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Description

The ToupTek Astro AE676C Astronomy Camera combines the advanced Sony Starvis 2 IMX676 sensor with a compact cooled design, making it ideal for planetary imaging, deep-sky astrophotography, meteor detection, Milky Way photography and all-sky monitoring.

ToupTek Astro AE676C Astronomy Camera with Sony IMX676 Sensor AE676C Cooled Colour Astronomy Camera

Technical Specifications

AE676C Technical Specifications

Key Features

  • Sony Starvis 2 IMX676 12.5MP Colour CMOS Sensor
  • 1/1.6" Square Sensor Format
  • Exceptional Infrared Sensitivity
  • TEC Cooling with Magnetic Cooling Module
  • 512MB DDR3 Image Buffer
  • Native 12-bit ADC
  • Up to 993 FPS with Hardware ROI
  • USB-C High-Speed Connectivity

Multi-Purpose Astrophotography Camera

Designed for a wide range of imaging applications, the AE676C excels at capturing planets, the Moon, deep-sky objects, meteors, the Milky Way and all-sky events. Its combination of high sensitivity and low noise makes it suitable for both beginners and experienced astrophotographers.

AE676C Astrophotography Applications

Square Sensor for Flexible Framing

The innovative square sensor design provides greater flexibility when composing images, reducing cropping and improving coverage for wide-field imaging and all-sky monitoring systems.

AE676C Square Sensor Comparison

Superior Infrared Sensitivity

Built around Sony's Starvis 2 technology, the AE676C delivers outstanding performance across both visible and near-infrared wavelengths. This makes it particularly effective for Milky Way photography, meteor detection and specialised infrared astrophotography.

AE676C Quantum Efficiency Graph

Advanced Cooling Performance

The integrated TEC cooling system reduces thermal noise during long exposures, while the detachable magnetic cooling module can lower sensor temperatures by up to 20°C below ambient conditions for cleaner deep-sky images.

AE676C Magnetic Cooling System

Native 12-Bit ADC & High-Speed Capture

Capture detailed astronomical data with native 12-bit ADC performance and ultra-fast frame rates up to 993 FPS using hardware ROI. Ideal for planetary imaging where maximum frame rates are essential.

AE676C Native 12-Bit ADC Performance

Low Noise and High Dynamic Range

With read noise as low as 1.01e⁻ and dynamic range up to 69.7dB, the AE676C preserves faint details while maintaining highlight information in brighter targets.

AE676C HCG Mode Performance AE676C LCG Mode Performance

Flexible Connectivity

AE676C Back Focus Connection Diagram

Compatible with telescopes, camera lenses, guide scopes and a wide range of astrophotography accessories through multiple mounting options including CS, C-Mount and M42 interfaces.

Camera Dimensions & Structure

AE676C Camera Dimensions

What's Included

AE676C Package Contents

AE676C AstroEye Multi-purpose Astronomy Camera

Regular price £369.00
Or £123.00 × 3 interest-free with PayPal
PRE-ORDER NOW Expected Shipping End of June 2026 Limited First Batch Available

The ToupTek Astro AE676C Astronomy Camera combines the advanced Sony Starvis 2 IMX676 sensor with a compact cooled design, making it ideal for planetary imaging, deep-sky astrophotography, meteor detection, Milky Way photography and all-sky monitoring.

ToupTek Astro AE676C Astronomy Camera with Sony IMX676 Sensor AE676C Cooled Colour Astronomy Camera

Technical Specifications

AE676C Technical Specifications

Key Features

  • Sony Starvis 2 IMX676 12.5MP Colour CMOS Sensor
  • 1/1.6" Square Sensor Format
  • Exceptional Infrared Sensitivity
  • TEC Cooling with Magnetic Cooling Module
  • 512MB DDR3 Image Buffer
  • Native 12-bit ADC
  • Up to 993 FPS with Hardware ROI
  • USB-C High-Speed Connectivity

Multi-Purpose Astrophotography Camera

Designed for a wide range of imaging applications, the AE676C excels at capturing planets, the Moon, deep-sky objects, meteors, the Milky Way and all-sky events. Its combination of high sensitivity and low noise makes it suitable for both beginners and experienced astrophotographers.

AE676C Astrophotography Applications

Square Sensor for Flexible Framing

The innovative square sensor design provides greater flexibility when composing images, reducing cropping and improving coverage for wide-field imaging and all-sky monitoring systems.

AE676C Square Sensor Comparison

Superior Infrared Sensitivity

Built around Sony's Starvis 2 technology, the AE676C delivers outstanding performance across both visible and near-infrared wavelengths. This makes it particularly effective for Milky Way photography, meteor detection and specialised infrared astrophotography.

AE676C Quantum Efficiency Graph

Advanced Cooling Performance

The integrated TEC cooling system reduces thermal noise during long exposures, while the detachable magnetic cooling module can lower sensor temperatures by up to 20°C below ambient conditions for cleaner deep-sky images.

AE676C Magnetic Cooling System

Native 12-Bit ADC & High-Speed Capture

Capture detailed astronomical data with native 12-bit ADC performance and ultra-fast frame rates up to 993 FPS using hardware ROI. Ideal for planetary imaging where maximum frame rates are essential.

AE676C Native 12-Bit ADC Performance

Low Noise and High Dynamic Range

With read noise as low as 1.01e⁻ and dynamic range up to 69.7dB, the AE676C preserves faint details while maintaining highlight information in brighter targets.

AE676C HCG Mode Performance AE676C LCG Mode Performance

Flexible Connectivity

AE676C Back Focus Connection Diagram

Compatible with telescopes, camera lenses, guide scopes and a wide range of astrophotography accessories through multiple mounting options including CS, C-Mount and M42 interfaces.

Camera Dimensions & Structure

AE676C Camera Dimensions

What's Included

AE676C Package Contents
AE676C AstroEye Multi-purpose Astronomy Camera

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