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ML-702W Menu Settings
Brightness
– used to establish the correct black level in the picture. Default value is 50.
Contrast
– establishes the range of dark to light areas in the picture. Default value is 50.
Saturation
– sets the amount of color information in the picture. Default value is 50.
Sharpness
– adds “detail” to the image. HD images should require very little added sharpness.
Default value is 0.
RGB Range
– choose the RGB range of the HDMI input between Full or Limited. Only applies to
HDMI inputs. When viewing HD video based on television standards such as REC 709, Limited is the
correct choice. When working with computer graphics Full may provide
a wider range of color.
HDMI EDID
– select the HDMI EDID from between 4K and 2K. This item enables PC, set top box, or
other device to configure itself for best video quality. This choice only applies to HDMI inputs.
Color Space
– select the display gamut from among Native, SMPTE-C, Rec709, EBU. Rec709 is
the most common setting.
Camera Log
– use this to choose one of the camera Log modes among Def log, User log.
Def. Log
– Default (preset) Log modes. When viewing material from a camera that has a Log gam-
ma curve applied, the pictures will not appear normal unless the matching Log mode is selected.
User Log
– use this item to install and apply a “User LUT” (Look Up Table) instead of one of the
Default Logs
To install a User Log “LUT”:
- Check that the User LUT name ends with “.cube”. (This is common).
- Two types are accepted: 17×17×17 or 33×33×33, Data order is BGR, Table order is BGR.
1.
Rename the LUT file as User1.cube up to User6.cube. (6 files may be stored in the monitor)
2.
Copy the user LUT onto a formatted USB drive.
3.
Insert the USB drive into the USB port on the rear panel of the monitor. The User LUT will be
imported into the monitor automatically. If the User LUT does not load automatically, a message
will appear with “no user data” or offering a choice to manually load the User LUT. If “no user
data” appears please check that the file meets all the requirements noted above.
Gamma
– Gamma correction applies a non-linear “curve” to the displayed range between dark and light.
Historically, 2.4 is chosen because it is the inverse of a standard camera Gamma of 0.45 producing a
roughly “linear” match. Today, different camera Gamma values are often applied for creative purposes so
a different monitor Gamma may be chosen for viewing. It is best practice that, once set, Gamma is not
changed during a production shoot or an editing or color correction session. Gamma OFF would be used
only during testing, calibration or when using an external video processor. Gamma range is 1.8 to 2.8
HDR
– HDR “High Dynamic Range” is used to properly view video that has been enhanced through
one of the common HDR processes. Three SMPTE ST 2084 standard settings are available. These
are calibrated to 300, 1000 and 10,000 NIT displays. (The only 10,000 NIT displays are projectors). A
fourth setting is available, HLG, which is commonly used for broadcast. When HDR is activated, the
display can reproduce greater dynamic range of luminosity. The best results will be obtained when
1. PICTURE (continued)
