Revealer | High-Speed Camera S Series
Sensor Type
Global Shutter CMOS
Pixel Size
14.6 μm × 14.6 μm
Full-Frame Resolution
1280 × 1024
Minimum Exposure Time
100 ns
Max Frame Rate (Reduced Resolution)
1,060,000 fps
Data Interface
10 Gigabit Ethernet (10 GbE), backward compatible with 1 GbE
Revealer High-Speed Camera S Series
The S Series high-speed cameras adopt a high-bandwidth CMOS chip architecture coupled with a high-performance processing engine. Operating at a full 1280 x 1024 frame size, the flagship S1315M/C model reaches 15,000 fps at full resolution and up to 1,060,000 fps in ROI windowing mode.
Equipped with 96 GB or 192 GB onboard high-speed RAM and expandable non-volatile flash storage from 1 TB up to 10 TB, the S Series is designed for ultra-fast, long-duration recording without loss of image data upon power-down. A 10 Gigabit Ethernet interface ensures rapid offloading, while its IP64-rated aluminum body withstands harsh field and laboratory environments.

Revealer S-Series Highlights:
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Global Shutter CMOS Sensor: Eliminates motion distortion with exposure times down to 100 ns.
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Extreme ROI Frame Rates: Top speed exceeds 1,060,000 fps at 1280 x 8 resolution.
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Massive Long-Take RAM & Flash: Up to 192 GB RAM holding up to 11.44 seconds of full-frame video, complemented by up to 10 TB expandable flash storage.
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Particle Image Velocimetry (PIV): 300 ns inter-frame straddle time for fluid dynamics, shockwave tracking, and particle measurements.
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Comprehensive Mounting Options: Includes 1/4” threaded mounting holes on top, bottom, and both side faces for flexible integration
Microsecond Precision with the Revealer S-Series
The Revealer S1315M/C Ultra High Speed Camera transforms transient phenomena into actionable engineering insight. Operating at up to 15,000 frames per second full-frame, each exposure captures a 66-microsecond window—the exact temporal scale where laser pulses propagation, critical material fracture dynamics, and precision ignition events unfold. By resolving invisible physical blurs into highly detailed visual records, this camera delivers uncompromised frame-by-frame observational fidelity for demanding research and industrial environments.
Engineered for high-throughput quantitative analysis, the S-Series integrates a high-performance global shutter with true 10-bit depth to eliminate motion distortion and capture crisp intensity gradients. Whether deploying advanced Particle Image Velocimetry (PIV), Digital Image Correlation (DIC), or forensic structural failure analysis, every frame yields clean, high-contrast, quantitative datasets designed to accelerate analytical workflows and elevate diagnostic accuracy.

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| Specifications | ||||
|---|---|---|---|---|
| Model | S1315M/C | S1310M/C | S1307M/C | S1305M/C |
| Sensor Technology | Global Shutter CMOS | Global Shutter CMOS | Global Shutter CMOS | Global Shutter CMOS |
| Full Resolution | 1280 x 1024 | 1280 x 1024 | 1280 x 1024 | 1280 x 1024 |
| Full-Frame Rate | 15,000 fps | 10,000 fps | 7,000 fps | 5,000 fps |
| Max ROI Frame Rate | 1,060,000 fps | 800,000 fps | 600,000 fps | 470,000 fps |
| Record Time | 3.08 seconds | 5.25 seconds | 7.68 seconds | 11.44 seconds |
| Onboard High-Speed RAM | 96 GB or 192 GB | 96 GB or 192 GB | 96 GB or 192 GB | 96 GB or 192 GB |
| Primary Data Interface | 10 GbE (1 GbE backward) | 10 GbE (1 GbE backward) | 10 GbE (1 GbE backward) | 10 GbE (1 GbE backward) |
High-Speed Camera Applications Overview
Engineered for ultra-high temporal resolution (1280 x 1024 up to 15,000 fps full frame and up to 1,060,000 fps ROI) with high-capacity onboard memory (up to 192 GB RAM and 10 TB flash):
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Digital Image Correlation (DIC) & Material Tensile Testing: High frame-rate, high-contrast tracking for DIC stretch tests, high-strain material deformation, and crack propagation analysis.
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Advanced Welding & Laser Processing: Real-time observation of laser welding, MIG/TIG keyhole formation, weld pool fluid dynamics, and spatter ejection.
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Impact, Shockwave & Ballistic Research: High-speed capture of Hopkinson pressure bar impacts, steel pipe structural destruction, surface discharge propagation, and explosion shockwaves.
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Particle Image Velocimetry (PIV) & Fluid Mechanics: High-accuracy 2D/3D flow field tracking with an ultra-short 300 ns PIV straddle time.
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Binocular 3D Measurement: Synchronized multi-camera setups for 3D trajectory tracking and stereoscopic high-speed motion analysis.
