
Teledyne Photometrics Prime BSI Express USB 3.2 Cameras feature a highly sensitive back-illuminated sCMOS sensor. This sensor provides a 95% peak quantum efficiency and ultra-low 1.0 e⁻ median read noise, delivering a high signal-to-noise ratio and outstanding performance in low-light imaging conditions. These cameras are designed to achieve up to 95 frames per second using a USB 3.2 interface, enabling high-speed imaging and fast data transfer. Teledyne Photometrics Prime BSI Express USB 3.2 Cameras are ideal for fluorescence, calcium imaging, and live-cell microscopy. These cameras include Teledyne's proprietary-designed software platforms, Beacon and PVCAM, for optimizing camera performance and ease of system integration.
The Prime BSI Express sCMOS camera delivers high sensitivity, high speed, and reliable quantitative imaging in a compact and easily integrated design. Built around a backside-illuminated scientific CMOS sensor, the camera achieves up to 95% peak quantum efficiency, enabling exceptional photon detection for demanding low-light microscopy applications. The Prime BSI express combines quantum efficiency with a low 1.0 e- read noise to deliver the most sensitive camera based on sCMOS technology at 95 frames per second.
With a 2048 × 2048 resolution and 6.5 μm pixels, the Prime BSI Express provides an optimal balance between spatial resolution and sensitivity, making it well suited for a wide range of fluorescence imaging techniques. The camera reaches full-frame acquisition speeds of up to 95 frames per second, ensuring that fast biological dynamics can be captured without missed events.
Designed for both research and system integration, the camera combines low read noise (~1 e⁻), high dynamic range, and programmable scan modes to support advanced imaging workflows while maintaining precise and quantitative data acquisition. Its compact form factor and USB 3.2 Gen2 interface simplify integration into modern microscopy platforms and OEM imaging systems.
The Prime BSI Express is ideal for applications requiring both sensitivity and speed, including live-cell imaging, spinning disk confocal microscopy, light-sheet microscopy, calcium imaging, and super-resolution techniques.
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