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High-Speed Bionic Dynamic Camera

LumCam

Event cameras overcome the trade-off between faster imaging speed and clearer image quality, especially in night scenarios.

What is Event Camera? An event camera, also known as a neuromorphic camera or dynamic vision sensor, is a specialized imaging sensor that detects brightness changes at each pixel independently and asynchronously, rather than capturing images at a fixed rate like a traditional camera. It produces a series of "events", each of which contains information about the time, location, and direction of the brightness change. Richbeam LumCam event camera, an ultra-light, compact, multi-functional high-definition event vision evaluation kit, can be installed in various systems with limited space to meet various stringent field test conditions.

Video

The video demonstrates how LumCam captures imagery of objects in instantaneous movement at different playback speeds by detecting variations in light and shadow.

Bionic Chip Design

Inspired by biological vision systems, the camera replicates the human eye’s dynamic neural pathways.

Bionic Chip Design

Eradicating Motion Blur

TInspired by biological vision systems, the camera replicates the human eye’s dynamic neural pathways.

Eradicating Motion Blur

Consistent Performance Across Lighting Conditions

Maintains exceptional detail reproduction in both extreme brightness and darkness, ideal for complex weather, tunnels, and high-glare scenarios.

Consistent Performance Across Lighting Conditions

Low Latency and Power Efficiency

By emulating human visual mechanisms, drastically reduces data processing volume, computational requirements, and power consumption while delivering real-time algorithmic processing.

Low Latency and Power Efficiency

Core Specifications

Basic Parameters1MP 1/2.5" Event Camera
Sensor TypeDVS, Event Camera
Sensor Power Consumption32-84mW
Process TechnologyBSI 90m CMOS
Pixel Size4.86um
Target Surface Size1/1.7"
Resolution1280x720
Maximum Frame RateEquivalent Frame Rate >10000FPS
Dynamic Range>124dB
Fill Factor77%
Maximum Data Bandwidth1066Meps
Contrast Sensitivity9%
Latency20 - 150us
ROIHardware Supported
Data InterfaceUSB3
Power Supply5V USB Power Supply
Lens MountCS-Mount / C-Mount
Dimensions34mm × 34mm x 31.30mm
IP Protection ClassIP40
Operating Temperature -30℃ to 60℃
Storage Temperature-30℃ to 70℃
Humidity20%-95%RH (No Condensation)
SoftwareDVSense Insight
Operating SystemWindows 10/11 • Linux

Software features

DVSenseDriver provides a flexible tool for dynamic vision sensor developers to control dynamic vision sensor cameras using C++ and perform real-time data acquisition, data storage, playback and other functions.The software currently supports C++ and python3 languages, and provides CMake compilation support.

software

Cases

LakiBeam Series Helps Capital Normal University PIE Team Soar in Competitions
LakiBeam Series Helps Capital Normal University PIE Team Soar in Competitions

Recently, Richbeam and the W.PIE Student Innovation Laboratory of Capital Normal University have......

Shanghai Metro Line 11 Intruded by External Crawler Crane, Sounding Alarm for Perimeter Security
Shanghai Metro Line 11 Intruded by External Crawler Crane, Sounding Alarm for Perimeter Security

Railway Track Foreign Object Detection Solution Based on LiDAR Technology.

China Electronics Corporation (CEC) has partnered with Richbeam to develop high-quality LiDAR systems, accelerating the pace of domes
China Electronics Corporation (CEC) has partnered with Richbeam to develop high-quality LiDAR systems, accelerating the pace of domes

Recently, China Electronics Corporation's national-level "cross-industry" platform, CEC Internet, and Richbeam officially signed an agreement in Changsha, Hunan Province.

Product Details

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Packaging

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Customization

Didn't find a LiDAR that meets your requirements? Let's discuss your problem together. Our professional technical team can provide you with customized services.

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FAQ List

How does LumCam work?

LumCam monitors brightness changes at each pixel. When a pixel’s brightness changes beyond a threshold, it asynchronously triggers an event containing coordinates, timestamp, and polarity (brighter or darker).This event-driven design significantly reduces data redundancy, offering low power consumption, low latency, and high dynamic range.

What payment methods are supported?
Does the LiDAR support firmware upgrades? Where can I get the firmware?

For more questions, please visit our WIKI link.

All Q&A