Ultra Sensitive Imaging Cameras Highlights • < 2.4 e- read noise floor @ 1MHz • UltraVac™ cooling to -55°C • -40°C vibration free mode • Rapid frame rate • High resolution • High dynamic range • 16-bit and 14-bit digitization • USB 2.0 plug and play connectivity • OEM friendly Key Applications • Live Cell Multi-Dimensional Microscopy • Cell Motility / Ion Signalling • In-Vivo Imaging • Fluorescence Microscopy • Comet Assay • Fluorescence In-Situ Hybridization (FISH) • High Throughput Screening • High Content Screening • Particle Imaging Velocimetry (PIV) • Ophthalmic Imaging • Machine Vision Pushing Interline Further Andor’s expertise in scientific camera performance optimization has been harnessed to deliver the highest sensitivity interline CCD on the market. Based around the popular ICX285 sensor from Sony®, the Clara is ideally suited to high-resolution cell microscopy and OEM applications. Andor’s proven UltraVac™ process, alongside close attention to thermal management, has resulted in deep air cooling to -55°C for elimination of darkcurrent, complementing a unique read noise of 2.4 e- @ 1 MHz. More dynamic events can be followed with outstanding quantitative stability via low noise 10 or 20 MHz readout modes, the data channeled through a trouble-free USB 2.0 interface. Andor’s iCam technology enables market-leading acquisition efficiency through live cell microscopy software. The compact, robust design and accessible SD

Ultra Sensitive Imaging Cameras Features and Benefits Ultra-Low Noise Floor Proprietary noise-reduction technique delivers an unprecedented 2.4 e- read noise @ 1MHz Elimination of darkcurrent from noise floor Vibration Free Mode Giving passive (fan–off) cooling to a stable -40°C for vibration free operation Critical for sustained vacuum integrity and to maintain unequalled cooling and QE performance, year after year Rapid Frame Rate 11 frames/sec @ 20 MHz readout speed High Resolution 1.4 megapixel sensor format and 6.45 μm pixels High Dynamic Range 6000:1 standard dynamic range @ 1 MHz, higher...