When conventional high-speed cameras reach their limits, the Revealer S1310M/C 10,000fps Ultra-High-Speed Camera transforms 0.0001 seconds into over 6 minutes of analyzable detail. Engineered as a flagship solution for cutting-edge scientific discovery, aerospace innovation, and demanding industrial environments, this camera integrates a high-bandwidth CMOS sensor, a powerful processor, and real-time storage circuitry. This synergy enables the parallel execution of data orchestration, acquisition, storage, and processing in a single, robust system.
It is the definitive tool for capturing and analyzing phenomena where speed is critical and precision is non-negotiable, including:
Ballistics & Explosive Analysis
Hyper-Velocity Fluid Dynamics
Material Failure & Stress Testing
Spray, Atomization & Combustion Research
Scientific Cinematography
10 Bit depth
10,000fps full-frame capture frame rate
96/192GB large memory for long time record
10TB Non-volatile SSD
10Gb Ethernet for fast download
The Revealer S1310M/C combines 10,000 fps recording with 1280 × 1024 full-frame resolution, helping users preserve both temporal detail and spatial information when analyzing fast transient events. Its global-shutter CMOS sensor captures the entire frame simultaneously, reducing the geometric distortion associated with rolling-shutter imaging.
A minimum exposure time of 100 ns helps reduce motion blur when recording fast projectiles, shock waves, crack propagation, droplets, electrical arcs and rapidly moving mechanical components. One second of footage recorded at 10,000 fps can be played back for approximately 6.7 minutes at 25 fps for detailed frame-by-frame review.
Equipped with a 10Gb Ethernet interface for ultra-fast data offloading, the Revealer S1310M/C minimizes laboratory downtime between experiments. Beyond hardware efficiency, our S1310M/C seamlessly integrates with mainstream motion analysis software and high-speed imaging ecosystems. Researchers can immediately export captured images into industry-standard formats for advanced post-processing, tracking, and vector mapping.
Choosing a 10,000 fps camera, often referred to as a 10k fps camera, is a strategic decision for researchers. At this frame rate, the Revealer S1310M/C maintains a full resolution of 1280x1024, which is critical for Digital Image Correlation (DIC) and Particle Image Velocimetry (PIV). Unlike consumer-grade cameras that drop resolution at high speeds, our S1310 series ensures data integrity for scientific-grade analysis.
The unparalleled temporal resolution of a 10,000fps high-speed camera unlocks phenomena invisible to the naked eye and standard equipment. This capability is critical in fields where events occur in microseconds. In scientific research, it enables the detailed study of combustion dynamics, material fracture, and fluid behavior. For industrial engineering, it is indispensable for troubleshooting high-speed manufacturing processes, analyzing component failures, and ensuring quality control in precision assembly. This camera serves as a fundamental diagnostic tool, transforming fleeting events into actionable data for analysis and innovation.
A 10000 frames per second camera is an indispensable diagnostic tool for understanding the precise mechanics of material failure under extreme stress. It captures the initiation and propagation of micro-cracks, delamination in composites, and the sequence of events in metal fatigue or sudden fracture. This ultra-high frame rate is crucial for analyzing automotive and aerospace component crash tests, where every millisecond of deformation reveals vital data for improving structural integrity and safety. By transforming catastrophic events into a slow-motion sequence, engineers can pinpoint failure origins and validate material models with unparalleled accuracy.
Comparison of Key Application Requirements
| Application Scene | Critical Requirement | Why Revealer S1310M/C? |
| Ballistics & Explosives | Temporal Resolution | Captures 0.1ms events with 100ns exposure to eliminate motion blur of hyper-velocity projectiles. |
| Fluid Dynamics (PIV) | Spatial Integrity | Maintains full 1280x1024 resolution at 10,000 fps, ensuring high-density vector mapping accuracy. |
| Material Failure/DIC | Data Precision | 10-bit depth and 14.6μm pixel size provide the high dynamic range needed for micro-crack initiation analysis. |
| Combustion Research | Continuous Recording | Massive 192GB RAM and 10TB SSD allow for extended recording of turbulent flame propagation. |
| Industrial Troubleshooting | High-Speed Throughput | 10Gb Ethernet enables near-instant data offloading, minimizing downtime in high-speed production lines. |
Quick Summary for Researchers:
The Revealer S1310M/C is specifically engineered for high-end scientific analysis. Unlike standard cameras that sacrifice resolution for speed, it delivers 10,000 fps at full 1.3MP resolution. This makes it the ideal tool for Digital Image Correlation (DIC) and Particle Image Velocimetry (PIV), where spatial detail is just as critical as frame rate. Whether it's analyzing 100ns ballistic impacts or long-duration fluid flow, the S1310 series provides the data integrity required for peer-reviewed research.
If you are looking for a professional high frame per second camera, comparing actual sensor throughput and data bandwidth is vital to avoid resolution dropping. Here is how the Revealer S1310M/C optimizes your research ROI compared to standard high fps cameras on the market:
| Core Specifications | Revealer S1310M/C | Standard High FPS Cameras | Research Advantage |
| Resolution @ 10,000 FPS | 1280 × 1024 (Full Frame) | 640 × 480 (Cropped Window) | 4x more pixels for dense vector mapping. |
| Minimum Exposure Time | 100 ns | 1 μs | Eliminates motion blur of hyper-velocity projectiles. |
| Sensor Pixel Size | 14.6 μm x 14.6 μm | 5.0 μm | Superior light sensitivity; lowers specialized lighting costs. |
| Data Throughput Interface | 10 Gb Ethernet | Standard GigE / USB 3.0 | Offloads massive 10000 fps video files 10x faster. |
| SKU | S1315M/C | S1310M/C | S1307M/C | S1305M/C |
| Sensor | CMOS | CMOS | CMOS | CMOS |
| Resolution | 1280×1024 | 1280×1024 | 1280×1024 | 1280×1024 |
| Frame | 15 000 fps | 10 000 fps | 7 000fps | 5 000fps |
| Shutter | Global shutter | Global shutter | Global shutter | Global shutter |
| Min. exposure time | 100 ns | 100 ns | 100 ns | 100 ns |
| Pixel Size | 14.6 μm x 14.6 μm | 14.6 μm x 14.6 μm | 14.6 μm x 14.6 μm | 14.6 μm x 14.6 μm |
| PIV | 300 ns | 300 ns | 300 ns | 300 ns |
| ADC | 10 bit | 10 bit | 10 bit | 10 bit |
| AE | Available | Available | Available | Available |
| EDR | Available | Available | Available | Available |
| Data interface | 10 Gb/Gb Ethernet | 10 Gb/Gb Ethernet | 10 Gb/Gb Ethernet | 10 Gb/Gb Ethernet |
| Video interface | SDI | SDI | SDI | SDI |
| Sync input interface | 3.3/5V TTL | 3.3/5V TTL | 3.3/5V TTL | 3.3/5V TTL |
| Sync output interface | 5V TTL | 5V TTL | 5V TTL | 5V TTL |
| Timing | DC IRIG_B in | DC IRIG_B in | DC IRIG_B in | DC IRIG_B in |
| Control interface | Reserve RS422 | Reserve RS422 | Reserve RS422 | Reserve RS422 |
| Trigger input | Pulse trigger signal | Pulse trigger signal | Pulse trigger signal | Pulse trigger signal |
| Lens mount | EF, F ,C | EF, F, C | EF, F, C | EF, F, C |
| Internal RAM | 96/192 GB | 96/192 GB | 96/192 GB | 96/192 GB |
| Size W×H×D mm | ≤ 110×110×205 | ≤ 110×110×205 | ≤ 110×110×205 | ≤ 110×110×205 |
| Weight g | ≤ 3800 | ≤ 3800 | ≤ 3800 | ≤ 3800 |
| Operating temperature | -10 ~ 50°C | -10 ~ 50°C | -10 ~ 50°C | -10 ~ 50°C |
| Operating temperature optional | -35 ~ 60℃ | -35 ~ 60℃ | -35 ~ 60℃ | -35 ~ 60℃ |
| Power Consumption | 80 W | 80 W | 80 W | 80 W |
| Operating humidity | 0 ~ 95% | 0 ~ 95% | 0 ~ 95% | 0 ~ 95% |
| Protection level | IP64 | IP64 | IP64 | IP64 |
| Shock | 30Grms @11mSec, 3 axes 60 pulses | 30Grms @11mSec, 3 axes 60 pulses | 30Grms @11mSec, 3 axes 60 pulses | 30Grms @11mSec, 3 axes 60 pulses |
| Vibration | Resistant to transportation vibration | Resistant to transportation vibration | Resistant to transportation vibration | Resistant to transportation vibration |
| EMC | Available | Available | Available | Available |
Specifications will be updated. For detailed specifications and the 10000 fps camera price, please contact us.
The 10,000 fps camera price is not determined by frame rate alone. The final quotation depends on the required full-frame resolution, minimum exposure time, monochrome or color configuration, internal memory, data storage, data interface, lens mount, lighting, synchronization and analysis software.
A standalone camera used for industrial troubleshooting requires a different configuration from a complete DIC, PIV, combustion or multi-camera measurement system. Providing detailed test information helps Revealer recommend a suitable configuration without adding unnecessary components.
| Price Factor | Why It Matters |
| Frame rate and resolution | Determines the required sensor throughput and image detail |
| Minimum exposure time | Influences motion blur and lighting requirements |
| Monochrome or color version | Affects sensitivity and image information |
| Internal memory | Determines the available recording window |
| Storage option | Affects data retention and workflow |
| Lens and optical setup | Depends on field of view and working distance |
| Lighting | Short exposure normally requires stronger illumination |
| Trigger and synchronization | Required for test benches, lasers and multi-camera systems |
| DIC, PIV or analysis software | Adds measurement and processing capabilities |
For an accurate quotation, please provide your application, object speed, field of view, working distance, required FPS, resolution, recording duration, lighting condition and analysis requirements. Revealer engineers can recommend a suitable camera, lens, lighting, trigger and software configuration.
Get S1310M/C Price & Configuration
Not sure how sensor windowing or throughput limitations affect your laboratory experiments? Read our comprehensive engineering guide on How to Choose a High-Speed Camera: FPS, Resolution, and Sensor Specifications Explained.
A 10,000 fps camera records one frame every 0.1 milliseconds. When one second of footage is played back at 25 fps, the resulting slow-motion sequence lasts approximately 400 seconds, or about 6.7 minutes. Read this guide to learn more about how fast a 10,000 fps camera is and see real-world calculation examples.
The Revealer S1310M/C maintains a high resolution of 1280 x 1024 at 10,000 fps, ensuring ultra-clear imaging for micro-second events.
It is equipped with up to 192GB of high-speed RAM and an internal 10TB non-volatile SSD, allowing for extended recording times and rapid data offloading via 10Gb Ethernet.
Yes. With a minimum exposure time of 100ns and a PIV interval of 300ns, it is an ideal tool for fluid dynamics (PIV) and material stress testing (DIC).
The price depends on the camera configuration, monochrome or color option, internal memory, storage, lens, lighting, trigger and synchronization, software and measurement requirements. A complete DIC or PIV system requires a different configuration from a standalone camera used for visual troubleshooting.
As a direct manufacturer, Revealer provides competitive wholesale pricing and technical support for universities, aerospace labs, and industrial R&D centers.
Yes. Capturing images at 10,000 frames per second requires an ultra-short exposure time (down to 100 ns on the S1310M/C), which drastically reduces the light reaching the sensor. To avoid motion blur and flickering, you must use high-intensity, flicker-free LED lights or specialized laser illumination. For detailed setups on balancing light and temporal resolution, please browse our comprehensive guide on high speed camera applications to optimize your laboratory environment.
The Revealer S1310M/C supports interchangeable EF, F, and C lens mounts, allowing researchers to utilize a wide range of industrial and scientific lenses. Selecting the right lens depends on your working distance, field of view (FOV), and light transmission requirements. If you are tracking synchronized phenomena across different high-speed setups, you can also view our overview of the 7,000fps high speed camera to compare pixel resolution and optical sensor sizes.
As a direct high-speed imaging manufacturer, Revealer offers custom hardware and firmware tailoring—including specialized operating temperatures ranging from -35°C to 60°C and custom mounting brackets. We provide worldwide shipping, full technical support, and institutional pricing. To initiate a project review or download technical data sheets, you can immediately contact our high speed camera experts for a direct factory quote within 24 hours.
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