APS-C Color Cooled Astronomy Camera | SVBONY SC571CC
3 | ReviewsKey Features
- High-Performance APS-C BSI CMOS
- Dual-Stage TEC Cooling
- Wide Compatibility
- Zero Amp-Glow for Pure Image Quality
- High Quantum Efficiency (QE >80%)
Description

APS-C Sony IMX571 Sensor

Two-stage TEC cooling

Zero Amp Glow

Native 16bit ADC

QE value

DDR3
SC571CC cooled camera has a 512MB (4Gb) ultra-fast memory buffer to ensure stable image transmission.



Real User Shots


APS-C Sony IMX571 Sensor

Two-stage TEC cooling

Zero Amp Glow

Native 16bit ADC

QE value

DDR3
SC571CC cooled camera has a 512MB (4Gb) ultra-fast memory buffer to ensure stable image transmission.



Real User Shots

Customer Reviews
Pedro Pemongar
Mar 10, 2026
I’m very pleased with the initial tests of this SC571CC camera. The image quality is on par with other brands using the same sensor, but at a much more affordable price point. This is my second SvBony camera; I’ve owned the SV405CC for over two years with excellent, trouble-free results. I also use an SV305PRO as a guide camera, which I highly recommend—the guiding precision I've achieved is impressive. I’m confident the new SC571CC will live up to my previous experiences. The brand consistently improves its products while maintaining high quality and very attractive pricing. Their filters, guide scopes, and other accessories certainly do not disappoint I also want to mention their sales team, who made the entire process easy and provided great support throughout the purchase
Carlos
Feb 12, 2026
From my point of view, the SC571CC is positioned (at least a priori) at the same level as other cameras using the IMX571 sensor, but with a more competitive price, achieved by reducing certain features such as an integrated USB hub — something many astrophotographers usually value very positively. However, this is actually where the strategy becomes interesting. By offering the camera at a lower price point, users can allocate part of the savings to an external hub, which not only provides additional USB ports but also power outputs. In many real-world setups, this ends up being a more flexible and scalable solution, especially for portable or semi-remote configurations. From this perspective, I think the strategy makes a lot of sense. As a personal example, I currently use a SVBONY SV405 in my observatory paired with a Samyang 135 mm lens, achieving excellent results. This kind of setup clearly shows that SVBONY products can deliver very strong performance in real conditions. All in all, I believe this camera is very good news for the astronomical community, as it lowers the barrier to access serious astrophotography while keeping quality high.
Tareq Abdulla
Jan 10, 2026
Yes, i am willing to get that SVBony regardless of the features, i mean i can get more or slightly higher standards from other brands, but i don't need those features always, not if i know how to use it as it is, i have 3 571 cameras it doesn't mean all must be the same exactly, i won't use them all together exactly the same maybe, at the end i always can find a way to get around missing things, for example that USB2.0 hub is definitely not necessary for me if the setup is just a backup small or less items used, i won't use a filter wheel, and with a power box i definitely can live without camera hubs, but the main question will be, will SVBony pricing the camera less for real!!!
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 |