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Improving Precision with Vzense DS77C Pro: A Cutting-Edge 3D Depth Sensing Camera

In the dynamic landscape of visual technology, their commitment to innovation shines through with the Vzense DS77C Pro, a state-of-the-art 3D depth sensing camera. Empowered by Sony’s CW iToF sensor, this device offers millimeter accuracy, ensuring unparalleled precision in diverse applications.

What Sets DS77C Pro Apart?

The DS77C Pro boasts a 2MP Global Shutter RGB module, providing vibrant and detailed imaging. With a ToF frame rate of up to 25fps, it captures every nuance in real-time. The 940nm VCSEL2 emitter enhances performance, while the wide field of view ensures comprehensive coverage (70°H50°V for ToF, 77°H*55°V for RGB).

Versatile Power and Connectivity

Designed for adaptability, the DS77C Pro supports Power over Ethernet (PoE+) or 12V~24V DC power supply. Its M12 Aviation Plugs offer robust physical connections, while communication options include 1000M Ethernet and RS485. This camera effortlessly integrates with Windows, Linux, Arm Linux, ROS1, and ROS2 platforms.

Accuracy Redefined

With an accuracy of less than 1% (4mm@1m), the DS77C Pro excels in a work range from 0.15m to 5m, making it an ideal choice for applications demanding precision in depth sensing.

Rugged and Reliable

The DS77C Pro carries an IP67 rating, signifying its robustness in challenging environments. Whether your project demands accuracy in industrial settings or versatility in robotics, this camera is your reliable partner.

Conclusion

In conclusion, the Vzense DS77C Pro is a cutting-edge 3D depth sensing camera that offers unmatched precision. With a 2MP Global Shutter RGB module and a high frame rate, it delivers vibrant and real-time imaging. The wide field of view and 940nm VCSEL2 emitter enhance performance. The camera supports versatile power options and seamless connectivity, making it compatible with various platforms. With exceptional accuracy and a rugged IP67 rating, the DS77C Pro is a reliable choice for industrial and robotics applications requiring precise depth sensing.

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