ZWO ASI 294MM Pro Cooled Mono Astrophotography Camera

• Perfect for deep space astrophotography and planetary imaging!
• 11 MP micro four-thirds sensor.
• Thermoelectric cooling down to minus 35 degrees Celsius below ambient.
• Shoots 4k video at 24 FPS and 320 x 240 at 179.3 FPS.
• Thanks to the back-illuminated sensor, this camera has improved light-gathering power compared to its front-lit counterparts.
• This camera has a bit-depth of 14 with 4.53-micron pixels for extremely detailed images.
• High QE around 90%.

ZWO ASI294 Color CMOS Telescope Camera

4/3″ format, 14bit ADC, 63700e full well.

• Planetary and Deep-Sky Imaging.
• Pixel Array: 4144 x 2822.
• Pixel Size: 4.63 microns.
• Sensor: IMX294CIK.

The ASI 294MC is the first camera with the latest Sony IMX294CJK sensor: the ideal astro camera for every conceivable application! The "back-illuminated" Sony CMOS sensor ensures maximum sensitivity and therefore short exposure times. With just 30 seconds of exposure time and subsequent stacking, you'll be able to capture faint nebulae and galaxies with this camera - without any active cooling! The main advantages of the camera at a glance: USB 3.0 for a fast download - can also be operated with USB 2.0 Very sensitive CMOS sensor: quantum efficiency in the maximum over 75% (about 530nm) Good resolution due to relatively small pixels Supplied with AR clear glass filter, which means full passage also in the infrared. If the IR is to be blocked, an IR cut filter is needed. HCG mode - if Gain (pre-amplification) is higher than 120 (12 db), the readout noise will be reduced below 2e - Result: Despite extremely high sensitivity, you will obtain low-noise images. High full-well capacity: even bright stars do not burn anymore, they get a better signal-to-noise ratio. Big scope of delivery: adapters, cables and more

ZWO ASI120MM Mini USB2.0 Mono Guide Camera

• Its Powerful Performance Makes it Great for Guiding!
• Peak QE of Over 75%!
• Pixel Array: 1280 x 960.
• Pixel Size: 3.75 microns.
• Read Noise: 3.5e.

• Enables automatic alignment of your Celestron computerized telescope. See a full list of compatible telescopes in the technology tab.
• No need to identify or locate any star in the sky–StarSense automatically aligns your telescope, so you can begin observing in minutes
• Aligns in 3 minutes or less
• Provides advanced mount modeling—align on numerous stars throughout the sky for extremely precise GoTo pointing accuracy
• StarSense hand controller included

ZWO ASI120MC-S 1.2 Megapixel USB3.0 Color Astronomy Camera for Astrophotography

ASI120S is a super speed and sensitive USB 3.0 camera. Up to 60FPS under 1280X960 full resolution!

The Small Off-Axis Guider by QHY has 35 mm to the center point. It is a thin and solid design only being 10 mm thick. Adding an M42 thread adapter ring will add 3 mm for a total thickness of 13 mm. There are six 3 mm through holes in the OAG for direct connection to the QH-QHYCFW2 and QHY A-series camera.

The prism position can be adjusted and can be locked down to fix its position. The prism is 8 mm x 8 mm size and the aperture between the prism and mirror is 8 mm in diameter. The QH-QHYOAG has a multi-thread 1.25-inch focuser build in which has a locking thumbscrew to hold the guide camera after focusing.

QHY5L-II-M CMOS Planetary Monochrome Camera - QHY5L-II-M

Do you want to get started in astrophotography and are you searching for a color camera simple to use, compact, cheap but with high quality to photograph the planets and the Moon? The QHY5L-II color is the perfect camera for you. The sensor has a very good 1280 x 960 pixels resolution, allowing you to record, with the EZPlanetary software, excellent high-resolution images.

Although less sensitive than the same camera with monochrome sensor, the QHY5L-II color can also be used as a autoguider thanks to the integrated ST4 port and to the autoguide cable already provided in the package.

• Aptina One-third Inch MT9M034 CMOS Sensor.
• Pixel Array: 1280 x 960.
• Pixel size: 3.75 um.
• USB and ST4 interface.
• QE of 74%.
• Planetary, Solar and Deep-sky Imaging.