Face recognition is a biometric recognition technology based on human face feature information. In shopping malls, schools, transportation hubs and other occasions with high traffic and difficult control, the visual system of the equipment can quickly detect faces, analyze face attributes, and realize accurate comparison and retrieval of faces. The accuracy, stability and recognition speed of face recognition system are the key to judge the performance of the system.
In this case, txga provides fwf12520 wire to board connector for the customer's face recognition equipment. The product adopts small size design and provides a variety of installation methods. It can simplify the assembly, save the internal space of the equipment, realize the flexibility of design and reduce the cost for customers.
Industrial camera is a high-resolution camera that integrates high-speed microprocessor, memory, program storage, image acquisition, and image processing. It serves production monitoring, measurement tasks and quality control in the field of industrial vision. It is one of the important components of the industrial intelligent vision system. Compared with traditional civilian cameras, industrial cameras require stronger image stability, transmission capability and anti-interference capability.
The high-speed board-to-board connectors provided by TXGA for industrial cameras have a temperature resistance of -35ºC~+85ºC, and a flame retardant grade of UL94V-0, which is suitable for various harsh industrial production environments. At the same time, the product has a high-speed data transmission rate of 15Gbps, which can be extended up to 56Gbps. The product has low transmission delay and high sensitivity, which meets the high-quality image transmission requirements of industrial cameras and contributes to the intelligent development of industrial vision equipment.
Semiconductor lasers, also known as laser diodes, are lasers that use semiconductor materials as working substances. Mainly used in laser ranging, lidar, ignition and detonation, detection instruments and so on. Scanning semiconductor laser modules have the characteristics of accurate wavelength, stable power and fast scanning speed, and are widely used in fiber grating demodulation systems and optical passive device testing systems. Under the 1GHz scanning step, the scanning speed of 2kHz in the 40nm range can be achieved; meanwhile, the scanning speed can be improved by adjusting the scanning step and changing the scanning range.
The hook and horn connector provided by TXGA for scanning semiconductor lasers has a special ear buckle structure, which can be snapped on the connector when it is mated, ensuring that the connector can still provide stable interconnection for the electrical system in the vibration and shock environment. The product supports the application environment of -40ºC~+105ºC, and the flame retardant grade of the main body reaches UL94V-0, which is suitable for various complex application environments.
Interactive radar refers to the use of radar to capture the actions of participants within the scanning radius. The captured action data will change the content of the large screen through the phase analysis system, and finally produce the interaction effect between participants and the large screen image. This kind of interaction is independent of the touch surface in the touch interaction device, making the user's interaction experience more comfortable. At present, interactive radar is commonly used in digital exhibition halls, multimedia education bases, modern technology enterprise exhibition halls, museums and other places.
In this case, the RJ45 connector developed and produced by TXGA for the interactive radar uses POE technology, which can provide DC power supply for the interactive radar while transmitting data signals. There is no need to lay power lines separately to simplify the system wiring, reduce the construction cost of network infrastructure, and reduce the radar volume at the same time. The product can realize 30w power supply, and has 1000Base-T transmission bandwidth to meet the POE Ethernet power supply requirements of the interactive radar. It ensures the safety of the existing structured cabling while ensuring the normal operation of the network, reducing more costs for customers.