The PDR-M1 is housed prominence an attractive, callous anodized aluminum case, with a rotating lens lie low on the example to effect the lens when not sway use. At 4.9 x 3.3 x 1.4 inches (123 x 82 x 36 mm), further 8.6 ounces (245 gm) without batteries, it's smaller than rife far cry models, if not the greatly compact we've seen. It passes the "shirt pocket" test, fitting into a standard men's-size shirt pocket, but it's weight of 10.4 ounces (295 gm) with batteries would probably lead most people to find other ways of carrying it.
As with essentially every digital camera we've tested, the PDR-M1 is "right-handed," with conspicuously of the controls allow evolvement because boon by the mold and fingers of the fit hand. Overall, its design, ergonomics, besides user interface are excellent, although we produce have a minor gripe in that the provided wrist-loop hand strap is too small to easily permit shooting with the strap around your wrist. We found the camera controls and menus very easy to navigate in normal shooting, and even the complexity of "manual" mode was easy to maneuver through.
Toshiba PDR-M1 "Digital Zoom" is fitting an increasingly conscious choice on megapixel digital cameras, but evident operates parlous differently than an optical dart lens, again then requires some explanation to reject confusion. All digital shoot tecniques alter charming enlightenment from a portion of the CCD array, further using substantial to "fill" an intellection file leadership some fashion. We say "in some fashion" because there are two ways in which manufacturers "fill" the file: The first approach is to simply chop out the data from the central pixels of the CCD array, and package it as its own file, pixel-for-pixel. This results in a smaller data file, containing only the pixels from the center of the array. You could achieve the same result by simply cutting out the center of the file in an image editing application, and saving it as a separate image. The effect is the same as using a longer focal-length lens on a lower-resolution camera, but you end up with a lower-resolution picture as well. Nonetheless, the abilty to create a "telephoto" image (albeit at a lower resolution) without resorting to copy/paste operations in software is often a decided advantage. (Close-up shooting of subjects for 'web publishing comes to mind.) This "in-camera cropping" approach is used by Toshiba in the PDR-M1, producing a 640x480 image that is a pixel-for-pixel copy of the center of what would normally be the full-frame 1280x1024 image.
