Take high-resolution photos even without a Barlow lens! SC715C Planetary Camera released!
Take high-resolution photos even without a Barlow lens! SC715C Planetary Camera released!
In astrophotography, image sharpness and clarity of detail are important. Our planetary cameras (SV705C, SV505C, SV305M Pro), guide cameras (SV905C), and DSO cooled camera (SV405CC, SV605CC, SV605MC) have won high praise and trust. In order to satisfy the needs of more customers, we have developed SC715C, a high-performance camera designed for astrophotography enthusiasts, which will bring you into a brand new visual world!
If you are a regular customer, you should be confused by the name SC715C. At first glance, you might mistake it for an upgraded version of the SV705C. In fact, this is not the case, but the names are too similar. About SC715C: SC stands for SVBONY camera, 715 stands for IMX715 sensor, and C stands for color. About SV705C: SV stands for SVBONY, and 705 comes from the fact that the earlier cameras were named 105, 205, 305, 405, 505, 605, and 705, in that order.
What is the SC715C Planetary Camera?
This planetary imaging camera, designed for astronomy and planets photography, combines high resolution, high dynamic range, and low noise to deliver high performance. The CMOS camera, equipped with an IMX715 sensor, captures extremely detailed image information at a high resolution of 8 megapixels. This capability makes it particularly suitable for photographing planets like Mars, Jupiter, and Saturn. The SC715C utilizes advanced STARVIS II technology to excel in low-light conditions, ensuring high-quality images.Whether you are a professional astrophotographer or an amateur exploring the stars, the SC715C is a powerful and indispensable astro-imaging device.
The advantages of SC715C Planetary Camera
| Material | Aluminum alloy, sandblasted, anodized |
| Color | Iron grey |
| Sensor | SONY IMX715 Color Sensor |
| Processor | FPGA |
| Sensor Size | 1/2.8 inch |
| Diagonal Length | 6.39mm |
| Resolution | 8.4 Mega Pixels (3840 * 2160) |
| Pixel Size | 1.45um * 1.45um |
| Pixel Depth | 12bit |
| Shutter Type | Electric Rolling Shutter |
| Dynamic Range | 72.8dB (1-12 stops) |
| Exposure Time | 0.1ms to 900s |
| Readout Noise | 0.41-2.29e- |
| Pixel Binning | 1x1, 2x2 |
| Data Cable | USB 3.0 B-Type data cable |
| Autoguider Cable | Autoguider data cable |
| Camera Interface 1 | USB 3.0 B-Type data interface |
| Camera Interface 2 | ST4 autoguider interface |
| Camera Interface 3 | 1/4 inch thread at the rear, for mounting on a camera tripod |
| Camera Interface 4 | Front M42 male thread |
| Adapter 1 | M42 female thread to CS thread |
| Adapter 2 | M42 female thread to M42 female thread |
| Adapter 3 | M42 male thread to 1.25 inch barrel (1.25'' female thread) |
| Adapter 4 | CS-C 5mm adapter |
| Weight | 147g (body only) |
High-resolution Imaging:
The IMX715 sensor, with a 1/2.8-inch format and a pixel size of 1.45μm x 1.45μm, captures extremely detailed image information to meet professional needs, supporting up to 8 megapixels.
Outstanding Low-light Performance:
The sensor offers higher dynamic range and lower noise, ensuring image quality in low-light conditions. It suits astrophotography requirements and effectively reduces starbursts or blurring during long exposures.
Advanced STARVIS II Technology:
The SC715C telescope camera uses STARVIS II technology to achieve higher sensitivity and lower noise levels, enhancing shooting results with advanced image processing algorithms.
Fast Data Transfer with Star Guide Function:
The SC715C features a USB 3.0 port for data transfer at full resolution of 45.5 frames per second. It connects to an equatorial instrument through the ST4 interface, allowing real-time position adjustments to avoid jitter and ensure clear images.
Smooth Operating Experience:
The built-in 512MB DDR3 cache enables a fast response to every command, reducing delays during focusing and zooming. The C/CS mount eyepiece solution adapts to different mounting needs, allowing users to capture every moment with ease.
Recommended Astrophotography Equipments
In general, when using a CMOS camera with a telescope, it is best to choose a telescope with a focal ratio of 5 times the pixel size. The pixel size is 1.45um * 1.45um. 1.45X5=7.25. Therefore, for better results, it is recommended to use a telescope with a focal length of F7. For example, the use of F7 telescopes, such as SV503 80 ED, SV503 102 ED, SV550 122 APO, etc., is ideal for photographing small deep sky objects. Suitable for planetary details when used in combination with longer focal ratio telescopes, such as with telescopes such as the Newtonian or Schmidt-Cassegrain telescopes.
Deep Sky Photography:
SV503 102ED OTA +SV221 Prism Diagonal + SC715C + Filters (LRGB, SHO filters, etc)
Planetary Photography:
MK127 Maksutov-Cassegrain Telescope OTA + SC715C + UV-IR Cut/CLS/UHC filters
Solar Photography:
SV550 122mm Telescope + SV221 Prism Diagonal + SC715C + SV229 Solar Filter
Summary
The SC715C Planetary Camera can meet the needs of professional astrophotography. Whether you are a professional astronomical photographer or an astronomical enthusiast who loves the stars, the SC715C will bring you an unprecedented photographic experience!
