SVBONY SV305 Telescope Digital camera, 2MP Astronomy Digital camera, 1.25 inch Planetary Digital camera for Images, Appropriate for Freshmen in Astrophotography
Original price was: $ 149.99.$ 21.59Current price is: $ 21.59.
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Product Description
SV305 astronomy digicam meets the fundamental wishes of astronomy fanatics for planetary images. SV305 digicam wishes to put in the driving force, you’ll be able to obtain it from the hyperlink described within the guide. After which obtain the corresponding model of sharpcap instrument in step with the pc gadget.
1 Images 2 Serve as 3 IMX290 CMOS sensor 4 Comparability
1.25-inch Extension Tube
The 1.25-inch extension tube is appropriate for astronomical telescopes with 1.25-inch mount. Use with a filter out to observe the moon for higher photographs.
C-mount Lens Adapter
The SV305 planetary digicam can be utilized with a C lens. We designed the SV305 planetary digicam with a C lens adapter. Use SV305 planetary digicam together with your C lens digicam.
Can Paintings for Raspberry Pi Station
For a Raspberry Pi workstation with twin monitors and an SSD power for storing effects, SV305 digicam and microscope, snail shells are seen at the left observe and seize controls at the correct observe.
12-bit ADC
12bit refers back to the twelfth energy of two, the choice of colour gradients, the upper the choice of a colour stage, the simpler the delicateness of the captured image and the clearer the description.
For the issue that the SV305 digicam does now not show the picture:
1. Whether or not the pc acknowledges the SV305 digicam, (you’ll be able to right-click my pc, click on Set up, click on Software Supervisor to look if the digicam tool is known) If the digicam does now not seem, do the next:
(1) Take a look at whether or not the usb is attached smartly and whether or not the SV305 digicam quilt is open. Take a look at whether or not the usb interface is attached to the proper usb interface.
(2) If all connections are right kind, take a look at converting the cables.
(3) There’s a risk that the SV305 digicam is broken or the twine is broken.
2. If the digicam will also be known, open the instrument and the digicam can’t acknowledge the SV305 digicam:
(1) Compatibility between instrument and gadget.
(2) The safety instrument of the pc shields the SV305 digicam and closes the safety instrument.
3. The USB interface at the entrance of the host won’t paintings, you’ll be able to alternate the interface to the interface at the again of the host.
4. Check out converting the road.
5. Use the newest model of sharpcap instrument.
Specs
Sensor: 1/2.8″ CMOS IMX290 Pixel Dimension: 2.9X2.9μm Solution: 2 Mega Pixels 1920X1080 Shutter: Digital Shutter Max FPS: 130fps（320*240） Video encoding structure： RAW ADC: 12 bit ROI fortify: Any space ROI On digicam symbol buffer: 128M DDR buffer Optic window: IR-cut filter out Interface: USB 2.0 Subject matter: Aluminum alloy Supported OS: Home windows Energy Intake: 200mA@5V Running Temperature: -4°F~122°F Garage Temperature: 14°F~140°F
Telescope Digital camera for EAA
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Buyer Opinions
4.2 out of five stars
20
3.8 out of five stars
20
3.9 out of five stars
13
4.2 out of five stars
122
4.0 out of five stars
10
Worth
$127.99$127.99
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$239.99$239.99
$159.99$159.99
$183.99$183.99
Sensor Fashion
IMX662
IMX585
IMX464
IMX290
IMX662
Sensor Dimension
1/2.8” back-illuminated
1/1.2″
1/1.8” COMS Sensor
1/2.8″ CMOS Colour
1/2.8” CMOS Colour
Max Solution
1920×1080
3856×2180
2712×1538
1920*1080
1920×1080
Pixel Dimension
2.9μm X 2.9μm
2.9μm X 2.9μm
2.9μm X 2.9μm
2.9µmx2.9µm
2.9μm X 2.9μm
Body Fee
24FPS
45FPS
93FPS
100FPS
30FPS
USB
USB 2.0
USB 3.0
USB 3.0
USB 3.0
WIFI
BSI CMOS sensor; SV305 telescope digicam makes use of a particularly delicate back-illuminated CMOS sensor; IMX290 sensor has very excessive QE and really low (0.7e-) learn noise; which progressed sensitivity within the visible-light and close to infrared mild areas for commercial packages
128MB DDR buffer; the good thing about the picture buffer is that the reminiscence will cache the picture and switch it to the pc when the USB interface isn’t busy or being interrupted; and the body may not be misplaced or corrupted
Any space ROI fortify; the SV305 astronomy digicam has ROI serve as; a smaller area of pastime (ROI) is learn out from the sensor; leaving the picture scale of the item being imaged unchanged; permit arbitrary resolutions to be set
SV305 planetary digicam suitable with Home windows gadget; Linux gadget; Mac OS gadget; and Raspberry Pi gadget; Home windows driving force 1.3.7 model; fortify ASCOM driving force; PHD2 guiding instrument; now not fortify Telephone gadget
Lengthy publicity can achieve half-hour; high-speed; medium-speed; low-speed 3 output body speeds are not obligatory; matching other pc {hardware} to reach a extra appropriate reception pace of the {hardware}; meet the fundamental wishes of astronomy fanatics for planetary images
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9 reviews for SVBONY SV305 Telescope Digital camera, 2MP Astronomy Digital camera, 1.25 inch Planetary Digital camera for Images, Appropriate for Freshmen in Astrophotography
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Tom Harnish –
Awesome camera at an excellent price
Short version: amazing camera at an amazing price. Buy it, I’m glad I did.Long version: I’m back into astronomy after losing my eyesight to macular degeneration. Sold all my equipment to a school for pennies on a dollar and never thought I’d go stargazing again. But modern medicine helped me recover my eyesight and astronomy is possible again.Worried that my eyesight might fade again (it hasn’t), I decided the new field of Electronically Assisted Astronomy (EAA) was the way to go. New camera technology has made it possible to capture images and live video through a telescope for display on a computer screen making it easier to see celestial objects and much easier to share with kids, elderly parents and neighbors, and even total strangers. Think of it as a streaming TV show about the heavens, but with a point and shoot camera built-in.I needed a telescope, of course, and found an excellent Amazon Warehouse Deal here, but years of experience meant that I knew finding a camera would be my real challenge. Astrophotography, especially of deep-sky objects, requires sophisticated camera technology that can cost thousands of dollars and that was out of the question. Then I read in an astronomy forum about a new camera, the SvBONY SV-305, at an incredibly low price.The third in a series of astronomy cameras from SvBONY, the SV305 is entirely different from the simple SV105 and SV205. In fact, it’s unfortunate that the company called it the SV305 implying it was just a better SV205. It’s not, its a completely different and much more capable camera. In fact, the company bills the camera as a planetary camera implying that it’s only suitable for capturing images of the Moon, Jupiter, Saturn, and Mars — maybe Venus. But my first efforts with the SV305 produced a lovely image of the Orion Nebula (M42).You’ll need a laptop to use the camera. The SV305 is controlled by software; a popular (and free) program called SharpCap does the job very well. (SvBONY will soon release a new driver for the camera that will let it work with most other astronomy programs on both Mac, PC, and Linux.)The SV305 camera is based on the amazingly sensitive Sony IMX290MC color sensor. Unlike older CCD cameras that required very long exposures (and thus expensive telescope tripods and clock drive mounts that track the stars), the SV305’s CMOS sensor allowed me to capture images of the moon in fractions of a second (millisecond exposures, in fact) using the rickety tabletop tripod included with the telescope I bought. (The $200 Orion 4.5″ reflector is widely regarded as a great scope, but the accessories are basically junk.) I liked the results so much I bought a quality tripod and mount, and use it to take a series of 800 one-second images that were combined (stacked) by SharpCap to produce the great image of M42 mentioned earlier.So what’s wrong with the SV305? Nothing really, unless you want to make one of those silly comparisons with, say, a $2000 camera. But that’s like comparing a Ford to a Ferrari–the cars and the cameras are designed for very different purposes, for very different buyers.I scoured the web and didn’t find anything that has the same capabilities for anything near the price. In fact, there are several cameras that use the same Sony sensor and they sell for about $150 more.Bottom line: For the price, you won’t find a better entry-level astronomy camera value.
Pat –
It will do the job for beginners
I like it, I have gotten some really nice photos of Jupiter and closeups of the moon.
Amazon Customer –
Needs a lot of fiddling with the software. Fun camera. See review.
Bought it for planetary camera shots. It has a very narrow field of view and is not highly sensitive to light.They say it behaves like a 5mm eyepiece, that seems true.So to use it you need a motorised mount as the subject exits the field of view fast. This is true of any photo setup for larger optics.The software is a third party download. I bought the full version, but the free one works.I had to use two reducers on my meade LX90 8″‘ reflector to get moon shots and a moon filter. Getting the color not to be green or pink takes a lot of fiddling with tho color controls.I left the gain half way and used exposure time to get my shots.I did not do any stacking just single shots.Came out not too bad for a cheap camera. You will have to wait for planets to be at their closest for good shots. I doubt you could get any deep sky stuff unless its wicked bright.If you try the longer exposure times, you start to see dotted pixels of different colors due to the sensor heating up.The most difficult parts are to get the target in the center of view so the camera can see it and to get the focus right. If its too far out of focus you will see nothing. Also make sure your finder scope is dead on center with the eyepiece to find the targetI got better shots with my Canon EOS 70E and an adapter, but its a way more expensive option. Also it is color filtered for terrestrial use and not sensitive to some space color frequencies, so an astro camera is better for this.All in all not bad. Good starter and cheap. You will need to get a good reducer in my opinion.Software takes a lot of playing and patience with it. But I found it fun.
TonySturch –
Solid IMX290 guidecam on a budget
I have to say, I’m pretty impressed by how well this camera works as a guide cam, even with the bayer matrix (not mono).Comparing it to my previous Meade LPI-G Mono (AR0130 sensor, same as ASI120mm mini) the SV305 finds nearly double the usable stars. This really impressed me because mono variants offer greater sensitivity because each pixel is not behind a colored filter in the bayer matrix. Still the svbony had plenty of sensitivity and washappily guiding on a dozen stars no matter what target I pointed towards. And this was from bortle 6 with very hazy skies and thin passing cloud cover. My very first night out, I set a new al time best RMS guide error over 60 seconds on my Belt Converted Losmandy G11. I hit 0.28 arc-sec rms to beat out my previous best of 0.33. Looking at the subs the following morning, the diffraction spikes from my GSO RC8 have never been sharper, and stars were noticeably tighter than usual. I had previously intended to move the AR0130 based mono cam to my OAG, but now I’m strongly considering getting a second sv305 for that too.I experimented with a number of different exposure settings, but had the best luck using the following:Windows WDM Driver (Not ASCOM)Predictive PEC AlgorithmBacklash CompensationMultistar Enabled240ms exposure60 (of 72) gain0.5 second loops in PHD2Contrast 72Auto White BalanceThe reasoning behind the exposure settings is so that PHD will stack 2 frames per loop, on the fly. I reduced 250ms slightly to 240ms because it was better to get the occasional stack of 3 than the occasional stack of just 1. Using 240ms/.5 sec worked better than using 500ms exp and .5 second loops, and also better than using 500ms exp and 1s loops. Its also important that you create your dark library or bad pixel map using the gain settings you intend to use, otherwise your display will appear noisy.So to sum up, I’m very happy with the guiding performance of the SVBony SV305. For the price of an ASI120mm, you get something at or close to the asi290mc performance.
Orlando Nava –
La cámara es excelente y funciona muy bien; la monte en un Celestron PowerSeeker 127EQ y esa fue la foto que tomé de la luna llena. Debo decir que para hacer la foto que muestro también use el motor que vende Celestron para la montura de ese telescopio. Además, recomiendo usar el programa que recomienda el fabricante (SharpCap la versión más actual disponible); yo trate de usar FireCapture y aúnque el software dice que es compatible con está cámara, no logré funcionará. Para el procesado del vÃdeo usé AutoStakker y la imagen con AstroSurface.
Luis –
Muy buena cámara. Me gustarÃa que tuviera mayor sensibilidad para fotografiar nebulosas o galaxias. Sé que no está diseñada para ello, y por eso me parece buena, sin embargo me parece poca la resolución que tiene de 2MP. El procesado de fotos es fundamental.
Luis D. –
Es mi primera cámara de astrofotografia, uso un dobson de 8″ y el resultado de la cámara es asombroso
Jose Eduardo –
Supero mis expectativas, se mira mucho mejor que con un ocular normal, con tan solo 127mm de apertura se logran ver muchos detalles de los planetas. Un accesorio mas de la colección svbony.
Jose Trinidad Lizárraga Ochoa –
Regresé el artÃculo debido a que el cd para cargar el programa estaba defectuoso