SV505C Color Planetary Camera with IMX464 CMOS Sensor and HCG Noise Reduction

Capture detailed planetary images with the SV505C color camera, specially designed for planetary astrophotography and precision autoguiding. Equipped with a CMOS IMX464 sensor, this camera is ideal for observing Mars, Jupiter, Saturn, the Moon, and other celestial objects with exceptional clarity.

Main Features:

• IMX464 CMOS color sensor offering an image resolution of 2712 x 1538 pixels.
• 4.2 megapixels with pixel sizes of 2.9 μm x 2.9 μm to capture fine details of celestial objects.
• 1/1.8 inch format sensor with a diagonal of 9 mm for optimal light collection.
• Maximum frame rate of 93 FPS, ideal for fast and precise shots.
• Rolling shutter type for varied exposures.
• USB 3.0 interface ensuring fast and efficient data transfer.
• Adjustable exposure range from 64 μs to 2000 s for great observation flexibility.
• Read noise reduction (0.7e to 2.9e), ensuring sharp images even in low light conditions.
• Full well capacity of 12 ke and 12-bit ADC for great color depth.
• HCG noise reduction function for high-quality images at high gain.

Advantages:

• High sensitivity of the CMOS sensor allowing for clear and detailed images of the planets and the Moon.
• USB 3.0 interface for fast data transfer, reducing waiting time between captures.
• ROI function and pixel binning for increased flexibility and customization of images.
• Built-in ST4 guiding port for high-precision autoguiding during long exposures.

Compatibility:

Compatible with a wide range of 1.25 inch filters, as well as CS and C mount lenses, offering many options to adapt the camera to different observation needs.

Usage Tips:

• Use the ROI function to adjust the image size according to your specific needs.
• The HCG noise reduction technology is automatically activated at high gains, improving image quality in low light conditions.

The SV505C camera is the perfect tool for amateur and professional astronomers looking to capture sharp and detailed images of the wonders of the night sky.