Physical Specifications
Dimensions (W x H x D mm)
198mm x 133mm x 40mm / 7,8" x 5,2" x 1,57"
Weight
730g / 1.6lb (excluding batteries)
Mount points
Top: 1 x 1/4"20 or 3/8" with anti rotational points, Bottom: 1 x 1/4"20 or 3/8" with anti rotational points, Right: 1 x 1/4"20 or 3/8" with anti rotational points
Environmental
Ambient operating temperature
Up to 40 Degrees Celsius
Construction & Control
Body
Aluminium alloy chassis with ABS Polycarbonate back plate
Cooling
Actively controlled fan and heat sink
Multi-function button
Power / lock Screen
Tally light
Yes
Power
Input voltage
6.2V to 16.8V
Compatible batteries
1 x NP-F / L-Series
Battery voltage
7.2V
DC in connector
Locking DC Jack (5.5mm OD & 2.1mm ID)
D-Tap
Via optional D-Tap to DC cable
Display
Touchscreen
SuperAtom IPS panel (capacitive touch)
Size
7”
Resolution
1920 x 1200
PPI
325
Bit depth
10-Bit (8+2 FRC)
Backlight Type
Edge lit
Brightness (cdm2 / Nits)
2000nit +/-10%
Aspect ratio
16:9 Image Display
Color Gamut
Rec.709
Calibration support
ATOMOS Calibrator with Calibrite ColorChecker Display Pro or ColorChecker Display Plus
Color Pipeline
Gamma
Sony SLog / SLog2 / SLog3, Canon CLog / CLog2 / Clog3, ARRI Log CEI160 / LogCEI200 / LogCEI250 / LogCEI320 / LogCEI400 / LogCEI500 / LogCEI640 / LogCEI800 / LogCEI1000 / LogCEI1280 / LogCEI1600, Panasonic Vlog, JVC JLog1, RED LogFilm / Log3G10 / Log3G12, FujiFilm Flog, PQ (HDR10), HLG, Nikon N-Log, Z CAM Z-Log2, Olympus OM-Log400 / Flat, Leica L-Log
Gamut
BT2020, DCI P3, PDCI P3 65, Sony SGamut / SGamut3 / SGamut3.cine / Canon Cinema / DCI P3 / DCI P3+ / BT2020, Panasonic V Gamut, ARRI Alexa Wide Gamut Rec709, JVC LS300, Red DragonColor / DragonColor2 / RedColor2 / RedColor3 / RedColor4 / RedWideGamut
3D LUT Display
.Cube Format
3D LUT Output
Loop out
3DLUT 50/50
Yes
Monitoring Modes
Native / 709 / HLG / PQ / 3D LUT
HDR output Conversion
HLG / PQ
Color Management
Calibration
ATOMOS Calibrator with Calibrite ColorChecker Display Pro or ColorChecker Display Plus
Display controls
Backlight, Lift, Gamma, Gain
AtomHDR