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Product ID: 66074522
4D Millimeter Wave Sensor V20: Enhancing Vehicle ADAS Systems with 0.1m-40m Detection Range
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Description
产品描述
产品描述

Communication Interface
1.UART Communication: The product interface uses a 6-pin SM06B-CHS-TB vertical socket (or horizontal socket for flexibility in plugging and unplugging interfaces). The voltage level is a standard 3.3V, and the baud rate is 921600Bd. See Interface 1 in the diagram below.; 2.CAN Communication:Alternatively, CAN communication can be selected with a transfer rate of up to 1Mbps. Refer to the CAN interface shown in the diagram below; 3.Users can also choose different connectors according to their needs, facilitating integration with their own products.

Power Interface 1.DC Power Interface: Only DC power sources can be connected to the DC power interface; 2.In general, DC power sources ranging from 4.7V to 5.2V are acceptable. For higher voltage levels around 12V, only power input is required, and it should be ensured that the power supply can provide at least 5W; 3.Please note, DC power sources have positive and negative poles. When connecting, make sure to confirm the polarity at the interface.
Product Parameter
Product Name
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60GHz Millimeter-Wave Radar U100
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Model
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U100
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Frequency Range
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60.0 ~ 64.0 GHz
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Measuring Range (m)
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0.4m ~ 100m
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Distance Resolution (m)
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0.4m
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Accuracy (m):
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0.2m
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Company Profile

Lingbo Microstep (Ningbo) Information Technology Co., Ltd.'s first-generation 4D millimeter-wave radar products are already in mass production, providing products to users. Currently, the product matrix includes U, I, R, and V series. The company will continue to maintain a technology-driven and rapidly iterative approach, accelerate market promotion, and strive to become a national brand in the millimeter-wave radar industry. They aim to provide advanced, stable, and reliable sensors for various intelligent systems, contributing to the development of intelligent systems in diverse applications.
The 4D millimeter-wave radar developed by our company has successfully been applied in various fields such as drone obstacle avoidance, terrain-mimicking flight, and specialized vehicle perception. Both the hardware and software updates are delivered in a timely and rapid manner, ensuring users receive prompt pre-sales and after-sales services. This has facilitated the seamless integration of millimeter-wave sensors into users' self-driving platforms, where they collaborate with multiple sensors to provide reliable flight and environmental target data. The radar contributes uniquely reliable data even in challenging conditions such as nighttime, strong light, rain, and fog, enhancing the system's stability by offering unparalleled data.


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