Sony IMX560-AAMV SPAD ToF Depth Sensor

Name: Sony IMX560-AAMV SPAD ToF Depth Sensor - FRAMOS
SKU: 27252
Availability: InStock

Enable long-range LiDAR with the Sony IMX560-AAMV SPAD ToF sensor, offering 3D imaging up to 300 m with advanced echo and ambient light suppression.

Product Number: 27252

Category: Area Sensors

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Sony IMX560-AAMV SPAD ToF Depth Sensor

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Important Notice for Sony Sensors

FRAMOS is no longer an official distributor of Sony image sensors. We can still process your inquiries; however, all inquiries regarding Sony sensors will be forwarded and further communicated by our sister company, RESTAR FRAMOS Technologies.

Learn more at RESTAR FRAMOS Technologies.

Product Summary

High-range SPAD ToF sensor enabling precise 3D depth measurement up to 300 meters for LiDAR applications.

Sony IMX560-AAMV SPAD ToF Depth Sensor Highlights

597 Ã— 168 SPAD array
Time-of-Flight depth up to 300m
Echo and ambient light suppression
Built-in histogram and DSP processing

Targeted Applications

Industrial LiDAR cameras
FA depth-sensing systems
Autonomous navigation
Smart infrastructure mapping

Product Specifications

Frame Rate [fps]: 100
Horizontal Resolution [px]: 597
Image Diagonal [mm]: 6.25
Interface: MIPI CSI-2
Manufacturer: Sony
Package: BGA
Pins / Balls: 152
Pixel Size [µm]
Pixel Size y [µm]
Product Type: Area Sensors
Resolution [MP]: 0.1
Sensor Type: CMOS
Target Application: FA LiDAR cameras, Industrial LiDAR cameras
Vertical Resolution [px]: 168

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The Sony IMX560-AAMV is a cutting-edge SPAD (Single Photon Avalanche Diode) Time-of-Flight depth sensor optimized for high-resolution 3D distance measurement in industrial and FA LiDAR applications. Featuring a diagonal 6.25 mm (Type 1/2.9) sensor format with a 597 Ã— 168 SPAD array, it supports adjustable macro pixel sizing for customizable range accuracy. The sensor enables depth capture up to 300 meters using 1 GHz sampling, delivering exceptional accuracy through advanced histogram-based ranging with 2024 time bins and 12-bit grayscale output. It incorporates echo and peak detection, ambient light suppression, and light emission timing control for robust performance in varying light conditions. Designed for real-time LiDAR mapping and obstacle detection, this sensor enhances the functionality of robotic systems, automated vehicles, and smart infrastructure. Its integrated DSP and signal processing make it a complete ToF solution for high-dynamic-range depth imaging.

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