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SinceVision Launches SH8 Series 1.1 million FPS Ultra-High-Speed Camera at VISION 2026

On October 7, 2026, SinceVision officially launched the SH8 Series ultra-high-speed camera at the VISION 2026 expo in Stuttgart, Germany. Engineered for aerospace testing, material science, and micro-engineering, the SH8 Series resolves photon starvation in transient event analysis using a 20 μm back-illuminated (BSI) sensor. Core capabilities include a maximum capture rate of 1.1 million frames per second, continuous 30,000 fps at 1280×1024 resolution, a 250 nm to 1050 nm extended spectral range, and up to 15.36TB of hot-swappable non-volatile storage.

Author：SinceVision

Published：2026/10/07

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FOR IMMEDIATE RELEASE

STUTTGART, Germany — October 7, 2026 — SinceVision, a manufacturer of industrial vision, industrial sensors, and scientific cameras has officially launched the SH8 Series ultra-high-speed camera at VISION 2026, delivering continuous 1.1 million fps recording capabilities for scientific research, and advanced process engineering. Engineered to eliminate photon starvation in extreme transient imaging, the SH8 Series integrates a 20 μm back-illuminated (BSI) image sensor to capture rapid mechanical phenomena with high signal integrity.

The new high-speed camera is available immediately for the international market and is demonstrating live at Messe Stuttgart in Hall 8, Booth 8A30.

Image 1: SinceVision SH8 Series High-Speed Camera

Engineering for Extreme Transient Events

"We built the SH8 series to eliminate the compromises researchers face in extreme transient events," said Ethan Fu, Product Manager of High-Speed Camera at SinceVision. "Traditional sensors often encounter obstacles in application scenarios in low light and ultraviolet bands. SH8 breaks this limit.

The selected image sensor adopts BSI process, has a large pixel size of 20um, its wavelength response range can reach 250 nm to 1050 nm, and its peak quantum efficiency can exceed 85%. In Binning mode, camera parameters can support up to 640×512@120,000FPS to capture previously unobservable content."

By relocating the metal interconnect layer to the rear of the photosensitive layer, light reaches the photodiodes directly. This structural optimization drastically improves incident photon capture efficiency, resulting in a phenomenal increase in equivalent sensitivity which is a critical requirement in high-speed, low-light testing environments.

Structural comparison demonstrating the photon capture advantage of the SinceVision SH8 Series BSI architecture over traditional FSI sensors.

Image 2: Structural comparison demonstrating the photon capture advantage of the SinceVision SH8 Series BSI architecture over traditional FSI sensors.

Key Technical Specifications

Maximum Capture Velocity: 1,100,000 frames per second.
Continuous Full Resolution: 30,000 fps at 1280×1024 native resolution.
Exposure Time: Minimum 150 ns exposure to eliminate motion blur.
Sensor Architecture: 20 μm large-pixel back-illuminated (BSI) sensor.
Optical Sensitivity: 250 nm to 1050 nm extended spectral range (UV to NIR).
Quantum Efficiency: ≥85% peak QE, verified according to the EMVA 1288 standard.
Onboard Storage: 8TB built-in non-volatile storage, hot-swappable up to 15.36TB, ensuring secure data retention during sudden power loss.

Image 3: EMVA 1288 verified Quantum Efficiency curve for SinceVision SH8 Series demonstrating ≥85% peak QE from 250 nm to 1050 nm.

Advanced 2×2 Pixel Binning Mode

To capture the fastest-moving moments in challenging lighting, the SH8 Series features a 2×2 pixel binning mode. By combining four adjacent pixels into a single readout, the camera achieves 120,000 fps at 640×512 resolution. This quadruples the light-sensing area, significantly boosting the signal-to-noise ratio and delivering brighter, cleaner images without noise artifacts.

Image 4: 2x2 pixel binning visualization for SinceVision high speed camera showing merged pixels for increased light sensitivity.

Unprecedented Visibility Across Scientific and Industrial Applications

The SH8 Series provides unparalleled temporal resolution and massive data management for rigorous environments, including:

Material Science & Engineering: Dynamic material responses, crack propagation analysis, and laser welding melt pool monitoring.
Physics: Fuel spraying dynamics, detonation physics, shock wave tracking, and plasma flow observation.
Electrical Engineering: High-voltage discharge tracking, arc evolution, flame spectral analysis, and corona discharge detection.
Biomechanics & Micro-engineering: High-speed motion mechanisms such as insect propulsion and muscle contraction, alongside dynamic behavior observation in microelectromechanical systems (MEMS).

See the SH8 Series Live at VISION 2026

System integrators, distributors, and engineering teams can inspect the SH8 Series and discuss application requirements directly with the SinceVision team.

Date: October 6 to 8, 2026
Location: Messe Stuttgart, Germany
Booth: Hall 8, Booth 8A30

About SinceVision

Founded in 2014, SinceVision specializes in the research, development, and production of industrial sensors, high-speed imaging systems, and high-sensitivity cameras. By leveraging advanced CMOS technology and proprietary sensor architectures, SinceVision provides elite vision solutions for the most demanding scientific and industrial applications.

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