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In unattended vision IoT applications powered by batteries or solar photovoltaic systems, it is difficult for devices to achieve both ultra-long standby time and real-time controllable connectivity. This is a key bottleneck limiting the large-sc...
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For camera sensor selection and hardware design on the RK3576 platform, several critical points must be finalized before schematic work begins. These decisions directly affect imaging performance and hardware design feasibility. RK3576 CSI/PHY and IS...
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A long print job can look completely normal during the first hour. The first layers adhere to the heated bed, the nozzle follows its programmed path, and the operator leaves the machine to continue. Several hours later, the part may have started to l...
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Here is the short version: Choose the RK3588 if the design calls for 8K video, several high-resolution camera streams, concurrent AI workloads, demanding multimedia processing, high memory bandwidth, or complex 3D graphics. Choose the RK3576 if the b...
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Over the past few months, we have visited many industrial project sites such as unmanned aircraft or robot warehouses. Many engineers and product designers usually prioritize focusing on the parameters they are familiar with: What are the pixel param...
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With the rapid advancement of AI vision applications, multi-camera solutions (stereo, quad-camera and even more camera channels) have been widely adopted in scenarios such as data acquisition, security surveillance, industrial inspection, robot perce...
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In our daily lives, we're accustomed to seeing vibrant, detailed images. However, there's a hidden secret: camera sensors are inherently color-blind. Each pixel can only detect brightness, not color. Converting this black-and-white data into a color...
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Transmitting high-quality, high-bandwidth image data has always been crucial for vision system design. This is particularly true in areas like autonomous driving, industrial automation, and robotics, where long-distance, low-latency, and highly relia...
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Traditional 2D cameras only see a flat, two-dimensional world. They can recognize the shape and color of objects, but cannot understand their position, size, or distance in space. This limits the capabilities of many advanced robotics and automation ...
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