Svbony SV305C Telescope Camera

SVBONY SV305C colour astronomy camera front view showing IMX662 CMOS sensor and threaded nosepiece

SVBONY SV305C planetary astronomy camera with IMX662 CMOS sensor on white background

Rear view of the SVBONY SV305C astronomy camera showing USB connection and metal housing

SVBONY SV305C planetary astronomy camera front view showing IMX662 CMOS sensor

SVBONY SV305C planetary camera rear view showing USB port

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Description

Description

SV305C Color Planetary Camera IMX662 for Astrophotography and EAA

SV305C telescope camera adopts the latest IMX662 1/2.8” back-illuminated sensor. The camera has ultra-high sensitivity and ultra-low readout noise. It has better performance in planetary photography and lunar surface photography, and is very suitable for EAA.

SVBONY SV305C planetary astronomy camera with IMX662 CMOS sensor and key specifications

IMX662 CMOS sensor

The SV305C planetary camera uses the IMX662 sensor. Compared with the previous generation sensor IMX462, the sensor has three times the full well charge, which can effectively avoid overexposure and ensure long exposure. The IMX662 sensor has the characteristics of low readout noise, no glow, and greatly improved NIR, especially in the red spectral band, which has a higher sensitivity than IMX462.

SVBONY SV305C planetary camera featuring Sony IMX662 CMOS sensor for astrophotography and EAA

QE

SVBONY SV305C planetary camera IMX662 colour response graph showing red, green and blue spectral sensitivity

Dynamic Range & Full Well

Using HCG noise reduction technology, when the gain is increased, the HCG mode will be automatically turned on, which can greatly reduce the readout noise, and at the same time retain the high dynamic range of low gain. When the gain value of SV305C telescope camera is 190, HCG will be turned on automatically.

SVBONY SV305C astronomy camera showing full well capacity and dynamic range performance graphs with HCG mode enabled

Read Noise & Gain

SVBONY SV305C astronomy camera showing system gain and read noise performance graphs alongside the camera body

Dimensions Display

Technical dimension drawing of the SVBONY SV305C planetary camera showing body diameter, height, and sensor position measurements

ROI Function & BIN

SVBONY SV305C colour astronomy camera connected via USB with example planetary images of Jupiter

1.25 Inch CS Interface

SV305C planetary camera can use a 1.25-inch universal astronomical interface, the front of the camera is a CS interface, and it is also equipped with a CS-C adapter ring, which can be used with C-mount lenses and CS-mount lenses for shooting.

SVBONY SV305C planetary camera 1.25 inch telescope interface with adapter components

USB 2.0 Interface

SV305C color palnetary camera is designed with USB2.0 interface, which can meet the basic needs of users, suitable for entry-level planetary photography.

SVBONY SV305C colour astronomy camera connected via USB with example planetary images of Jupiter

128MB DDRII Buffer

SV305C planetary camera has a built-in 128MB DDRIII image buffer. The benefit of the image buffer is that the memory will cache the image and transfer it to the computer when the USB interface is not busy or being interrupted, so that the frame won’t be lost or corrupted.

SVBONY SV305C astronomy camera highlighting built-in 128MB DDR buffer for stable high-speed image capture

UV/IR CUT Protective Glass

The built-in protective glass of the fuselage is UV/IR CUT, which can reach a high transmittance of more than 96% in the visible light range of 400-700nm. When shooting celestial images in the visible light range, a well-balanced color can be obtained. It effectively blocks ultraviolet and infrared light, ensuring clear images and accurate colors. At the same time, it protects the camera sensor, reducing unnecessary light pollution and image distortion.

SVBONY SV305C astronomy camera illustrating built-in UV and IR cut protective glass for accurate colour and improved image clarity

For Astrophotography & EAA

One-key quick setting: We have set planetary high-speed mode and deep space long exposure mode in the sharpcap software, users can choose according to their actual shooting needs, and realize one-key quick setting. After setting, they can adjust the best parameters suitable for them. It can be saved for convenient one-key setting next time. The unique one-button operation mode makes planet shooting easier.