Higher resolution (5120×4096) allows for a larger Field of View (FOV) while maintaining high spatial resolution. This is essential for capturing large-scale turbulent structures or high-gradient flow regions in a single experiment.
For Particle Image Velocimetry (PIV) experiments demanding exceptional spatial resolution and precise temporal separation, the Revealer G2100M PIV camera sets a new standard. This scientific-grade, 21-megapixel (5120×4096) camera is engineered specifically for advanced flow field measurement, featuring an ultra-short 200ns inter-frame time (straddle time) and seamless synchronization with pulsed PIV lasers to capture pristine, double-frame particle images for accurate velocity vector calculation.
21-Megapixel high resolution
200ns straddle time
12Bit depth
In high-velocity flow fields, the inter-frame time (straddle time) is the most critical parameter. The Revealer G2100M offers an ultra-short 200ns straddle time, enabling researchers to capture particle displacements in supersonic flows or micro-fluidics without motion blur. This ensures the highest accuracy for Cross-Correlation algorithms used in PIV software.
The Revealer G2100M PIV camera is designed for seamless integration into professional particle image velocimetry setups. Its operation is centered on precise hardware synchronization. The camera receives a trigger signal from your system's synchronizer, which coordinates the firing of your dual-cavity PIV laser (e.g., Nd:YAG). With an ultra-short 200ns straddle time, the G2100M captures two consecutive particle images with minimal temporal separation, which is critical for accurate displacement calculation.
The acquired double-frame images are streamed via its high-speed CoaXPress 2.0 (CXP2.0) interface directly to a host computer, ensuring zero latency and robust data transfer for the large 21-megapixel files. Compatible with standard PIV software packages like LaVision DaVis or TSI Insight, the camera works as a reliable data source, allowing researchers to focus on calibration, processing, and vector analysis. Pair it with appropriate macro lenses to optimize your field of view and seeding density for your specific flow experiment.
| SKU | G2100M |
| Resolution | 5120×4096 |
| FPS | 36 |
| Sensor | CMOS |
| Depth | 12bit |
| Pixel size | 4.5μm×4.5μm |
| Color | monochrome |
| Peak QE | 63% |
| Dynamic range | 68 dB |
| Exposure time | 1μs |
| Straddle time | 200ns |
| Data interface | CXP2.0 |
| Size WxHxD | 65×65×61mm |
| Weight | 500g |
Note: For experiments requiring higher temporal resolution in medium-speed flow fields, our 5,000fps high speed camera provides an optimized balance of frame rate and resolution.
Specifications will be updated. For details, please contact with us.
Higher resolution (5120×4096) allows for a larger Field of View (FOV) while maintaining high spatial resolution. This is essential for capturing large-scale turbulent structures or high-gradient flow regions in a single experiment.
Yes. Due to its high resolution and precise external trigger synchronization, multiple G2100M cameras can be integrated for Stereo-PIV or Tomographic PIV setups to measure 3D-3C flow fields.
Absolutely. The G2100M's global shutter and synchronization circuitry are designed to work perfectly with dual-cavity Nd:YAG or Nd:YLF pulsed lasers.
