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Color Cooled Camera | SC571CC

Description

SVBONY SC571CC TEC Cooled Color Astronomy Camera with Sony IMX571 Sensor

APS-C Sony IMX571 Sensor

The SC571CC is equipped with the APS-C format Sony IMX571 sensor, measuring 23.5mm × 15.7mm with a 28.3mm diagonal. It delivers an outstanding resolution of 6224 × 4168 pixels, making it a true 26-megapixel powerhouse.  
Sony IMX571 APS-C Back-Illuminated Sensor - 26MP, 80%+ QE, 3.76μm Pixel Size

Two-stage TEC cooling

Thanks to its two-stage TEC cooling system, the SC571CC can reduce the CMOS sensor temperature by 35°C below ambient, significantly lowering dark current and sensor noise even during long exposures.  
Dual-Stage TEC Cooling System - Lowers Sensor Temperature 35°C Below Ambient

Zero Amp Glow

As the SC571CC uses zero amp glow circuitry, you won’t have to worry about amp glow even when using high gain, long exposure imaging. 
Zero Amp-Glow Technology of the IMX571 Sensor

Native 16bit ADC

The advanced CMOS architecture of the ASI2600 enables a true 14-stop dynamic range. This ensures exceptionally smooth tonal transitions, richer color gradients, and the ability to capture both the faintest details and the brightest highlights within a single frame. 
16-Bit ADC for Wide Dynamic Range and High-Quality Astrophotography Images

QE value

The QE peak value of the SC571CC cooled camera is 80%.
Over 80% Peak Quantum Efficiency for Capturing Faint Nebulae and Hα Regions

DDR3

SC571CC cooled camera has a 512MB (4Gb) ultra-fast memory buffer to ensure stable image transmission.

512MB DDR3 Cache & USB 3.0 Type-C Interface for Stable Data Transfer Wide Software Compatibility (NINA, SharpCap) and Anti-Condensation Heating Function 55mm Back Focus Connection Diagram for SC571CC Camera with SVBONY Accessories Back Focus Distance Breakdown: M42/M48 Adapters and Extension Tube Dimensions SC571CC Camera Ports: USB 3.0 Type-C and DC 12V Power Input SC571CC Camera Performance Chart: e/ADU, Read Noise, Full Well, and Dynamic Range
SC571CC Cooled Camera Mechanical Dimensions and DiagramSC571CC Camera Connection Diagram: Computer USB and 12V 3A Power Supply

Real User Shots

Real Astrophoto Taken with SVBONY SC571CC Camera - Tested by Naztronomy Deep Sky Image Captured Using SVBONY SC571CC Cooled Camera Astrophotography Results with SC571CC IMX571 OSC Camera User Astrophoto Sample - SVBONY SC571CC Color Cooled Camera Performance Real-World Imaging Example with the SC571CC TEC Cooled Astronomy Camera Final Processed Image Showcasing SC571CC Camera Capabilities
 
 

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Spec

Parameter Specification
Sensor Sony IMX571 APS-C Color CMOS
Resolution 6244×4168 (26MP)
Pixel Size 3.76μm × 3.76μm
Image Sensor Size APS-C (23.5×15.7mm)
Diagonal 28.3mm
ADC 16-bit
Max Frame Rate 13.3 FPS (Full Resolution)
Exposure Time Range 0.1ms – 3600s
Read Noise 2.6 - 1.14e-
Peak QE >80%
Cooling Method Dual-Stage TEC
Cooling Capacity Approx. 35°C below ambient
Buffer 512MB DDR3
Data Interface USB Type-C
Power Interface DC 12V (5.5×2.1mm)
Front Window AR-Coated Glass
Camera Interface M42×0.75 / 2" / 1.25"
Back Focal Length 17.5mm
Supported OS Win / Mac / Linux / Raspberry Pi

FAQ

Q1: When connected to SharpCap, the indicator light does not turn on, but the cooling function works normally. What is the cause?
A: There is a “Status LEDs” setting option in SharpCap; simply set it to “on.”

Q2: After connecting to SharpCap, the fan is spinning normally, but the sensor temperature is not dropping.
A: By default, cooling is not enabled in SharpCap; you need to manually set “Cooler” to “on.”

Q3: What is the maximum cooling temperature?
A: For short exposures, it can reach 35°C below ambient temperature; for long exposures (>1s), it can reach 42°C below ambient temperature.

Q4: Is it normal for the camera body to get warm or even hot after using it for a while?
A: This is normal and indicates that heat is being dissipated through the body.

Q5: Does it achieve “zero glow”?
A: Yes. In actual testing with a 300-second long exposure at -10°C, no glow was detected.

Q6: What is the exposure time range?
A: The exposure time ranges from 0.1 ms to 3600 s

Q7: What is the gain value range?
A: The gain value ranges from 100 to 10,000.

Q8: Does the SC571CC support macOS?
A: Yes, it supports macOS via Wine.

Q9: Is the SC571CC compatible with Touptek or StellaVita?
A: It is compatible with StellaVita software.

Q10: Can the screw holes on the camera’s base accommodate a ZWO 5×2-inch or 7×2-inch electronic filter wheel?
A: Yes, the screw holes on the camera’s base are M2.5 with a center-to-center distance of 31mm; any wheel meeting these specifications will fit.

Q11: Does the SC571CC require an external power supply to operate?
A: Yes, it must be connected to a 12V power supply to function properly.

Q12: Can the SC571CC power adapter be shared with the SV405CC?
A: Yes, they can be shared. Any adapter with an output voltage of 12V/3A or higher is compatible.

Q13: Does the AC/DC power adapter included in the camera package come with a power cord?
A: Yes, it is included as standard.

Q14: What is the diagonal size of the camera’s sensor?
A: The diagonal size is 28.3mm, equivalent to an APS-C format camera.

Q15: What is the camera’s flange focal distance?
A: The flange focal distance is 17.5mm.

RelevantDocuments

Astro Cameras

SVBONY_DshowSetup
4.71 MB zip
This driver allows DirectShow-compatible software (such as planetary imaging or video capture applications) to detect and use the SVBONY SC571CC camera.
SVBONY_ASCOMSetup
4.93 MB zip
This driver enables ASCOM and NINA software to recognize and control your SVBONY SC571CC camera.
SVBONY_Setup
41.13 MB zip
This is the official control software for the SVBONY SC571CC camera. Use it to directly operate the camera, adjust imaging settings, and capture images.

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