Astrophotography 8- bit vs 16-bit Solar Imaging

A quick overview of 8-bit vs 16-bit when doing solar imaging. This video goes over the advantages of 16-bit and why it's best to capture data at the higher bit depth.

[@catherinegrimes2308]

Thank you for doing this test, your results back up my hunch about using more bits per pixel.

[@jefflucas_life]

I am just getting started, great video! I will do 16bit!

[@astromatt75]

Thank you for doing this video - just what I was looking for.

[@craiglowery4427]

Very informative. Thanks

[@salvadorcampuzangarrido9578]

El mejor videotutorial que visto sobre procesamiento y con la maestria de querer enseñar al que mira tu trabajo, enhorabuena y no te desvies de tu tecnica de enseñanza, gracias.

[@GarnettLeary]

Excellent presentation and image.

[@steventravis4343]

A trick : you can watch movies at Flixzone. I've been using them for watching a lot of movies lately.

[@dexterishaan2093]

@Steven Travis yup, I have been using Flixzone} for months myself :D

[@salvadormarvin8522]

@Steven Travis Definitely, I've been watching on Flixzone} for since december myself :D

[@princetondonald3051]

@Steven Travis definitely, been using flixzone} for years myself =)

[@Astrofrank]

Changing the speed mode primarily changes the ADC depth, at least with ZWO cameras. Here, high speed usually means 10 bit, low speed means 12 bit with most planetary cameras, except with the ASI178 cameras which use 14 bit.

[@grantsorenson4113]

how about avi vs raw format? and then say avi vs mpg? what are the quality differences?

[@gowdsake7103]

My camera wont image in 8 bit in any decent way
Please please please how the hell can you image with ANY colour camera the sun it will not work at all for me
How did you get prominence AND flares