The Revealer 25,000fps High-Sensitivity Ultra High Speed Camera NEO 25M/C, recognized as one of the fastest high speed camera available, is engineered for extreme high-speed imaging applications. Its back-illuminated (BSI) sensor enhances photon capture efficiency, enabling instantaneous image acquisition with ultra-short exposure times. It is ideal for research in fields such as extreme mechanics, impact analysis, high-frequency vibration analysis, hypersonic aerodynamics, and more.

• Sensitivity: 85% Peak QE (Back-Illuminated)
• Pixel Size: 20μm × 20μm (Maximum Light Capture)
• Speed: 25,000 fps (Full Resolution) | 1,000,000 fps (Max)
• Storage: 15TB HyperStor (Record more, wait less)

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Features of 25,000fps High-Sensitivity Ultra High Speed Camera

• 20 μm Large Pixels & 85% QE BSI Sensor: Features a state-of-the-art backside-illuminated (BSI) sensor, enabling high-speed imaging under low-light conditions (~10 lux), without the need for complex supplemental lighting. Ideal for combustion diagnostics, bioluminescence imaging, underwater high-speed capture, and photosensitive material testing.

• 25,000 fps @1280×1024 Full Resolution: Up to 48,000 fps in BOOST mode and 1,000,000 fps with region-of-interest (ROI) readout. Enables microsecond-level temporal resolution for studies in crack propagation, arc discharge, explosion debris tracking, and shockwave dynamics.

• 320 GB High-Speed RAM + 2/8/15 TB HyperStor Flash Storage: Enables concurrent recording and data offloading, allowing immediate post-experiment access without download delays. 64 isolated partitions ensure secure, segmented storage for multi-run experimental workflows.

• 200-1100 nm Spectral Response: Covers UV (QE ≈ 60%), visible (QE ≈ 85%), and NIR (QE ≈ 40%) regions. Suitable for OH* radical imaging, NO fluorescence, laser-induced breakdown spectroscopy (LIBS), and other UV-NIR emission studies.

25,000 fps Meets 85% QE: The Ultimate Imaging Combo
The Revealer NEO 25M/C integrates two frontier technologies into a single, definitive tool for extreme science.

1. The Benchmark for Speed: Redefining the Fastest High-Speed Camera
Achieving 25,000 fps at full 1.3MP resolution (and up to 1,000,000 fps in ROI mode) transforms microseconds into analyzable data sequences. This capability is not about high frame rates alone; it is about acquiring the temporal resolution necessary to definitively study shockwave propagation, dynamic fracture, and hypersonic events.

2. The Pinnacle of Sensitivity: Capturing the Unseen
Equipped with a back-illuminated (BSI) sensor featuring 20μm large pixels and 85% QE, this high-sensitivity camera captures photons others miss. It operates effectively in near darkness (~10 lux), enabling critical research in low-light combustion, bioluminescence, and photosensitive material testing without intrusive artificial lighting that can alter the phenomenon itself.

Specialized Applications for High-Sensitivity Imaging
UV & Combustion Diagnostics: With a spectral response from 200-1100nm and 60% QE in the UV range, the NEO 25M/C is the premier choice for OH* radical imaging and NO fluorescence without an external image intensifier.

Hypersonic & Shockwave Research: Capture microsecond-level temporal resolution in low-pressure wind tunnels where supplemental lighting is restricted. The 20μm pixels ensure clear shockwave visualization at 1,000,000 fps.