Yinglongxin Intelligent is preparing to move into the robot binocular camera industry.

Yinglongxin Intelligent's entry into the robot binocular vision market from USB monocular/medical cameras is a strategically valuable upgrade direction: relying on its existing USB, customization, mass production and optical capabilities, it can quickly enter four high-growth scenarios: humanoid robots, AGV/AMR, service robots and industrial robotic arms, and create a "low-cost, high-reliability and easy-to-integrate" core solution for robot binocular vision.

Humanoid Robots: Leading manufacturers (Tesla Optimus, XPeng Iron, etc.) generally adopt binocular + multi-view + ToF pure vision/fusion solutions, with urgent needs for global shutter speed, high synchronization, wide dynamic range, low latency, and small size.

Mobile Robots (AGV/AMR): Binocular vision is used for SLAM, obstacle avoidance, terrain recognition, and dynamic following, with penetration rates continuously increasing.

Industrial Robotic Arms: Binocular solutions with "eyes on the hand" or "eyes outside the hand" achieve high-precision positioning, grasping, detection, and guidance.

Service/Home Robots: Low-cost binocular vision is used for environmental perception, human-computer interaction, and autonomous navigation.

Market Size: The Chinese binocular vision system market reached 2.86 billion yuan in 2020, with a CAGR of 34.2%; the robotics sector is the core growth engine.

Mature USB Ecosystem: UVC driverless, USB 3.0 high-speed, low-latency, compatible with robot controllers (PC/ARM/embedded), plug-and-play, and rapid integration.

Deployed Binocular Technology: Existing 2UK2 wide dynamic range binoculars and 2US88X global exposure 570fps binoculars, featuring synchronous triggering, depth calculation, IMU fusion, wide dynamic range, and high frame rate capabilities.

Strong Customization Capabilities: Baseline, field of view, focal length, resolution, frame rate, global/rolling shutter, protection rating, and interface can be customized according to robot requirements.

Optics and Imaging Accumulation: Medical-grade low-light, color reproduction, anti-reflective, and image stabilization technologies, transferable to robotic imaging in complex environments.

Mature camera module mass production lines, with controllable yield and cost.

Deeply rooted in the optical supply chain, we can quickly acquire resources for sensors, lenses, ISPs, and structural components.

Our customer base has expanded from medical, industrial control, and conferencing clients to robot manufacturers, system integrators, and automation equipment suppliers.

The stability, reliability, and compliance requirements of medical scenarios can directly improve the quality of robot products.

Global Shutter: No motion blur in moving scenes, prioritizing global exposure of the sensor (e.g., OV/Sony global shutter).

High Synchronization: Left and right frames synchronized <1μs, ensuring depth accuracy.

Baseline and Field of View:

Close Range (<1m): Small baseline (20–50mm) + Large field of view (>120°)

Medium Range (1–5m): Medium baseline (50–120mm) + Standard field of view (60–90°)

Long Range (>5m): Large baseline (>120mm) + Narrow field of view (<60°)

Resolution and Frame Rate:

Basic: 1080P@30fps

Mid-to-High-End: 4K@30fps, 1080P@60/120fps

High-Speed: Global shutter 500+fps (dynamic capture / high-speed obstacle avoidance)

Interfaces: USB3.0/Type-C, MIPI, GMSL, supports UVC + custom depth output.

Reliability: Wide temperature range (-40℃~85℃), dustproof and waterproof IP65+, vibration resistant, long lifespan.

Depth Computation: Hardware/ISP accelerated SGBM/deep learning stereo matching, outputting disparity maps/depth maps/point clouds.

Calibration and Verification: Factory dual-camera calibration + online calibration to handle vibration/temperature drift.

Fusion: Built-in IMU + binoculars, supporting VSLAM, obstacle avoidance, and pose estimation.

Low Power Consumption: Optimized ISP and algorithms, adapted for robot battery power.

Easy to Use and Integrate: USB driverless interface, standard UVC + deep output, comprehensive SDK for rapid deployment.

High Cost-Effectiveness: Mature mass production + customization, costing over 30% less than imported solutions.

Scenario Adaptability: Deeply optimized for humanoid robots, AGVs, and robotic arms, providing a one-stop vision solution.

Reliability and Stability: Medical-grade quality, suitable for 24/7 robot operation.

Binocular vision for robots is a comprehensive competition involving hardware, algorithms, and scenario considerations. Leveraging its USB ecosystem, customization capabilities, and mass production foundation, Yinglongxin is poised to quickly break through and become a core supplier of binocular vision solutions in the robotics field.