High Dynamic Range Cameras
At Vadzo, we engineer and manufacture high dynamic range (HDR) cameras designed to capture uncompromised image detail across extreme lighting conditions. Our in-house HDR camera modules integrate advanced CMOS sensors with multi-exposure and dual conversion gain (DCG) architectures, enabling dynamic range performance of up to 140 dB. This ensures accurate color reproduction, low noise, and high signal fidelity even in environments with severe luminance contrast such as tunnels, welding arcs, or sun glare.
Enhanced Dynamic Range
Up to 140 dB HDR
LED Flicker Mitigation
Wake-on-motion
Vadzo’s HDR USB cameras are engineered for consistent imaging performance across extreme contrast environments. Built with advanced CMOS sensors offering up to 120 dB dynamic range, these cameras ensure precise color reproduction and shadow detail retention under challenging lighting. Equipped with onboard ISP, real-time dewarping, and dual streaming, they provide low-latency UVC/USB3 Vision interfaces for direct integration into embedded systems. The onboard auto-exposure and tone-mapping algorithms optimize dynamic range for every frame, ensuring flicker-free HDR imaging across varied light sources. These cameras are ideal for applications such as:
Kiosk & Digital Signage
Medical Imaging & Diagnostics
Document Scanning & OCR
Robotics Vision & Automation
Smart Retail Analytics
Inspection & Metrology
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Vadzo’s HDR MIPI CSI-2 cameras utilize advanced HDR CMOS sensors optimized for platforms such as NVIDIA Jetson, NXP i.MX, and Qualcomm. Supporting RAW and YUV HDR output modes over 2–4 CSI-2 data lanes, these modules deliver ultra-low latency for real-time AI inference and perception tasks. Integrated frame synchronization ensures exposure consistency across varying light levels, critical for multi-camera embedded systems. Compact in size and thermally optimized, they are ideal for space-constrained edge devices that demand both HDR accuracy and power efficiency. These modules are typically deployed in:
Autonomous Mobile Robots
AI Edge-Vision Platforms
ADAS Prototyping
Drone & Aerial Imaging
Smart Retail & Shelf Analytics
Access Control Systems
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Vadzo’s HDR GigE cameras combine wide-dynamic-range image sensors with GigE Vision protocols for long-distance and high-bandwidth image transmission. Designed for industrial networks, these cameras support Power over Ethernet (PoE) and multi-camera synchronization with deterministic frame triggering. Optimized ISP pipelines ensure accurate tone compression and detail retention across both high-lux and low-lux regions. GigE connectivity allows seamless integration with factory automation systems, ensuring stable HDR data throughput even under electromagnetic interference or high-vibration environments. Engineered for system-level integration across:
Factory & Machine Vision
Traffic & Surveillance Systems
Industrial Robotics
Smart City Monitoring
Automated Optical Inspection
Quality Control Systems
Vadzo’s HDR FPD-Link III cameras transmit HDR image data, control signals, and power through a single coax cable, offering reliable long-distance connectivity for automotive and industrial environments. These modules integrate serializer–deserializer (SerDes) technology for robust, low-latency image transmission with minimal signal degradation. Built with high-performance HDR sensors, they deliver accurate tone mapping across a wide exposure range, even in dynamic outdoor conditions. Advanced EMI shielding and power-over-coax capability ensure stable operation across complex vehicle and machine architectures. Purpose-built for demanding imaging environments such as:
Automotive Surround Cameras
Fleet & Driver Monitoring
Industrial Robotics & Inspection
Heavy Equipment Vision Systems
Harsh Environments Surveillance
Teleoperation Systems
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Vadzo’s HDR FPD-Link IV cameras extend high-bandwidth video transport over single or dual coax links, providing synchronized multi-camera HDR streaming for advanced perception systems. Supporting data rates exceeding 6 Gbps per lane, they enable real-time HDR pipelines for ADAS and autonomous platforms. With enhanced EMI immunity, advanced error correction, and low-latency deserialization, these cameras maintain frame integrity even under complex vehicle network topologies. Integrated temperature compensation and precision synchronization enable consistent HDR performance for mission-critical embedded vision. Deployed across diverse high-performance imaging applications:
ADAS & Autonomous Vehicles
Surround & Stereo Vision Systems
e-Mirror & Driver Assistance
Multi-Camera Industrial Systems
AI Sensor Fusion Research
Smart Mobility & Transportation
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Ready to Deploy HDR Vision?
The camera can be customized to meet your needs.
Get samples in 48 hours. Our team ships eval kits with SDK, cables, and lens - zero setup friction. Vadzo team shall be able to assist you with the details on this. Reach Vadzo Team for customization & quotation for bulk quantities.
Form Factor Modification & Board Redesigns.
Firmware Modifications to Incorporate Custom Features.
Design & Integration of NIR and Color LED Array Boards.
Design & Integration of Microphones & Speakers.
Design & Integration of Advanced Sensors: ToF, mmWave Radar, IMU.
Lens Holder Modifications & Electro-Mechanical Lens Filter Control.
Enclosure Design & Manufacturing: IP-Rated and Non IP-Rated.