ToupTek G3M715C Planetary Color Astronomy Camera - Extended Length Version
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- Drops to an impressive 0.57 e- with peak quantum efficiency over 91% for bright, clean images
- Includes an IR-cut filter for accurate color reproduction during planetary, lunar, and solar imaging
- Extended-length is specifically desgined for compatibility with Off-Axis Guiders (OAGs). The shorter flange distance provides more back-focus adjustment space, making it much easier to achieve focus across a broader range of OAG
ToupTek G3M Series Planetary Cameras
The planetary camera G3M178C adopts SONY STARVIS and Exmor R technologies, making it ideal for astronomical photography, microscopy, industrial vision, and more. Featuring an extremely low readout noise, high sensitivity, and a 14-bit ADC back-illuminated CMOS sensor, the G3M178C delivers high-resolution astronomical images with exceptional detail and color fidelity. The camera also includes an IR-cut filter to help ensure accurate color reproduction for planetary, lunar, and solar imaging applications.
Ultra-Small Pixels for Maximum Detail
The G3M715C's 1.45μm pixel size represents a breakthrough in planetary imaging technology. This ultra-small pixel design allows direct capture of intricate celestial details through high-resolution characteristics without requiring costly additional magnifying lenses. By eliminating the need for Barlow lenses, you avoid optical losses while achieving superior image quality and maintaining a simplified, efficient imaging setup.
High-Efficiency Near-Infrared Imaging
The G3M715C demonstrates exceptional sensitivity in the near-infrared band, with extremely high quantum efficiency at 850nm. This capability significantly enhances imaging efficiency for specialized astronomical applications
- When paired with 850nm IR-pass or 890nm methane filters, the G3M715C enables targeted imaging of Jupiter and Saturn, revealing atmospheric structures invisible to the human eye.
- NIR imaging provides superior stability and resistance to atmospheric turbulence, ideal for capturing the Sun, lunar surface, and planetary details in challenging conditions.
DDR3 High-Speed Buffer
Equipped with a USB 3.0 high-speed interface and 512MB DDR3 high-speed buffer, this camera significantly reduces amp-glow caused by image data buffering. The advanced buffer system ensures stable and smooth data transmission for uninterrupted imaging sessions.
Versatile High-FPS Imaging via ROI
The G3M715C supports hardware-based ROI (Region of Interest) functionality, enabling users to define custom imaging areas for specific targets. Smaller ROI areas yield significantly higher frame rates, delivering the precision and flexibility required for diverse observation scenarios ranging from full-disk solar imaging to high-magnification planetary detail capture.
Specifications
-
Sensor Model: Sony IMX715 Color Back-Illuminated CMOS (STARVIS 2 Technology)
-
Sensor Size: 1/2.8-inch (6.45 mm / 0.25 in diagonal)
-
Image Area: 5.57 mm x 3.13 mm (0.22 in x 0.12 in)
-
Resolution: 8.3 Megapixels (3840 x 2160)
-
Pixel Size: 1.45um x 1.45um
-
ADC Bit Depth: 12-bit
-
Quantum Efficiency: > 91% Peak
-
Full Well Capacity: 6.0k e-
-
Read Noise: 0.57 e- to 3.20 e-
-
Dynamic Range: 72.0 dB
-
SNR Max: 39.5 dB
-
G Sensitivity: 4341 mv with 1/30s
-
Spectral Range: 380-690 nm (with IR-cut filter) / 380-1100 nm (with AR-window variant)
-
Maximum Frame Rate (12-bit Output via USB 3.0): 45 FPS @ 3840 x 2160
-
Maximum Frame Rate (8-bit ROI Capture Mode): 1500+ FPS @ 3840 x 40
-
Exposure Time Range: 0.1 ms - 1000 s
-
Gain Range: 1x - 150x
-
Shutter Type: Rolling Shutter
-
Data Interface: USB 3.0 / USB 2.0 (with ST4 Guide Port and 512MB DDR3 Buffer)
-
Back Focus Distance: 12.5 mm (0.49 in) with CS adapter
-
Camera Dimensions: 37 mm Diameter x 72.4 mm Height (1.46 in Diameter x 2.85 in Height)
-
Weight: 70 g (2.47 oz)
-
Supported OS: Windows XP/Vista/7/8/10/11, Mac OS X, Linux
-
SDK Support: Native C/C++, C#/VB.NET, Python, Java, DirectShow, Twain
Mechanical Diagrams
Performance Curve Analysis
Other Information
- Country of Manufacture: China
ToupTek G3M Series Planetary Cameras
The planetary camera G3M178C adopts SONY STARVIS and Exmor R technologies, making it ideal for astronomical photography, microscopy, industrial vision, and more. Featuring an extremely low readout noise, high sensitivity, and a 14-bit ADC back-illuminated CMOS sensor, the G3M178C delivers high-resolution astronomical images with exceptional detail and color fidelity. The camera also includes an IR-cut filter to help ensure accurate color reproduction for planetary, lunar, and solar imaging applications.
Ultra-Small Pixels for Maximum Detail
The G3M715C's 1.45μm pixel size represents a breakthrough in planetary imaging technology. This ultra-small pixel design allows direct capture of intricate celestial details through high-resolution characteristics without requiring costly additional magnifying lenses. By eliminating the need for Barlow lenses, you avoid optical losses while achieving superior image quality and maintaining a simplified, efficient imaging setup.
High-Efficiency Near-Infrared Imaging
The G3M715C demonstrates exceptional sensitivity in the near-infrared band, with extremely high quantum efficiency at 850nm. This capability significantly enhances imaging efficiency for specialized astronomical applications
- When paired with 850nm IR-pass or 890nm methane filters, the G3M715C enables targeted imaging of Jupiter and Saturn, revealing atmospheric structures invisible to the human eye.
- NIR imaging provides superior stability and resistance to atmospheric turbulence, ideal for capturing the Sun, lunar surface, and planetary details in challenging conditions.
DDR3 High-Speed Buffer
Equipped with a USB 3.0 high-speed interface and 512MB DDR3 high-speed buffer, this camera significantly reduces amp-glow caused by image data buffering. The advanced buffer system ensures stable and smooth data transmission for uninterrupted imaging sessions.
Versatile High-FPS Imaging via ROI
The G3M715C supports hardware-based ROI (Region of Interest) functionality, enabling users to define custom imaging areas for specific targets. Smaller ROI areas yield significantly higher frame rates, delivering the precision and flexibility required for diverse observation scenarios ranging from full-disk solar imaging to high-magnification planetary detail capture.
Specifications
-
Sensor Model: Sony IMX715 Color Back-Illuminated CMOS (STARVIS 2 Technology)
-
Sensor Size: 1/2.8-inch (6.45 mm / 0.25 in diagonal)
-
Image Area: 5.57 mm x 3.13 mm (0.22 in x 0.12 in)
-
Resolution: 8.3 Megapixels (3840 x 2160)
-
Pixel Size: 1.45um x 1.45um
-
ADC Bit Depth: 12-bit
-
Quantum Efficiency: > 91% Peak
-
Full Well Capacity: 6.0k e-
-
Read Noise: 0.57 e- to 3.20 e-
-
Dynamic Range: 72.0 dB
-
SNR Max: 39.5 dB
-
G Sensitivity: 4341 mv with 1/30s
-
Spectral Range: 380-690 nm (with IR-cut filter) / 380-1100 nm (with AR-window variant)
-
Maximum Frame Rate (12-bit Output via USB 3.0): 45 FPS @ 3840 x 2160
-
Maximum Frame Rate (8-bit ROI Capture Mode): 1500+ FPS @ 3840 x 40
-
Exposure Time Range: 0.1 ms - 1000 s
-
Gain Range: 1x - 150x
-
Shutter Type: Rolling Shutter
-
Data Interface: USB 3.0 / USB 2.0 (with ST4 Guide Port and 512MB DDR3 Buffer)
-
Back Focus Distance: 12.5 mm (0.49 in) with CS adapter
-
Camera Dimensions: 37 mm Diameter x 72.4 mm Height (1.46 in Diameter x 2.85 in Height)
-
Weight: 70 g (2.47 oz)
-
Supported OS: Windows XP/Vista/7/8/10/11, Mac OS X, Linux
-
SDK Support: Native C/C++, C#/VB.NET, Python, Java, DirectShow, Twain
Mechanical Diagrams
Performance Curve Analysis
- 1x Camera Body
- 1x USB 3.0 Data Cable (2m, Type-A to Type-B)
- 1x ST4 Guide Cable (2m)
- 1x 1.25" Nosepiece
- 1x Quick Start Guide
- Drops to an impressive 0.57 e- with peak quantum efficiency over 91% for bright, clean images
- Includes an IR-cut filter for accurate color reproduction during planetary, lunar, and solar imaging
- Extended-length is specifically desgined for compatibility with Off-Axis Guiders (OAGs). The shorter flange distance provides more back-focus adjustment space, making it much easier to achieve focus across a broader range of OAG
ToupTek G3M Series Planetary Cameras
The planetary camera G3M178C adopts SONY STARVIS and Exmor R technologies, making it ideal for astronomical photography, microscopy, industrial vision, and more. Featuring an extremely low readout noise, high sensitivity, and a 14-bit ADC back-illuminated CMOS sensor, the G3M178C delivers high-resolution astronomical images with exceptional detail and color fidelity. The camera also includes an IR-cut filter to help ensure accurate color reproduction for planetary, lunar, and solar imaging applications.
Ultra-Small Pixels for Maximum Detail
The G3M715C's 1.45μm pixel size represents a breakthrough in planetary imaging technology. This ultra-small pixel design allows direct capture of intricate celestial details through high-resolution characteristics without requiring costly additional magnifying lenses. By eliminating the need for Barlow lenses, you avoid optical losses while achieving superior image quality and maintaining a simplified, efficient imaging setup.
High-Efficiency Near-Infrared Imaging
The G3M715C demonstrates exceptional sensitivity in the near-infrared band, with extremely high quantum efficiency at 850nm. This capability significantly enhances imaging efficiency for specialized astronomical applications
- When paired with 850nm IR-pass or 890nm methane filters, the G3M715C enables targeted imaging of Jupiter and Saturn, revealing atmospheric structures invisible to the human eye.
- NIR imaging provides superior stability and resistance to atmospheric turbulence, ideal for capturing the Sun, lunar surface, and planetary details in challenging conditions.
DDR3 High-Speed Buffer
Equipped with a USB 3.0 high-speed interface and 512MB DDR3 high-speed buffer, this camera significantly reduces amp-glow caused by image data buffering. The advanced buffer system ensures stable and smooth data transmission for uninterrupted imaging sessions.
Versatile High-FPS Imaging via ROI
The G3M715C supports hardware-based ROI (Region of Interest) functionality, enabling users to define custom imaging areas for specific targets. Smaller ROI areas yield significantly higher frame rates, delivering the precision and flexibility required for diverse observation scenarios ranging from full-disk solar imaging to high-magnification planetary detail capture.
Specifications
-
Sensor Model: Sony IMX715 Color Back-Illuminated CMOS (STARVIS 2 Technology)
-
Sensor Size: 1/2.8-inch (6.45 mm / 0.25 in diagonal)
-
Image Area: 5.57 mm x 3.13 mm (0.22 in x 0.12 in)
-
Resolution: 8.3 Megapixels (3840 x 2160)
-
Pixel Size: 1.45um x 1.45um
-
ADC Bit Depth: 12-bit
-
Quantum Efficiency: > 91% Peak
-
Full Well Capacity: 6.0k e-
-
Read Noise: 0.57 e- to 3.20 e-
-
Dynamic Range: 72.0 dB
-
SNR Max: 39.5 dB
-
G Sensitivity: 4341 mv with 1/30s
-
Spectral Range: 380-690 nm (with IR-cut filter) / 380-1100 nm (with AR-window variant)
-
Maximum Frame Rate (12-bit Output via USB 3.0): 45 FPS @ 3840 x 2160
-
Maximum Frame Rate (8-bit ROI Capture Mode): 1500+ FPS @ 3840 x 40
-
Exposure Time Range: 0.1 ms - 1000 s
-
Gain Range: 1x - 150x
-
Shutter Type: Rolling Shutter
-
Data Interface: USB 3.0 / USB 2.0 (with ST4 Guide Port and 512MB DDR3 Buffer)
-
Back Focus Distance: 12.5 mm (0.49 in) with CS adapter
-
Camera Dimensions: 37 mm Diameter x 72.4 mm Height (1.46 in Diameter x 2.85 in Height)
-
Weight: 70 g (2.47 oz)
-
Supported OS: Windows XP/Vista/7/8/10/11, Mac OS X, Linux
-
SDK Support: Native C/C++, C#/VB.NET, Python, Java, DirectShow, Twain
Mechanical Diagrams
Performance Curve Analysis
Other Information
- Country of Manufacture: China
- 1x Camera Body
- 1x USB 3.0 Data Cable (2m, Type-A to Type-B)
- 1x ST4 Guide Cable (2m)
- 1x 1.25" Nosepiece
- 1x Quick Start Guide
ToupTek G3M715C Planetary Color Astronomy Camera - Extended Length Version