I recently purchased the Svbony SV605CC and I am very satisfied with my choice. - Build quality: the camera feels solid and well-made, with a reliable finish. - IMX533 sensor: having access to this powerful sensor for almost half the price of competitors is a major advantage. - Software compatibility: integration with programs like NINA or SharpCap is smooth and straightforward, making setup easy. In summary, the SV605CC offers an outstanding price-to-performance ratio and fits perfectly into a modern astrophotography workflow. I highly recommend it to anyone looking for a capable camera without breaking the bank.

Une caméra couleur dotée du capteur carré Sony IMX533 avec une résolution de 3008x3008px. Le capteur est refroidi. Avec une température extérieure de 25°celsius, j'arrive à descendre la température du capteur à -10° avec une puissance de refroidissement ne dépassant pas 70% afin de ne pas abimer le refroidisseur. Excellente qualité qui n'a rien à envier à ses concurrents pour un prix bien moins élevé. Permet d'aborder l'astrophotographie avec un budget raisonnable et du matériel de qualité. La photo jointe n'utilise que du matériel Svbony: lunette SV503,lunette guide SV106, caméra guide SV705C, caméra de capture SV605CC refroidie à -10°,filtre HA/OIII 3nm SV220. Capture avec N. I. N. A., traitement avec Siril+Affinity. 4 panneaux de 7 images chacun avec un temps de pose unitaire de 600s. La focale de la lunette couplée à la taille du capteur et des pixels permet de limiter la prise sur 4 panneaux vue la taille de la nébuleuse.

I’ve been pleasantly surprised by this camera. It’s the first cooled camera I’ve owned, and compared to my other cameras, which are more focused on planetary imaging (305, 715), its size and weight are noticeably larger (not a problem in itself, but something to keep in mind when calculating the load for the mount). I use it with an SV480 102/660 and it works perfectly. I had to purchase the SVBONY extension tubes to reach focus, but aside from that, there have been no issues. I can easily lower the temperature down to -10 °C outdoors, which, given that it’s currently winter, isn’t particularly remarkable. The important point is that when I test it indoors (to build a dark library) with an ambient temperature of 25 °C, the camera still reaches -10 °C with the cooling running at 65–70%. This gives me a lot of confidence for summer nights. It’s a purchase I fully recommend for anyone looking to take the step into cooled cameras.

I’m really pleased with the final results. The main difference now is that I always need to use calibration frames, whereas before I only used them in specific situations. But I’ll get used to it. Here are a couple of final images after applying my full post‑processing routine.

Great camera. Photos asi result of taking photos...

Great camera. Photos as result of testing.

Sehr gute gekühlte Astrokamera mit quadratischem Sony IMX533 SensorSehr gute gekühlte Astrokamera mit quadratischem Sony IMX533 Sensor Ich habe die Kamera für sehr günstige 496€ erworben. Die Kamera ist sehr gut. Sie hat einen quadratischen IMX533 Sensor von Sony mit geringem Ausleserauschen. Ein leichtes Banding ist vorhanden, aber kein Problem, sofern mehrere Bilder gestackt und am besten auch Dithering verwendet wird. Amplifier Glow is nicht vorhanden. Für Hubble Palette SHO und LRGB-Bilder mit entsprechenden Schmalbandfiltern ist die Kamera sehr gut geeignet. Das Beispielbild entstand durch 100 x 60 sec mit dem 5nm H-Alpha-Filter SV227 von Svbony. Nebel und Sterne wurden getrennt bearbeitet.

30deg C temperature DIFFERENCE is 54 deg F for Anders Celsius's and Daniel Gabriel Fahrenheit's sake, 30deg C temperature DIFFERENCE is 54 deg F ! Not to be confused with temperature AT 30 deg C = 86 deg F.

I absolutely love this cameraI absolutely love this camera My first camera had the known banding issue but SVBONY took care of it for me and got me the updated version. I'd been using a DSLR and had no idea what I was missing in the sky. I use this with Stellarmate on a Pi4 but could never get it working in Astroberry. I have stacks of 8 hours from my DSLR that don't come close to what I get from 1 hour with this camera. I know it's not a pro level camera but if you're on a budget and want great results, this is for you.

Got a couple of shots last night with first light for the SVBony MK127 Rumac Maksutov. Used ay 1500mm focal length. Camera was ASI2600MC Air. Collimation seemed okay. Of interest is the Supernova in Galaxy 7331. Just to the bottom left of the Galactic core. Got the Bubble Nebula also. Slight issue with tracking for some reason.Maybe because image circle of the Mak is too small to illuminate the Guide sensor in the ASI2600 Air. I will try an external guide setup next time.