Color Management starts with choosing the right software, display, video card and printer for editing and printing photos...
If what you're using right now works for you then stick with it. If you want to print on the pro level and make a living in this field Printing fine prints from the photos you shoot, there is a few thing you may want to look into.
Most everything you are about to read here I have gathered from various sources from print and from the web.
Understanding how your camera works is one thing, how to get the best prints after the shoot is another issue if you plan on doing your own Printing and to what level of print quality one wants to archive.
There are many important factors to be addressed on this subject and I'll cover a few. If you can not trust the colors displayed on your monitor, all other color management is a waste of time. Calibrating and profiling your monitor Should, therefore, be your first priority. Luckily, it is the easiest part of the image capture, editing, and printing system to profile.
The cost to do this ranges from free to expensive. If color accuracy and the ability to match your prints to your monitor are important to you, a decent hardware calibration system is essential. With a little work you can get good color from your monitor. If digital photography is your business, or you simply want the best colors you can get, the expense of a high quality calibration system is more than justified.
First off, most of the lower priced LCD displays on the market will not cut it when it comes to color accuracy. The color space ratings on these Displays won't even come close.
On the other hand, you can tweek and play around with your settings that may get you: What you see is what you printer with luck.
A devices color space simply describes the range of colors, or gamut, that a camera can see, a printer can print, or a monitor can display.
Editing color spaces, on the other hand, such as Adobe RGB or sRGB, are device-independent. They also determine a color range you can work in.
Their design allows you to edit images in a controlled, consistent manner. A devices color space is tied to the idiosyncrasies of the device it describes. An editing space, on the other hand, is gray balanced colors with equal amounts of Red, Green, and Blue appear neutral. Editing spaces also are perceptually uniform; I.e. Changes to lightness, hue, or saturation are applied equally to all the colors in the image.
The color gamut range is one of the most important issues when choosing the right display to work from. Color gamut refers to the various levels of colors that can potentially be displayed by a device. There are actually two types of color gamuts, Additive and subtractive. Additive refers to color that is generate by mixing together colored light to generate a final color. This is the style Used by computers, televisions and other devices. It is more often referred to as RGB based on the red, green and blue colors used to generate The colors.
Subtractive color is that used by mixing together dyes that prevent reflection of light that then produce a color. This is the style Used for all printed media such as photos, magazines and books. It is also generally referred to as CMYK based on the cyan, magenta, yellow and Black colors used. For those of you that don't know, the letter (K) in CMYK stands for Key color!
Since we are talking about LCD monitors, and in order to quantify how much color a device can handle, it uses one of the standardized color gamuts that define a particular range of color. The most common of the RGB based color gamuts is sRGB. This is the typical color gamut used for all computer displays. It is one of the oldest and therefore narrowest of the color gamuts that is used in reference for computer and consumer Electronics.
(Adobe RGB) was developed by Adobe as a color gamut to provide a wider range of colors than sRGB. Adobe developed this to be used with their various graphics programs including Photoshop as a means to
give professionals a greater level of color when they work on graphics and photos before converting for print. CMYK has a much greater color range compared to RGB gamuts, thus the wider Adobe RGB gamut gives a better translation of colors to print than sRGB.
(NTSC) was the color space developed for the widest range of colors that can be represented to the human eye. Many may think that this has to do with the television standard group that it is named after, but it is not. Most real world devices to date do not have the ability to actually reach this level of color in a display.
So, to quantify the various color gamuts in terms of their relative range of color of narrowest to widest would be: sRGB < Adobe RGB < NTSC. In general, displays are generally referred to and compared to the NTSC color standard unless they state a different standard.
Those that are looking to use a display for graphical work and photography for either a hobby or professional use will probably want something that has a greater range of color. This is where many of the newer high color or wide gamut displays have come into play.
If an LCD monitor's color is an important feature for your computer and work output, it is important to find out how much color it can actually represent.
Here's some specks...
(Average LCD: 70 to 75% of NTSC)
(Professional non-Wide Gamut LCD: 80 to 90% of NTSC) ...GOOD...
(Wide Gamut CCFL LCD: 92 to 100% of NTSC) ...BETTER...
(Wide Gamut LED LCD: 100%+ of NTSC) ...BEST...
Here's a list of displays that produce good color gamut output and they are expensive.
http://www.bhphotovideo.com/c/product/687611-REG/Eizo_CG223W_BK_ColorEdge_CG223W_22_Widescreen.htmlhttp://www.bhphotovideo.com/c/product/651901-REG/Eizo_CG243W_BK_ColorEdge_CG243W_24_1_Widescreen.htmlhttp://www.bhphotovideo.com/c/product/460727-REG/Eizo_CG221_BK_ColorEdge_CG221_22_2_Widescreen.htmlhttp://www.bhphotovideo.com/c/product/818436-REG/Eizo_CG232W_BK_ColorEdge_22_5_Color_Calibration.htmlNext, you need a good video card that can handle colors. A $59.00 card in your computer will not cut it here.
http://www.tigerdirect.com/applications/SearchTools/item-details.asp?EdpNo=6437147&CatId=3598http://www.tigerdirect.com/applications/SearchTools/item-details.asp?EdpNo=1890907&Sku=P450-7974http://www.tigerdirect.com/applications/Category/guidedSearch.asp?CatId=28&sel=Mfr%3BMfr_111.................................................................................
I'm not saying that you have to run out and spend 5 months of your mortage payments and quit feeding the dog just to print great photos, I'm showing you what most of the pro's are useing today including myself. Most of my work, 90% or so goes to print and I use the best equipment to produce the best output I can.
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A good printer is the next step and I personally use Epson, if you choose to do your own in house printing...
(Good starter Printers) ...NICE PRINTS AT LOWER COST...
http://www.bhphotovideo.com/c/product/838610-REG/Epson_C11CB53201_Artisan_1430_Inkjet_Printer.htmlhttp://www.bhphotovideo.com/c/product/555315-REG/Epson_C11CA16201_Stylus_Photo_R2880_Inkjet.html(Pro Level Printers)...INK IS VERY EXPENSIVE...Up to
$1000.00 just to replace!
http://www.epson.com/cgi-bin/Store/jsp/Pro/SeriesStylusPro4900/Overview.doBV_UseBVCookie=yeshttp://www.epson.com/cgi-bin/Store/jsp/Pro/SeriesStylusPro79009900/Overview.do?BV_UseBVCookie=yesGood color managment takes a good understanding and a lot of trial and error. By the time you get all your ducks in a row and everything working your head will spin but well worth it.
I've just scratched the surface here and if I don't stop now, this post would be 10ft. long or better!
Kudos all...