17
PVM-X300
Camera Focus Function
The PVM-X300 can control the aperture level of a video signal,
and display images on screen with sharpened edges to
help camera focus operation. Further to this, the sharpened
edges can be displayed in user-selectable colors (white, red,
green, blue, and yellow) for more precise focusing.
Marker Settings*
This useful feature enables
the PVM-X300 to display
various markers including
an aspect marker, safe area
marker, and center marker.
* Supported by V1.1 or later.
Zoom Function*
Each of the five divided areas of the screen can be magnified
by scaling to full-screen size.
* Supported by V1.1 or later.
Focus in green
Focus in red
4K/QFHD Mode
2K/HD Zoom Mode
Display Mode
The PVM-X300 provides different display modes: 4K/QFHD and
2K/HD Zoom. You can use 4K/QFHD mode when you want to
display 4096 x 2160 or 3840 x 2160 signal inputs. And you can
use 2K/HD Zoom mode to zoom and display 2048 x 1080* or
1920 x 1080 signal inputs scaled to the 4K screen.
* Supported by V1.1 or later.
Other Convenient Features
Audio: Stereo speakers, line out, and stereo headphone jack
VESA mounting (200 x 100 mm pitch)
Timecode display*
SDI-embedded 8-ch audio level meter display*
Chroma Up
* Supported by V1.1 or later.
Gamma Selection
The PVM-X300 supports Gamma 2.4 as specified by the
ITU-R BT.1886. In addition, Gamma 2.2, 2.6, and S-Log2 can be
selected.
Robust and Lightweight
Aluminum Body
A solid aluminum housing ensures durability, especially for
outdoor usage.
Auto White Adjustment*
1
The PVM-X300 4K monitor employs a software-based color
temperature (white balance) calibration function, which is
called “Monitor_AutoWhiteAdjustment”. Combined with a PC
and commercially available color analyzers*
2
, this function
enables simple adjustment of the monitor’s white balance.
*1 Supported with version 1.1 or later.
*2 Konica Minolta CA-210, CA-310, CS-200, DK-Technologies PM5639/06,
X-Rite i1 Pro/i1 Pro2, Photo Research PR-655/670, Klein K-10, and JETI
specbos 1211. A connector is required for each color analyzer.
*Simulated image
