AEye Apollo Context
Overview
Context
Operations
Timeline
Discovery
Market context
Apollo is AEye's 1550 nm software-defined LiDAR sensor in the 4Sight Flex family for configurable long-range perception across automotive and non-automotive autonomy.
Target environment: Automated vehicles, logistics systems, smart infrastructure, industrial machines, and high-speed autonomy platforms. Workflow context: Long-range LiDAR perception, region-of-interest sensing, object detection, sensor fusion, and configurable autonomy perception. Customer context: Autonomy developers, automotive programs, infrastructure integrators, and robotics teams needing software-configurable LiDAR output. Deployment model: Sensor integration into customer perception stacks with application-specific configuration, calibration, compute, and fusion software. Commercial maturity: Commercial product announcement with public specifications and AEye positioning around 4Sight Flex sensing. Adoption constraints: Adoption depends on perception software, cost, mounting geometry, sensor-fusion architecture, validation cycles, and performance in target operating conditions. Market position: Configurable LiDAR component for autonomy systems that need application-specific long-range sensing. Adjacent products: Atlas Ultra 4D LiDAR, Mid-360S LiDAR Sensor, Phoenix Perception Radar
Specifications
Roi Resolution: Horizontal and vertical ROI resolutions as high as 0.025 degrees Software Stack: Runs on AEye 4Sight Intelligent Sensing Platform with software reconfiguration and OTA update support Wavelength Nm: 1550 nm Installation Options: Behind windshield, roof or grille Software Reconfiguration: Scan patterns, range and resolution configurable through software and OTA updates Production Maturity: Production-ready; revenue-generating customer shipments Field Of View Hv: ≤120 degrees horizontal x 30 degrees vertical Point Rate: ≤6.2 million points per second Range At 10 Percent Reflectivity: ≤1 km current production-ready platform range
View AEye Apollo overview