More choices.
The SV305Pro ARcoating allows full-spectrum light to through.
You can add the filter to block UV/IR light. Provides the best color balance and sharpness.
Or detach the filter in the low-light environment to allow more light information.
Update: debayer mode : GRBG
Only 2 left.
| Model | F9127A | |
| Size | 1.25'' | |
| Thread | M28.5*0.6 | |
| Type | UV IR cut filter | |
| Model | SV305 Pro |
| Sensor | 1/2.8" CMOS Color |
| Sensor Model | SONY IMX290 |
| Pixel Size | 2.9µmx2.9µm |
| Resolution | 2MPixels(1920*1080@120FPS)360*240@260fps |
| USB Type | USB3.0 |
| Shutter | Electronic Rolling Shutter |
| Exposure Time | 1ms~30min |
| Gain | Automatic/Manual |
| Maximum Frame Rate | 120FPS(1920*1080) |
| ADC | 10 bit/12 bit Out 8 bit/12 bit |
| Filter | AIR filter |
| Support OS | Windows, Linux, Raspberry Pi & Mac OS |
| Support Telescope | Telescope with 1.25'' diagonal base hole |
| Power Consumption | 230mA@5V |
| Cable Length | 2m |
| Working Humidity | 30%-80% |
| Storage Humidity | 20%-90% |
| Operating Temperature | -10°C~50°C |
| Storage Temperature | -20°C~60°C |
| Weight | 135g |
| Package Length*Width*Height | Ø*49.5*65mm |
Svbony SV305 Pro works with Windows, Linux, Mac OS and Raspberry Pi system.
>Windows system with Sharpcap software 3.2.6433 and latest version
>Linux system with AstroDMx capture for Linux & Raspberry Pi, Version 0.78.3 and Latest Version
https://www.linux-astro-imaging.uk/linux/astronomy/linux-downloads
>PHD2 Software for Guiding, Version v2.6.9dev1 and Latest Version
https://openphdguiding.org/development-snapshots/
> Mac OS with AstroDMx capture for Linux (version 0.84.7 )
https://www.astrodmx-capture.org.uk
UV/IR CUT filter
1. The UV IR cut filter uses the very latest coating technology to deliver the finest filtration quality and lifetime durability. If you use a DSLR camera, CCD camera, or telescope, it absolutely will be one of your best choices;
2. Color CCD cameras such as the Skyris color planetary cameras are very sensitive across the visual spectrum, as well as in infrared. Some telescopes may correct for chromatic aberration but are not designed to correct for IR light, which can often look defocused in astro-images. Blocking infrared (IR) light provides the greatest color balance and sharpness in your astro-images. This filter blocks IR while passing more than 94% of the entire visual spectrum, maintaining color fidelity.