Ultra HD High Speed Camera

High Speed Camera Series – Ultra HD High Speed Camera HC3GQ

The Hevox HC3GQ Ultra HD High Speed Camera Series is engineered for advanced scientific research and industrial applications. Featuring a fully proprietary 20-layer PCB stack-up design and 10 Gbps on-board SerDes interconnect technology, it achieves an optimal balance between an ultra-compact form factor and efficient thermal management. Furthermore, it is powered by HEVOX’s self-developed array-based parallel storage architecture. Consequently, the HC3GQ series supports expandable onboard storage of up to 128 GB, delivering exceptional performance in a compact design. Compact in size, powerful in capability.

Key Features of the Ultra HD High Speed Camera HC3GQ

– Extreme Environment Resilience: Built to withstand operational impacts up to 200G shock and harsh vibrations.
– Ultra-Compact Form Factor: Engineered with 20-layer PCB stack-up technology for efficient space and thermal control.
– 10GigE Optical Interface: Ultra-fast data transmission ensures flexible system integration.
– DIC & PIV Ready: High pixel fidelity is tailored for Digital Image Correlation and Particle Image Velocimetry applications.

CORE FEATURES AND PERFORMANCE METRICS

1. The high frame rate video camera delivers ultra-high-speed imaging performance at 2,000 fps with a full-frame resolution of 2560 × 1920. Therefore, it provides detailed high-definition capture of fast-moving phenomena with exceptional clarity and temporal precision.

2. All configurations are equipped with a standard 10 Gigabit Ethernet interface. This ensures extremely fast data transmission while maintaining backward compatibility with 2.5G and Gigabit Ethernet networks for flexible system integration.

3. The system supports up to 128 GB of expandable onboard storage. As a result, it enables extended continuous recording without interruption while ensuring reliable high-volume data acquisition.

4. Featuring a minimum exposure time of 100 ns, the camera enables ultra-short shutter operation. Because of this, it effectively freezes high-speed motion with minimal blur to ensure sharp image output.

5. With a 280 ns PIV dual exposure time, the system provides precise timing control for particle image velocimetry applications. In addition, it supports accurate flow and motion analysis.

6. Engineered for high reliability, the system demonstrates superior operational stability. Moreover, it has passed rigorous shock and environmental standards to ensure robust performance in demanding industrial environments.

Advanced Integration and Industrial Use Cases
Designed for seamless deployment across aerospace, defense research, and advanced manufacturing sectors, the HC3GQ-502 platform integrates effortlessly into existing laboratory and industrial testing rigs. Its robust optical interface, high thermal stability, and compact 7.8 µm large-pixel sensor design empower engineers to capture critical transient events with absolute confidence and repeatability.