
Review Summary
2017-10-15T12:42:50
This isn't just a telescope camera because it has a "C" mount that enables it to be used on any instrument that produces visible light images that accept the very common "C" mount. This mount has been in use for years previously for visible image capture with adapted 35mm film cameras such as with microscopes. This camera can replace a film camera, again, as long as there is a "C" mount which is standardized screw mount. However, telescope or not, this camera has some significant features for technical use. It can detect by specification 4096 brightness levels for each of its pixels (bit depth=12). It has square--not rectangular--pixel dimensions that obviate dimensional distortion with respect to the camera orientation relative to the sample under study. Rotation of the sample under the camera in the same reference plane for example. The above assumes that if any selected specific brightness level were applied to the red, green, and blue pixels simultaneously that when added together their color response would identically be gray. Also that their responses over the entire gray-level range would be linear. That just means that the gray darkness would take place in equal proportion to illumination brightness. This has to the case for this camera since it works for color astrophotography. The odd twist to the story is that this camera has "stacking" software that essentially adds together and averages several frames together that equalize variations in pixel response in order to form rather remarkably clear astrophotography results. This methodology approximates the response of a "photometric" array which is kept so cold in use that temperature effect upon the sensor pixels is obviated or highly minimized; these cost big bucks. In short, the technical and software capability of this camera can approximate the performance of big buck engineering level cooled photometric sensor arrays in certain applications. So not only is this camera suitable for dimly lit objects in the sky, it's also ideal--at a moderate Adorama price--for microscopes wherein I'm studying colored particles for a volunteer engineering project. I just could not believe what I saw in terms of color gradient rendition. I doubt that it's "colormetric" but in a relative sense, or with bright illumination, the results are good enough for a cigar and are repeatable.
STEPHEN W.
2016-05-30T11:48:03
CMOS technology for astro photography is the way to go. I believe this Skyris 132C is pretty decent and produces a really cool picture of the planets and the moon. The Regstax software make it all happen to produce really good pictures..
Romeo U.
Powered by USB
High-speed USB 3.0, cable 10' long, USB 2.0 back-compatible
Extruded aluminum with integral heat sink fins
None
3.75 Micron Square
12 bit
Aptina AR0132AT CMOS
Color
1280 x 960
1.2 Mp
1.25" barrel and C-thread
4.8 mm x 3.6 mm
Electronic Rolling Shutter
iCap, IC Capture, DirectShow, FireCapture
-40°C to 40°C
Hardware Selectable
0.0001 to 30 seconds
Up to 200 (60fps at full frame)
3.6 oz(102 g)
Advanced planetary and lunar imaging
Best color planetary/lunar camera available for under $450. Very senstive, hyper-fast USB 3.0, relatively low cost.
050234955089
Excellent Camera for R&D Use (retired PhD Engineer)
By STEPHEN W.
This isn't just a telescope camera because it has a "C" mount that enables it to be used on any instrument that produces visible light images that accept the very common "C" mount. This mount has been in use for years previously for visible image capture with adapted 35mm film cameras such as with microscopes. This camera can replace a film camera, again, as long as there is a "C" mount which is standardized screw mount. However, telescope or not, this camera has some significant features f...
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CMOS is the way
By Romeo U.
CMOS technology for astro photography is the way to go. I believe this Skyris 132C is pretty decent and produces a really cool picture of the planets and the moon. The Regstax software make it all happen to produce really good pictures..
Celestron Skyris 132C CMOS Camera.
CELESTRON PARTNERS WITH THE IMAGING SOURCE
For years, The Imaging Source has produced astronomical cameras known for quality, performance, and value, elevating planetary imaging from a casual hobby into an art form. Now, The Imaging Source design team in Germany has joined forces with Celestron's engineers in California to create the Skyris line.
Skyris combines the unmatched expertise of The Imaging Source, with Celestron's innovative industrial design. And of course, it's backed by Celestron's world-class product support and 2-year warranty. Whether you're an advanced user or a beginner, you'll love creating beautiful astroimages with these easy-to-use cameras. Capture the Sun, Moon, and planets like never before and create crisp, high-resolution images.
MORE DATA, FASTER WITH USB 3.0 AND LIGHTNING-FAST READOUT
Skyris is capable of super-fast image download thanks to USB 3.0 connections. Even more impressive, Skyris' CMOS sensor is capable of capturing up to 200 frames per second when subframed on planets. Or image the full 1.2 megapixel 1/3-inch sensor at 60 frames per second great for lunar and solar imaging.
ULTRA-SENSITIVE APTINA AR0132 CMOS SENSOR
CMOS technology is emerging as the hottest thing in imaging, and Aptina's AR0132 sensor leads the way. This updated version of the popular MT9M034 sensor offers the perfect combination of speed, sensitivity, and value. You'll get results that rival those of more expensive cameras, at a price that's well suited to the budding astroimager.
Skyris 132C is a one-shot color camera, allowing you to capture full-color images instantly. There's no need to image the same target multiple times to capture different colors. You also won't need to invest in filters and a filter wheel.
Skyris also features a Celestron-designed camera body, which helps dissipate heat to minimize the effect of thermal noise on the CCD. Skyris cameras do not have an optical window, which makes cleaning your camera easier and ensures maximum light transmission with no risk of internal reflections.
A COMPLETE IMAGING SOLUTION JUST ADD YOUR TELESCOPE AND PC!
All Skyris cameras include Celestron iCap capture software and stacking software (for Windows systems only). This software suite allows you to easily control the camera, capture, and export your images or movie files. Next, you'll filter your images and stack the best shots to create your masterpiece.
With a 1.25" nosepiece and 10' USB 3.0 cable included, Skyris has everything you need to get started with lunar, solar, or planetary imaging.
USING SKYRIS AS AN AUTOGUIDER
Skyris cameras also make excellent autoguiders. If used with a Celestron mount, Skyris connects as a DirectShow device or WDM-style webcam. Just plug the hand control into the supplied serial cable using an optional USB to RS-232 Adapter. Skyris works with popular software like MaxIm DL or freeware like PHD Guiding. Or, plug the camera into the ST-4 autoguider port on select non-Celestron mounts, turning your Skyris into a high-end autoguider. Learn more on our Support Tab.