The Output option determines the type of image output that RIP-Queue will process.

• Color - This is the default output option. Using this option will generate color output.
• Grayscale - This option creates a black and white version of your job. Because this output method only uses the black (K) channel of the printer, lighter areas may appear speckled. To prevent this, convert the original image to grayscale using a photo editor, and then print the image using the Color output in RIP-Queue.
• Separations - This option creates a black and white representation of each color channel in your printer.

This option allows you to print a mirror-image of the original image file. Typically, you would use Print Reflection when printing on backlit media.

• Rip and print on the fly - This option processes the image while the data is being sent to the printer. If this option is not checked, the entire image is processed first and then sent to the printer. The Print Jobs Individually Placement Strategy should be used when using this option.
• Process to allow rotation during print stage - This option changes the way that processed data is saved. When this option is selected, image data is first broken up into sub-tiles (small square groups of pixels) and saved this way. Grouping pixels into smaller packages allows the file to be more easily rotated. Best-fit placement strategy should be used when using this option.

• Process with interpolation - This option softens jagged edges of low-resolution images. Although this option will not adversely affect high-resolution images, it does significantly increase the processing time.
• Calculate Ink Usage - This option calculates the amount of ink that is used for a job.
• Bit Depth - Depending on your needs you can select the processing method you would like to use. In most situations 8-bit processing provides good results, however, 16-bit processing gives noticeable improvement in large images with a gradient in one color over a large area. Please note that 16-bit processing does slow processing down considerably. For more information see 16-bit Processing.