Cooled Color Astronomical Camera SV605CC | Svbony
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Description
Why Is Deep-Sky Imaging So Difficult with a Regular Camera?
A regular camera can capture beautiful landscapes and everyday moments, but deep-sky imaging requires a different level of performance. Faint nebulae and distant galaxies need long exposures to collect enough light, where sensor heat, noise, and unstable imaging performance become major challenges. SV605CC is designed specifically for astrophotography, providing a dedicated cooling system and optimized imaging performance to reveal details that ordinary cameras often miss.
Your Journey from Photography to Deep-Sky Imaging
Astrophotography is a journey of continuous exploration. Many photographers start with DSLR or mirrorless cameras and gradually move to dedicated astronomy equipment for deeper celestial details. SV605CC is designed for deep-sky imaging, delivering the cooling performance, sensitivity, and stability needed to capture faint nebulae and galaxies.
Advanced TEC Cooling for Cleaner Deep-Sky Images
During long exposures, sensor heat can introduce unwanted noise and reduce image quality. The SV605CC two-stage TEC cooling system effectively lowers sensor temperature, reducing thermal noise and helping capture cleaner, more detailed deep-sky images.
Capture More Faint Details with Higher Sensitivity
High quantum efficiency allows the SV605CC sensor to convert more incoming photons into useful signals, while low read noise minimizes signal loss during image acquisition. Together, they improve weak signal detection and help capture more details from faint deep-sky targets.
Cleaner Signals, Greater Dynamic Range
SV605CC minimizes unwanted amp glow during long exposures, reducing background interference in astrophotos. Combined with high dynamic range performance, it captures subtle structures in faint nebulae while preserving details in brighter regions for more natural and accurate images.
Real Deep-Sky Results
From delicate nebula structures to distant galaxies, SV605CC helps astrophotographers reveal the hidden beauty of deep space. Real captured images and 100% detail crops demonstrate the camera's sensitivity, clarity, and ability to preserve fine celestial details.
One Box Powers Your Whole Rig
No dummy battery, no mid-session swaps. SV605CC is powered externally by design — pair it with the SV241 power box to feed your camera, mount, focuser and dew heater from one 12V source, all night long.
High-Speed Data Transfer for Stable Imaging
Deep-sky imaging generates large amounts of image data during long exposures and high-resolution captures. SV605CC features USB 3.0 high-speed transmission and 256MB DDR3 onboard memory, ensuring smoother data transfer, reducing frame drops, and maintaining stable performance throughout extended imaging sessions.
Capture Deep Sky Anywhere, Anytime
From Light-Polluted Cities to Dark-Sky Wilderness
Seamless Integration with Your Astrophotography Ecosystem
SV605CC is designed to integrate seamlessly into a complete astrophotography workflow. Compatible with popular imaging software, control platforms, and astronomy accessories, it works smoothly with your existing setup to simplify image capture, automation, and system management for advanced deep-sky imaging.
Easy 55mm Back Focus Setup for Your Telescope System
With a flexible adapter design, SV605CC makes it simple to achieve the ideal 55mm back focus distance. Easily combine spacers and accessories to match different telescope setups and create a reliable deep-sky imaging system.
Designed for Seamless Astrophotography Connections
With a professional interface design, SV605CC provides easy access to essential connections, including USB data transfer, power supply, cooling control, and telescope accessories. The streamlined layout makes setup and integration into your astrophotography system simple and efficient.
Choose the Right Camera for Deep-Sky Imaging
Different astronomy cameras are designed for different imaging goals. By comparing sensor type, pixel size, resolution, and connectivity, you can better understand how dedicated deep-sky cameras deliver the performance needed for capturing faint celestial objects.
Why Is Deep-Sky Imaging So Difficult with a Regular Camera?
A regular camera can capture beautiful landscapes and everyday moments, but deep-sky imaging requires a different level of performance. Faint nebulae and distant galaxies need long exposures to collect enough light, where sensor heat, noise, and unstable imaging performance become major challenges. SV605CC is designed specifically for astrophotography, providing a dedicated cooling system and optimized imaging performance to reveal details that ordinary cameras often miss.
Your Journey from Photography to Deep-Sky Imaging
Astrophotography is a journey of continuous exploration. Many photographers start with DSLR or mirrorless cameras and gradually move to dedicated astronomy equipment for deeper celestial details. SV605CC is designed for deep-sky imaging, delivering the cooling performance, sensitivity, and stability needed to capture faint nebulae and galaxies.
Advanced TEC Cooling for Cleaner Deep-Sky Images
During long exposures, sensor heat can introduce unwanted noise and reduce image quality. The SV605CC two-stage TEC cooling system effectively lowers sensor temperature, reducing thermal noise and helping capture cleaner, more detailed deep-sky images.
Capture More Faint Details with Higher Sensitivity
High quantum efficiency allows the SV605CC sensor to convert more incoming photons into useful signals, while low read noise minimizes signal loss during image acquisition. Together, they improve weak signal detection and help capture more details from faint deep-sky targets.
Cleaner Signals, Greater Dynamic Range
SV605CC minimizes unwanted amp glow during long exposures, reducing background interference in astrophotos. Combined with high dynamic range performance, it captures subtle structures in faint nebulae while preserving details in brighter regions for more natural and accurate images.
Real Deep-Sky Results
From delicate nebula structures to distant galaxies, SV605CC helps astrophotographers reveal the hidden beauty of deep space. Real captured images and 100% detail crops demonstrate the camera's sensitivity, clarity, and ability to preserve fine celestial details.
One Box Powers Your Whole Rig
No dummy battery, no mid-session swaps. SV605CC is powered externally by design — pair it with the SV241 power box to feed your camera, mount, focuser and dew heater from one 12V source, all night long.
High-Speed Data Transfer for Stable Imaging
Deep-sky imaging generates large amounts of image data during long exposures and high-resolution captures. SV605CC features USB 3.0 high-speed transmission and 256MB DDR3 onboard memory, ensuring smoother data transfer, reducing frame drops, and maintaining stable performance throughout extended imaging sessions.
Capture Deep Sky Anywhere, Anytime
From Light-Polluted Cities to Dark-Sky Wilderness
Seamless Integration with Your Astrophotography Ecosystem
SV605CC is designed to integrate seamlessly into a complete astrophotography workflow. Compatible with popular imaging software, control platforms, and astronomy accessories, it works smoothly with your existing setup to simplify image capture, automation, and system management for advanced deep-sky imaging.
Easy 55mm Back Focus Setup for Your Telescope System
With a flexible adapter design, SV605CC makes it simple to achieve the ideal 55mm back focus distance. Easily combine spacers and accessories to match different telescope setups and create a reliable deep-sky imaging system.
Designed for Seamless Astrophotography Connections
With a professional interface design, SV605CC provides easy access to essential connections, including USB data transfer, power supply, cooling control, and telescope accessories. The streamlined layout makes setup and integration into your astrophotography system simple and efficient.
Choose the Right Camera for Deep-Sky Imaging
Different astronomy cameras are designed for different imaging goals. By comparing sensor type, pixel size, resolution, and connectivity, you can better understand how dedicated deep-sky cameras deliver the performance needed for capturing faint celestial objects.
Portfolio
Realistic works captured with this device
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Spec
| Model | SV605CC |
| Sensor | Color IMX533 CMOS |
| Image Resolution | 3008*3008 |
| Total Pixels | 9.0 Megapixel |
| Pixel Size | 3.76μm x 3.76μm |
| Target Size | 1'' |
| Diagonal | 15.968mm |
| Maximum Frame Rate | 20FPS |
| Shutter Type | Rolling Shutter |
| USB Type | Type-B USB 3.0 |
| Cache | DDR3 256M |
| Time of Exposure | 0.05ms-2000s |
| Readout Noise | 1.0e-3.3e- |
| QE Peak | 0.91 |
| Full Charged | 50ke- |
| ADC | 14bit |
| Temperature Display | Display on software |
| Cooling System | TEC Semiconductor 2-Stage Refrigeration |
| Digital Noise Reduction | Support |
| ROI | Support |
| Pixel Binning | BIN1,BIN2,BIN3,BIN4 |
| Operating System | Windows,Linux,Mac OS,Raspberry Pi,Chrome OS |
| Protective Window Optical Glass | AR Coating |
| Camera Interface Specifications | 2''/1.25''/M42X0.75 |
| Back Focus Distance | 6.5mm/17.5 |
| Workiung Current | < 300MA |
| Stand-by Current | < 30MA |
Features
Features
- SV605CC is the deep space camera of SVBONY brand. It is designed with SONY IMX533 color SMOS sensor,which is recommended by amateur asreonomers.Here are some highlights:
- 1. Back-illuminated sensor - improving sensitivity and reducing noise
- 2. 1'' format with 3.76 um pixel size - ideal for many types of telescopes
- 3. 14-bit ADC - giving high dynamic range of 13 stops.
- 4. An impressive 50ke-full well capacity - helping to reduce the issue of,for example,saturated stars.
- 5. HCG mode - When set the gain at 120 or higher,the HCG mode is autonatically enabled,and reduce the read noise to even lover levels without loss the dynamic range.
- 6. Exceptuinal low-illumination performance of SNR1s:0.14 lx is realized by use of a large-size optical system and by expanding the area per pixel to 3.76um.This makes the IMX533 ieal for security camera market applicatiuons that require low illumination performance.
- 7. The IMX533 sensor adopts the 1'' format and provides the necessary number of pixels for true 4k output at 120 frames per second(W/ ADC 10-bit output mode,the SV605CC can run up to 20fps at 4k format when used with USB3.0)
The Real Shot Image by SV605CC
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