QHY5III178M CMOS Imaging Camera (Monochrome)

High Resolution for Detailed Images

The QHY5III178M CMOS imaging camera is designed to provide excellent resolution for capturing very clear images. With its 6.0 Megapixel IMX178 STARVIS Exmor R back-illuminated CMOS sensor, this camera ensures that every image is sharp. Whether you are capturing celestial objects or conducting scientific research, this camera delivers high-resolution results.

Wide Field of View for Guiding Purposes

Featuring small 2.4um pixels and a 1/1.8-inch sensor size, this camera offers a wide field of view. This makes it an ideal choice for guiding purposes, allowing you to easily track and monitor objects in the night sky. Whether you are an amateur astronomer or a professional researcher, this camera provides the field of view you need for accurate guiding.

Extraordinary Sensitivity in Low-Light Conditions

The STARVIS Exmor sensor used in the QHY5III178M CMOS imaging camera provides extraordinary sensitivity in low-light conditions. This means that you can capture real-time video even in starlight conditions, allowing you to observe and study your chosen night sky objects with ease. This camera won't deny you the opportunity to capture galaxies or dim stars in detail.

Reduced Amplight for Accurate Image Capture

Equipped with anti-amplight control, this camera substantially reduces amplight. This reduction ensures that your images are accurate and clear, without any unwanted artifacts or distortions. Whether you are capturing deep-sky objects or conducting scientific experiments, this camera delivers reliable and precise results.

Versatile Performance for Different Imaging Needs

The QHY5III178M USB 3.0 Camera offers a range of features that make it a versatile choice for different imaging needs. With its progressive scan readout type, adjustable exposure time, and pixel binning options, you have full control over your imaging process.

Additionally, this camera is compatible with ASCOM and SharpCAP software, allowing you to easily integrate it into your existing imaging setup.