What is the difference between 8-bit and 16-bit images?

8-bit images are composed of 8 bits per pixel, meaning they can store up to 256 distinct colors. 16-bit images are composed of 16 bits per pixel, meaning they can store up to 65,536 distinct colors. 16-bit images are more accurate and have a greater range of colors than 8-bit images.

How does RAW format affect image resolution?

RAW format affects image resolution in two ways. First, it captures more information than other file formats, so images taken in RAW format will generally have higher resolution than those taken in other formats. Second, RAW files can be manipulated and adjusted to achieve higher resolution than what was initially captured. This is because RAW files contain more information than other file formats, allowing for more precise adjustments and manipulation.

How does RAW format affect white balance?

RAW format does not affect white balance. White balance is determined by the camera when the image is taken, and this information is stored in the image file regardless of whether the image is saved in RAW or JPEG format. The white balance can be adjusted in post-processing when editing a RAW file, but the original white balance setting will still be stored in the file.

What is the role of post-processing in RAW format photography?

Post-processing is an essential part of RAW format photography. This is because RAW files contain all of the data captured by the camera’s sensor, which is much more than a JPEG file. Post-processing helps to bring out the full potential of the photo by adjusting the exposure, color balance, contrast, sharpness, and other aspects of the image. It also allows for more creative control over the final image.

What are some popular RAW image processing software programs?

Adobe Lightroom Capture One Skylum Luminar DxO PhotoLab ON1 Photo RAW Corel AfterShot Pro ACDSee Photo Studio Ultimate Exposure X5 Affinity Photo 10. RawTherapee

Shooting RAW for Better Image Quality

Author: Oleg Afonin
Editor: Vladimir Artiukh
Updated: 9.12.2024 15:08

Curious about how shooting RAW can elevate your photography? Uncover the secret behind why shooting RAW results in better image quality. Learn how digital negatives can enhance your photos and take your photography to the next level!

Contents

What are the advantages of shooting RAW? Well, it’s all about image quality and freedom of post-processing. Let’s elaborate.

Characteristic	Description
What is RAW?	An unprocessed format containing maximum data directly from the camera sensor, preserving full quality.
Image quality	Highest quality due to the lack of compression, retaining details and dynamic range.
File size	Significantly larger compared to JPEG and other formats because it is uncompressed.
Editing	Allows flexible adjustments to exposure, white balance, contrast, and other parameters without quality loss.
Compatibility	May be incompatible with some programs or devices, often requiring conversion to other formats.
Supported cameras	Used by professional and advanced amateur cameras. Each brand has its own formats (e.g., .CR2, .NEF, .ARW).
Target audience	Photographers, designers, professionals who need full control over the image.
Archiving	Not suitable for archiving due to large file size; typically converted to smaller formats.
Software for processing	Adobe Lightroom, Photoshop, Capture One, Darktable, and other professional editing tools.

Shooting RAW: Better Image Quality

Did you ever process a RAW file on a computer? Notice how long it takes to process a single image. Depending on the particular camera model, RAW processing software, CPU power of your PC and selected processing options, it may take from a few seconds to several minutes for a single picture. Meanwhile, when you’re taking pictures, you never see the delay. The JPEG’s are produced instantly on the spot using the camera’s CPU.

Go to view

How to Recover Cr2, RAW, NEF, CRW Photos after Deleting or Formatting 📷⚕️👨‍💻

Do CPU’s built into digital cameras have so much more computational power compared to processors empowering today’s computers? Hardly so. Image processing algorithms used in digital cameras including high-grade SLR’s cut corners here and there. As a result, JPEG images coming straight off the camera clearly lack resolution and have much more digital noise compared to JPEG’s produced by a decent RAW conversion engine such as Adobe Camera RAW, Adobe Lightroom, DXO or a bunch of other great RAW converters. In addition, JPEG’s natively produced by digital cameras and often lack the many types of lens corrections that can be applied in post processing such as geometric distortion (barrel and pincushion), chromatic aberrations and purple fringing. (Today’s micro 4/3 cameras do apply these correction though, but hardly any other maker follows the suite).

Three, five, ten frames per second – these speeds are completely standard for modern digital cameras and SD, xD-Picture Card, Memory Stick, and other types of memory cards. In case a memory card gets wiped by accident, special software will restore the lost photos in a few simple steps.

Go to view

How to Recover Files from the Memory Card of Your Camera, Phone, Video or Dashboard Camera 📁🔥⚕️

RAW images, on the other hand, can be processed in a RAW conversion engine of your choice, delivering dramatically better resolution, much better dynamic range and tonal response compared to JPEG’s coming straight off the camera. While processing RAW images, photographers have an option to rescue blown highlights and pull deep shadows, producing pictures with way broader dynamic range than an off-the-camera JPEG can ever contain (unless highlight preservation, shadow correction and HDR options are supported by the camera and enabled during the shooting session).

RAW files are uncompressed (or, rather, they are compressed losslessly, as opposed to JPEG’s that lose information and introduce visible artifacts every time they’re being saved), allowing photographers perform as much post-processing work as they please.

RAW files feature higher bit depth per color channel (typically 11, 12 or 14 bits per color including Red, Green and Blue channels) as opposed to JPEG files that are strictly 24-bit (featuring only 8 bits, or just 256 gradations per color channel). This broad bit depth allows pulling shadows and pushing highlights, adjusting exposure and shifting color balance while maintaining smooth tonal gradations throughout the image. Try doing any of this with a JPEG image, and you’ll end up with a blotchy, pixelated image very soon.

Finally, RAW files are future proof. This format is just as flexible as a *.psd file. While photographers are more or less stuck with whatever image quality they have in JPEG’s, every new release of RAW conversion software improves resulting image quality and introduces new processing functions. Converting the same RAW file now and in two years’ time will produce slightly different results, the newer being the better.

Pros	Cons
High image quality due to the lack of compression and data loss.	Large file size, requiring more storage space.
Maximum flexibility in editing: allows adjustments to exposure, white balance, colors, and other parameters.	Requires specialized software for processing and viewing.
Wide dynamic range, preserving more details in highlights and shadows.	Needs post-processing to produce a finished image.
Suitable for professional work where complete control over the image is essential.	Compatibility issues: some devices and programs may not support RAW format.
Preserves original sensor data, which is useful for archiving the source material.	Inconvenient for quick sharing and publishing due to the need for conversion.