WiFi Astronomy Camera | SVBONY SC311 Pro
[{"Title":"IMX662 CMOS Sensor","Content":"SC311 uses the Sony IMX662 sensor, providing low noise, no amp glow, and enhanced red/NIR sensitivity for astronomy observation and beginner deep-sky imaging."},{"Title":"Wireless Control","Content":"The camera uses an internal 2.4G WiFi antenna. When powered on, it creates a hotspot for direct connection to a phone or tablet. Select SC311_XXXXXX, enter the default password, and operate through the APP."},{"Title":"Mobile Control Interface","Content":"The operation interface allows adjustment of exposure time and gain, and supports photo shooting, video recording, RAW/FITS saving, and scheduled shooting. Captured images and videos are stored on the TF card and can also be downloaded to the mobile device for viewing and sharing."},{"Title":"Built-in Large-Capacity Battery \u0026 TF Card Support","Content":"The camera includes a 2500mAh lithium battery providing around 4 hours of operation. It comes with a 32GB TF card and supports expansion up to 256GB."},{"Title":"Extended Exposure Upgrade, Ideal for EAA","Content":"The new version supports up to 30-second exposure, enabling real-time stacking of bright nebulae and producing clearer celestial images, suitable for EAA observing."}]
Color Cooled Camera | SC571CC
[{"Title":"High-Performance APS-C BSI CMOS","Content":"Featuring the IMX571 sensor with 26MP resolution, large format and 3.76\u03BCm pixel size - excellent detail and sensitivity."},{"Title":"Dual-Stage TEC Cooling","Content":"Cools to -35\u00B0C below ambient, suppress dark current and noise for stable long exposures."},{"Title":"Wide Compatibility","Content":"Compatible with various telescopes and mainstream imaging software (NINA/APT/SGP)."},{"Title":"Zero Amp-Glow for Pure Image Quality","Content":"No pattern noise in long exposures, delivering clean and distortion-free deep-sky images."},{"Title":"High Quantum Efficiency (QE \u003E80%)","Content":"BSI design combined with large pixels efficiently captures faint signals, ideal for dim targets like nebulae and H\u03B1 regions."}]
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