7
“Monitor_AutoWhiteAdjuestment” GUI image
Auto White Adjustment
The PVM-741 monitor employs a software-based color
temperature (white balance) calibration function, which is called
“Monitor_AutoWhiteAdjustment”. Combined with a PC and
commercially available calibration tools*, this function enables
simple adjustment of the monitor’s white balance.
* The 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. Software can be downloaded from www.sony.com/monitorsoftware.
Other features
• Three color tally
• Auto chroma/phase function
• Blue only mode
• H/V delay mode
• On-screen menu
• Select language display
• Key inhibit function
• Monaural speaker
About Sony’s Super Top Emission OLED Technology
The typical structure of an OLED display panel is a bottom
emission structure. This type of structure employs a metal
cathode and a chemical desiccant to protect the OLED
layer from air and water. It takes light emission from the TFT
layer and, due to the structural limitation of the TFT layer’s
aperture ratio, the amount of light emission is restricted.
Sony’s Super Top Emission takes light-emission from the
other side of the TFT layer. This top emission structure offers
more efficient light emission
than a bottom emission
structure, and consequently
achieves higher brightness.
Sony’s Micro-cavity Structure Enhances Color Purity
Sony’s Super Top Emission technology is a micro-cavity
structure and incorporates color filters. Each RGB
color has a different wavelength. Sony’s micro-cavity
structure provides different emission layer thicknesses
corresponding to the wavelength of each RGB color.
The micro-cavity structure uses an optical resonance
effect to enhance color purity and improve light-emission
efficiency. In addition, the color filter of each RGB also
enhances the color purity of emitted light, and reduces
ambient light reflection.
Blur-free Quick Response to Fast Motion
Another distinguishing characteristic of Sony’s Super Top
Emission OLED panel is a blur-free quick response to fast
motion. Because the OLED electroluminescent layer is a solid
type of layer, it inherently responds to any electrical current
input and emits light immediately. This characteristic does
not change in low-temperature climates.
Solid Sealing Structure
Sony’s Super Top Emission OLED panel is completely
sealed by glass substrates, and the electroluminescent
layer is wholly isolated from outside air and water.
Semi-transparent
Cathode
Top Emission Structure
Anode
Transparent Anode
Cathode
Emission Layer
TFT
Glass Substrate
Glass Substrate
Color Filter
Bottom Emission Structure
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8
x
Micro-cavity Structure
with Color filters
Micro-cavity Structure
only
No Micro-cavity
Structure
y
Micro-cavity Structure
Optical Resonance
(Multiple Reflection Interference Effect)
Wavelength (nm)
Intensity (A.U.)
0.0
0.2
0.4
0.6
0.8
1.0
1.2
400
500
600
700
800
Green Light Emitting Spectrum
With cavity
Without cavity
Reduces
unnecessary
optical ingredients
