Owner's Manual
Table Of Contents
- Instruction Manual
- FOREWORD
- SCOPE OF DELIVERY
- REPLACEMENT PARTS/ACCESSORIES
- LEGAL INFORMATION
- SAFETY REMARKS
- GENERAL INFORMATION
- WARRANTY
- TABLE OF CONTENT
- PART DESIGNATIONS
- DISPLAYS
- PREPARATION
- CAMERA OPERATION
- CAMERA BASIC SETTINGS
- BASIC SHOOTING/RECORDING SETTINGS (PICTURE & VIDEO)
- BASIC SHOOTING SETTINGS (PICTURE)
- BASIC RECORDING SETTINGS (VIDEO)
- PICTURE MODE
- DRIVE MODE
- FOCUSING
- ISO SENSITIVITY
- WHITE BALANCE
- EXPOSURE
- SHOOTING MODES
- FLASH PHOTOGRAPHY
- VIDEO MODE
- REVIEW/PLAYBACK MODE
- CONTROL ELEMENTS IN REVIEW/PLAYBACK MODE
- INITIATE/EXIT REVIEW/PLAYBACK MODE
- SELECTING/SCROLLING THROUGH RECORDINGS
- INFO DISPLAYS IN REVIEW/PLAYBACK MODE
- CROPPED SECTION ZOOM
- DISPLAYING MULTIPLE RECORDINGS AT ONCE
- TAGGING/RATING OF RECORDINGS
- DELETING RECORDINGS
- PREVIEW OF LATEST RECORDING
- SLIDE SHOW
- VIDEO PLAYBACK
- OTHER FUNCTIONS
- LEICA FOTOS
- CARE/STORAGE
- FAQ
- MENU OVERVIEW
- INDEX
- TECHNICAL DATA
- LEICA CUSTOMER CARE
- LEICA ACADEMY
- Quick Start Guide
- Product Info
EN
Basic shooting settings (picture)
89
The set sensor format is shown in the header line.
Note
• The setting switches automatically to APS-C when an
APS-C-specific lens is mounted.
FILE FORMAT
Choose the JPG format JPGJPG or the standardized raw data format
DNGDNG (= digital negative). Both can be used individually or simultane-
ously.
Factory setting: DNG + JPGDNG + JPG
▸ Select Photo File FormatPhoto File Format in the main menu
▸ Select a format
(DNGDNG, DNG + JPGDNG + JPG, JPGJPG)
Notes
• The standardized DNG (Digital Negative) format is used for the
storage of raw picture data.
• When picture data is saved in DNGDNG and in JPGJPG format simultane-
ously, then the camera will use the resolution setting for the JPGJPG
format is used for the JPG file.
• The DNGDNG format always uses the highest resolution, no matter
what JPGJPG setting is selected.
• The remaining number of frames shown in the LCD panel will not
necessarily change after every shooting. That very much
depends on the object; very fine image structures result in
higher data quantities, while homogeneous surfaces mean less
data.