This means it can significantly shorten the overall CT time, complete image acquisition and transmission to the industrial control computer faster, and is widely applicable to scenarios requiring high detection accuracy and speed, such as the lithium battery, 3C electronics, and automotive manufacturing industries.
In addition to increasing camera bandwidth to meet the ever-increasing demands of production line inspection, OPT also makes full use of the FPGA edge computing capabilities inside the line scan camera to reduce CPU load and solve problems such as insufficient computing power and low inspection efficiency in traditional solutions.
The OPT 10 Gigabit Ethernet optical port linear scan camera supports parallel computing, enabling real-time binarization, morphological operations, and blob analysis of the acquired images. The host computer only needs to perform comprehensive analysis of the camera's calculation results and image information, resulting in shorter image processing time and improved product inspection efficiency.
Ultra-long-distance transmission with stronger anti-interference capabilities
With the SFP+ optical module data transmission interface, the OPT 10 Gigabit Ethernet optical port line scan camera has a transmission distance of >300 meters. It is not easily affected by electromagnetic interference and can maintain a stable signal over long distances. It has advantages such as low loss and low latency, making data transmission more reliable and avoiding image loss or reduced image quality.
Furthermore, the OPT 10 Gigabit Ethernet line scan camera also features ultra-low power consumption and low cost, resulting in lower heat generation and temperature rise. It eliminates the need for fan cooling and reduces dust ingress that could interfere with imaging.
On some large-scale automated equipment, such as lithium battery coating machines, even if the visual acquisition hardware and the industrial control computer are installed far apart, the OPT 10 Gigabit Ethernet optical port line scan camera can overcome the effects of transmission distance and signal attenuation; at the same time, it can meet the requirements of high-precision and high-speed visual inspection.
