I. Experimental Background

In an era of continuous technological breakthroughs, capturing those "fleeting moments" has become a reality.

DeepVision’s new product — the SHS Real-Time Transmission Series High-Speed Camera is equipped with industry-leading CoaXPress 2.0 transmission technology, enabling real-time image transmission at 2250 fps at 1920×1080 resolution. It has become a highly efficient tool for scientific research, industrial inspection and other fields.

Today, we take you into a real application scenario: the SHS Real-Time Transmission Series High-Speed Camera completed a cold-start test in a low-temperature environment of -20°C, successfully capturing every detail of the ice cube from loading to fracture, clearly recording the crack propagation path, and providing high-quality data support for subsequent mechanical analysis.

The test results verify the outstanding performance of DeepVision SHS Series High-Speed Cameras, demonstrating their strong environmental adaptability and operational stability.

II. Core Advantages of the SHS Series

01 Ultra-High-Speed Transmission Capability

Equipped with CXP 2.0 interface technology, it achieves real-time transmission of high-definition images at 2250 FPS at 1920×1080 resolution, meeting the capture requirements of high-speed motion scenes.

02 Self-Developed High-Speed Image Acquisition System

The independently developed data protection mechanism effectively solves the common frame loss problem in the industry, ensuring complete and coherent frame-by-frame recording.

03 Lightweight Design & Wide-Temperature Adaptability

The compact body facilitates installation and deployment, while featuring excellent temperature and humidity adaptability. Custom wide-temperature versions are supported, enabling stable operation even in extreme environments.

04 Professional-Grade Image Quality

Adopting high-performance sensors and optimized algorithms, it delivers sharp and clear imaging, empowering the upgrade of scientific research and industrial vision.

Why Choose the SHS Series for Sea Ice Research?

Figure | Instant of ice fracture

In marine engineering, polar scientific research and related fields, the mechanical properties and fracture behavior of sea ice are key research topics. Due to the typical brittleness and heterogeneity of sea ice, its fracture process under external force is extremely rapid and unpredictable, imposing stringent requirements on imaging equipment:

• High frame rate: required to capture rapidly changing moments

• Low-temperature stability: required to operate reliably in frigid environments

• Image continuity: required to avoid loss of critical information

Figure | Experimental site

With its three core strengths — strong temperature adaptability, full-resolution high-frame-rate output, and independent acquisition software ensuring data integrity — the SHS Real-Time Transmission Series High-Speed Camera successfully achieves millisecond-level capture and accurate reconstruction of the sea ice fracture process, providing strong technical support for scientific research projects.

III. Recommended DeepVision High-Speed Camera

The DeepVision SHS Real-Time Transmission Series High-Speed Camera is not only a piece of hardware equipment but also a bridge connecting reality and scientific understanding. Whether in laboratories, industrial sites, or extreme environment tests, it delivers stable and excellent performance, making it your trustworthy visual partner.