Vision Components is one of the leading companies in the field of smart cameras. In 1995, the VC11 smart camera was introduced. This smart camera is the first smart camera for industrial applications. It combines a new method with hardware with superior mechanical and electrical performance, and launched the Smart Smart Camera, which was released in the field. The more excellent products come.
The new Z-Series Industrial Smart Camera:Vision Components has released the new Z-Series industrial smart camera with the Xilinx Zynq Z-7010 SoC for local programmable processing of the camera. The nano Z camera series is available as a bare-board imaging platform (VCSBC series) or a fully-closed camera (VC series). The VSBC series is available in 752x480 pixels (WVGA), 1280x1024 pixels (SXGA), 1600x1200 pixels or 2048x1536 pixel sensors. These camera modules provide a video capture rate of 50-120 frames per second depending on the type of sensor. All four modules also offer remote sensor heads (VCSBC nano Z-RH series) for simplified system integration. The Zynq SoC provides video processing while providing dual sensor and stereo imaging capabilities called the VCSBC nano Z-RH-2 series.
Figure 1: Vision Components VCSBC nano Z-RH-2 Industrial Stereo Smart Camera Module
Vision Components also offers similar products, the VC nano Z series and the VC pro Z series with rugged housing and lens mount. The VC pro Z version can be equipped with IR LED illumination.
Figure 2: Vision Components VC pro Z fully enclosed smart industrial camera
Vision Components uses the Xilinx Zynq SoC to enable a platform to create more than a dozen different programmable camera and camera modules. The camera uses Zynq SoC's dual-core ARM Cortex-A9 MPCore processor to run Linux systems. It supports a wide range of programming software tools (such as MVTech software's Halcon Embedded). Designers can easily develop applications on the PC side and adapt them easily. With a smart camera. The Zynq SoC's on-chip programmable logic performs a wide range of visual processing tasks such as white light interferometry, color conversion and real-time high-speed image recognition (such as OCR, barcode reading and license plate recognition).
These cameras utilize the extensive standard I/O capabilities of the Zynq SoC, including high-speed Ethernet, I2C and serial I/O, while the Zynq SoC's programmable I/O provides interface flexibility and can provide four in this series. With the ability of image sensors to process data synchronously, Vision Components will add more sensors to the VC Z-series smart cameras in the future. Endre J. Toth, Director of Business Development at Vision Components, believes that the programmable capabilities of the Zynq SoC create a real competitive advantage for the company.
This is a 5-minute video detailing some of the Smart Camera apps. For more information on these smart cameras, check out the Vision Components website.
Zynq Z-7010 SoC:
The ZYNQ series is the industry's first scalable processing platform from Xilinx. It integrates a single-core or dual-core ARM Cortex-A9 APU, 1GB DDR3 memory, programmable logic (PL) and a variety of peripheral controllers. Perfect implementation of software implementation in ARM, and also features cloud analysis and cloud connectivity, currently in machine vision, multi-axis motor control, multi-camera driver assistance platform, Ethernet-based backhaul solution, monitor and Applications such as projectors, multifunction printers, and video surveillance systems are widely used.
Figure 3: Zynq Z-7000 SoC
The Zynq Z-7000 SoC is dedicated to the Z-series smart cameras, enabling a wide range of visual processing tasks such as white light interferometry, color conversion and real-time high-speed image recognition. The Z-series smart cameras therefore have a high competitive advantage.
to sum up:This time, the Zynq series products have demonstrated outstanding performance in industrial smart cameras. Vision Components has designed the Z-series smart cameras with Zynq series to have excellent performance and unparalleled competitive advantages in this field. Xilinx FPGA series boards/chips once again show the flexibility, comprehensiveness and convenience of FPGAs. I believe that in the IoT era, more and more products based on Xilinx FPGA series will be big. Glittering.
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