Yes, the Ultra HD series is specifically designed for high-end research and broadcasting-grade quality. It features 5K resolution (5120x4096) at 1000 FPS and 4K resolution (4096x2048) at 2000 FPS.

SinceVision provides some of the largest storage capacities in the industry. The systems support up to 320GB of high-speed RAM and an optional 24TB of customized non-volatile storage to accommodate massive data requirements.

Standard models are rated for -10°C to 50°C, but customized large-temperature versions are available that operate from -40°C to 65°C (or 70°C for the AIR series). The hardware is also built to withstand 200G impacts and meets multiple military standard certifications for stability.

The cameras offer a minimum exposure time of 100ns. This capability is essential for freezing motion in applications such as explosion experiments, crack extension research, and laser melting pool observation.

Yes, SinceVision cameras feature a specialized PIV double exposure mode. The SH6 and SH3-MINI series provide a 210ns cross-frame interval, which is critical for high-precision flow field testing and microfluidics.

Real-Time Transmission series utilizes CoaXPress 2.0 (CXP 12) technology. This four-channel interface supports a bandwidth of 50 Gbit/s, ensuring "zero" frame loss during high-bandwidth data streaming.

The AIR series is specifically engineered for aerospace and remote field use. It features pluggable CF card storage and a built-in rechargeable battery that provides approximately 20 minutes of autonomous operation without an external power source.

The product series supports a wide range of professional fields, including national defense, DIC, aerospace, automotive safety (airbag/seat testing), industrial automation (failure detection), and advanced scientific research (biological behavior and cell movement).

SinceVision is a world-class manufacturer with 100% independent product development. All core technologies, including the sensors, 20-layer PCB stacking designs, and proprietary disk writing algorithms, are developed internally to ensure quality control and supply chain stability.

A spectral confocal sensor is a high-precision, non-contact measuring device that uses the principle of chromatic aberration to determine distance or thickness. Unlike standard laser sensors that use a single focal point, spectral confocal technology splits white light into a spectrum of colors, each focusing at a different distance. The sensor identifies the specific wavelength (color) reflected back to calculate the exact position of the target with sub-micron resolution.