Ultra High Speed · Long Range · Large Scale Neuromorphic Vision Perception
Designed to meet industrial grade requirements, DVSLume-G1 supports Gigabit Ethernet communication and is compatible with GVCP (GigE Vision Control Protocol), enabling seamless integration with existing industrial vision systems and software platforms.
Combined with the high speed dynamic perception capability of event based vision, DVSLume-G1 is well suited for networked and system level industrial deployments.
Event Based Ultra High Speed Intelligent Ethernet Camera
Purpose built for long distance and unattended industrial scenarios, DVSLume-G1 is an ultra high speed intelligent Ethernet camera based on event based vision.
Building upon the core capabilities of DVSLume, including microsecond level response and milliwatt level low power consumption, DVSLume-G1 maintains exceptional high speed dynamic perception while enabling long distance data transmission via Gigabit Ethernet. This overcomes the deployment distance and application limitations of traditional USB cameras.
Designed for long range, large scale, and distributed industrial environments, DVSLume-G1 supports networked deployment and centralized management, providing a stable and reliable visual foundation for high speed event perception in unattended industrial applications.
Core Technology
LONG DISTANCE TRANSMISSION
Supports stable long distance network transmission, enabling deployment across large scale industrial environments beyond the limits of USB connections.
Ultra-Long Standby
The camera activates only during changes in light intensity, ensuring low power consumption, making it suitable for long-term operation. It supports digital signal output for long-distance transmission.
Speed
The camera captures dynamic target changes at high speed continuously.
Compact Data Output
The camera employs an event-stream data output format, capable of handling millions of light intensity change events per second. It captures only effective information on light intensity changes, ensuring high-speed continuity while significantly reducing data volume.
Core Technology
Three Orthographic Views
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