High Speed Camera Series – Ultra HD High Speed Camera HCAGQ

The Hevox HCAGQ Ultra HD High Speed Camera Series is engineered for advanced aerospace, defense, and high-impact crash testing applications. Employing an advanced back-illuminated (BSI) CMOS sensor, this system offers exceptional quantum efficiency and photo-sensitivity. Furthermore, its optimized thermal chassis design and high integration allow it to with stand harsh environmental conditions. Consequently, it excels in high-altitude low-pressure environments, strong vibrations, and extreme temperatures. Equipped with high-capacity CF card storage and an integrated battery backup, the HCAGQ series supports reliable offline operation without an external power source.

 

Key Features of the Ultra HD High Speed Camera HCAGQ

– BSI Back-Illuminated Sensor: Advanced stack BSI process effectively enhances quantum efficiency and photo sensitivity.
– Autonomous Power System: Integrated nickel-metal hydride battery supports up to 20 minutes of continuous offline recording.
– Removable CF Card Storage: High-capacity local media extraction for airborne flight tests and remote testing environments.
– Extreme Environment Design: Certified to comply with strict aerospace and military standards, including anti-vibration and EMC protection.

CORE FEATURES AND PERFORMANCE METRICS

1. The high-performance vision system delivers ultra-high-speed imaging performance at 1,000 fps with a full-frame resolution of 2560 × 2048[cite: 20]. 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 standard network infrastructures for flexible system integration.

3. The system supports up to 1 TB of removable CF card storage capacity. As a result, it enables extended continuous recording without interruption while ensuring secure, high-volume data acquisition.

4. Featuring a minimum exposure time of 1 µs, 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 an integrated IRIG-B and IEEE1588 time code timing protocol, the system provides precise synchronization control for multi-camera test setups. In addition, it supports advanced auto-exposure and double-exposure modes.

6. Engineered for high-stress deployments, the system demonstrates superior operational stability. Moreover, it operates reliably across extreme temperature ranges from -40°C to 70°C, ensuring robust performance in aerospace test cells.

Advanced Integration and Industrial Use Cases

Designed for seamless deployment across rocket launches, aircraft payload monitoring, cell research, and automotive safety crash tests, the HCAGQ-501 platform integrates effortlessly into complex field testing setups. Its robust thermal management, built-in battery resilience, and compact 5.5 µm pixel sensor design empower engineers to capture critical transient events under the most punishing physical conditions.