Gemini 338Le

Historique de prix

2 relevés de prix/stock depuis le 20/08/2026

Caractéristiques (extraites automatiquement)

Description

(HTML) code view. --> Engineered for Industrial and Logistics Applications Industrial Stereo Vision & MX6800 ASIC Engine Powered by the onboard Orbbec MX6800 ASIC for real-time in-camera depth processing. Delivers up to 1280 × 800 resolution at 30fps for depth and 60fps for global shutter RGB streams. IR Band-Pass Filter for Strong Ambient Light Features a specialized infrared band-pass optical filter that rejects out-of-band ambient light interference. Delivers high-quality 3D data across indoor and outdoor environments with a working range from 0.25m to 20m+. Gigabit Ethernet Interface with PoE Support Equipped with an industrial M12 8-pin X-coded connector supporting IEEE 802.3af Power over Ethernet (PoE). Enables robust data transmission and reliable power delivery over single cable lengths up to 100 meters. High-Precision Sensing with dToF Laser Ranging Achieves spatial precision of ≤0.8% at 2m and temporal precision of ≤0.4%. Features an integrated single-point dToF Laser Ranging Module (940nm) to effectively eliminate short-distance blind spots. IP67 Weatherproof Heavy-Duty Enclosure Fully factory-tested airtight enclosure rated IP67 for superior dust and water resistance. Built with a rugged glass cover, 6 DoF IMU, and supports PTP timing, multi-camera synchronization, and RS485 communication. Frequently Asked Questions ▾ What are the key differences between Gemini 338Le and Gemini 338Lg? ▾ Both products have similar depth sensing capabilities. The main differences are their interface architecture and deployment scenarios. Gemini 338Le: Gigabit Ethernet + PoE, IP67. It is more suitable for fixed industrial deployments, such as humanoid robots, AMRs/AGVs, industrial inspection equipment, and fixed automation systems. For industrial measurement and fixed-position applications, Ethernet is preferred. Gemini 338Lg: GMSL2 + FAKRA-Z, IP65. It is more suitable for integrated robot platforms, such as humanoid robots, mobile robots, and robotic arms. The GMSL2 archit