Canon DP-V3010 产品宣传册
The DP-V3010 4K Reference Display was designed to support exacting image quality checking at various
stages of the post-production workflow and on set. It renders exceptionally accurate black levels and
reproduces outstanding details in shadowed regions of a scene. It accurately portrays the full dynamic
range of contemporary digital cinematography cameras and encompasses the wide DCI-P3 color gamut.
stages of the post-production workflow and on set. It renders exceptionally accurate black levels and
reproduces outstanding details in shadowed regions of a scene. It accurately portrays the full dynamic
range of contemporary digital cinematography cameras and encompasses the wide DCI-P3 color gamut.
UNCOMPROMISING 4K IMAGE QUALITY:
A HALLMARK OF CANON’S IMAGING EXCELLENCE
It Starts with Black Levels
The technical baseline for a reference display is how well it
reproduces a deep and accurate black level. Portrayal of a high
contrast ratio is critically dependent upon this precision black
level reference. Canon mobilized a number of technologies
– within the display itself and in the digital image processing
system – to help ensure superb black reproduction.
reproduces a deep and accurate black level. Portrayal of a high
contrast ratio is critically dependent upon this precision black
level reference. Canon mobilized a number of technologies
– within the display itself and in the digital image processing
system – to help ensure superb black reproduction.
DCI Compliant Color
Wide Gamut for Rich Colors – The DP-V3010 4K Reference
Display features a Canon-designed RGB LED backlight system
and IPS LCD panel that reproduce a rich array of colors. The
DP-V3010’s color gamut encompasses the digital cinema DCI-P3
(SMPTE RP 431-2) color gamut, almost all of Adobe RGB and
Pointer’s real world colors, as well as accurately reproducing
the color gamuts of broadcast standards such as ITU-R BT.709,
SMPTE-C and EBU.
Display features a Canon-designed RGB LED backlight system
and IPS LCD panel that reproduce a rich array of colors. The
DP-V3010’s color gamut encompasses the digital cinema DCI-P3
(SMPTE RP 431-2) color gamut, almost all of Adobe RGB and
Pointer’s real world colors, as well as accurately reproducing
the color gamuts of broadcast standards such as ITU-R BT.709,
SMPTE-C and EBU.
High Precision Uniformity – The DP-V3010 4K Reference
Display incorporates a newly developed high bit depth image
processing engine that helps ensure ultra-precise on-screen
color uniformity and brightness, enabling users to accurately
monitor changes across the displayed image.
Display incorporates a newly developed high bit depth image
processing engine that helps ensure ultra-precise on-screen
color uniformity and brightness, enabling users to accurately
monitor changes across the displayed image.
Smooth and Accurate Gradation Characteristics – A high bit
depth image processing engine provides precision processing
of the video components prior to conversion for the 10-bit
display panel – helping to ensure highly accurate 1024 tonal
gradations for each color channel that produces a smooth
and accurate tonal reproduction.
depth image processing engine provides precision processing
of the video components prior to conversion for the 10-bit
display panel – helping to ensure highly accurate 1024 tonal
gradations for each color channel that produces a smooth
and accurate tonal reproduction.
DCI Compliant Contrast Ratio
The high contrast IPS LCD panel in combination with advanced
digital processing empowers the DP-V3010 to achieve a
2000:1 contrast ratio. This faithfully reproduces important
shadow details while simultaneously reproducing highlight
information. Tonal reproduction over the nominally exposed
range of the image is outstanding. This high-contrast accuracy
is essential for critical assessment of images during nighttime
shoots and other low-light scenes that are important factors
in digital cinema production.
digital processing empowers the DP-V3010 to achieve a
2000:1 contrast ratio. This faithfully reproduces important
shadow details while simultaneously reproducing highlight
information. Tonal reproduction over the nominally exposed
range of the image is outstanding. This high-contrast accuracy
is essential for critical assessment of images during nighttime
shoots and other low-light scenes that are important factors
in digital cinema production.
High Picture Sharpness
4K represents four times the total spatial sampling of Full
HDTV. Accordingly, expectations for full and accurate portrayal
of picture sharpness become central to a 4K reference display.
The DP-V3010 features a high resolution IPS LCD panel that
helps to ensure users see every Luma nuance and color detail
of a 4K image. The unique 16:10 aspect ratio of the display
panel is ideal for editing tasks that include 4K motion imaging,
high-resolution still-image processing, computer-graphics
and VFX production work.
HDTV. Accordingly, expectations for full and accurate portrayal
of picture sharpness become central to a 4K reference display.
The DP-V3010 features a high resolution IPS LCD panel that
helps to ensure users see every Luma nuance and color detail
of a 4K image. The unique 16:10 aspect ratio of the display
panel is ideal for editing tasks that include 4K motion imaging,
high-resolution still-image processing, computer-graphics
and VFX production work.
Wide Viewing Angle
Collaborative working in post-production can entail a number
of creative professionals viewing a single reference display,
so it is important that all see precisely the same imaging
attributes. By featuring an IPS LCD panel with unique polarizing
and filtering film layers to help prevent changes in color and
contrast, the DP-V3010 4K Reference Display enables image
viewing within a wide viewing angle, top to bottom and left
to right. Such technology helps minimize color and contrast
shifts when viewing images at oblique angles, allowing multiple
users to review image quality simultaneously.
of creative professionals viewing a single reference display,
so it is important that all see precisely the same imaging
attributes. By featuring an IPS LCD panel with unique polarizing
and filtering film layers to help prevent changes in color and
contrast, the DP-V3010 4K Reference Display enables image
viewing within a wide viewing angle, top to bottom and left
to right. Such technology helps minimize color and contrast
shifts when viewing images at oblique angles, allowing multiple
users to review image quality simultaneously.
Upscaling 2K/HD Content for 4K Portrayal
Super 35mm single-sensor digital cinematography cameras
such as the Canon EOS C500 can originate HD or 2K video
of outstanding image quality. The unique parallel readout of
the 4K image sensor in the EOS C500 helps avoid any
debayering process and helps create pristine 2K/HD R:G:B
4:4:4 12-bit video at frame rates up to 60P. There are not many
studio reference displays that can do justice to evaluating
such HD/2K imagery. The DP-V3010 can directly accept
12-bit RGB 2K/HD video (up to 30P) or 10-bit YCbCr (up to
60P) and internally upscale this for portrayal within the 4K
sampling structure. Such upscaling faithfully reproduces the
picture sharpness of the original 2K/HD source. Additionally,
the associated removal of visible lines and pixels facilitates
closer scrutiny of the video for critical evaluation of many
other key picture attributes such as color, brightness and
contrast detail.
such as the Canon EOS C500 can originate HD or 2K video
of outstanding image quality. The unique parallel readout of
the 4K image sensor in the EOS C500 helps avoid any
debayering process and helps create pristine 2K/HD R:G:B
4:4:4 12-bit video at frame rates up to 60P. There are not many
studio reference displays that can do justice to evaluating
such HD/2K imagery. The DP-V3010 can directly accept
12-bit RGB 2K/HD video (up to 30P) or 10-bit YCbCr (up to
60P) and internally upscale this for portrayal within the 4K
sampling structure. Such upscaling faithfully reproduces the
picture sharpness of the original 2K/HD source. Additionally,
the associated removal of visible lines and pixels facilitates
closer scrutiny of the video for critical evaluation of many
other key picture attributes such as color, brightness and
contrast detail.
The DP-V3010 is equipped with three types of screen
scaling functions, including the new Canon Shape Tracing
technology – an original shape-tracing technology that
helps to ensure images scaled on the DP-V3010 will be
devoid of scaling artifacts. Using the Canon Shape Tracing
technology, the DP-V3010 detects the angles of hard edges
and selects an appropriate interpolation to help provide
smooth diagonal lines and optimal image rendering, further
extending the display’s application during location/studio
shoots and within color-grading, DI, CGI, VFX and other
post-production workflows.
scaling functions, including the new Canon Shape Tracing
technology – an original shape-tracing technology that
helps to ensure images scaled on the DP-V3010 will be
devoid of scaling artifacts. Using the Canon Shape Tracing
technology, the DP-V3010 detects the angles of hard edges
and selects an appropriate interpolation to help provide
smooth diagonal lines and optimal image rendering, further
extending the display’s application during location/studio
shoots and within color-grading, DI, CGI, VFX and other
post-production workflows.
Backlight Scanning
The DP-V3010 4K Reference Display’s Backlight Scanning
with full array RGB backlight allows individual backlight
areas to be partially turned off. This feature helps reduce the
image-hold period inherent to LED technology while images
are being displayed, and results in crisp video playback
without the perception of blurring between video frames.
It also enhances static image contrast ratio.
with full array RGB backlight allows individual backlight
areas to be partially turned off. This feature helps reduce the
image-hold period inherent to LED technology while images
are being displayed, and results in crisp video playback
without the perception of blurring between video frames.
It also enhances static image contrast ratio.
Maintaining Consistency in
Color Image Quality
Precise Color Adjustment Prior to Shipment – In order to
achieve high color uniformity, each DP-V3010 4K Reference
Display undergoes a high-precision calibration process before
shipping from the factory. External calibration allows users
to maintain factory settings as well as make adjustments for
specific display applications.
achieve high color uniformity, each DP-V3010 4K Reference
Display undergoes a high-precision calibration process before
shipping from the factory. External calibration allows users
to maintain factory settings as well as make adjustments for
specific display applications.
Automatic Color and Brightness Correction System –
A special control system within the DP-V3010 4K Reference
Display constantly measures ambient lighting conditions, as
well as internal display changes – including color temperature
and brightness – to help reduce fluctuations in light levels
and color, thereby helping to ensure long-term image stability
and consistency.
A special control system within the DP-V3010 4K Reference
Display constantly measures ambient lighting conditions, as
well as internal display changes – including color temperature
and brightness – to help reduce fluctuations in light levels
and color, thereby helping to ensure long-term image stability
and consistency.
Calibration Without a PC – Following high-precision factory
alignment, the DP-V3010 4K Reference Display can be calibrated
easily and conveniently without the need for an external PC
workstation. Using third-party external sensors, users can
calibrate the display in accordance with viewing environment
and application.
alignment, the DP-V3010 4K Reference Display can be calibrated
easily and conveniently without the need for an external PC
workstation. Using third-party external sensors, users can
calibrate the display in accordance with viewing environment
and application.
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DP-V3010 Native*
DCI-P3
DCI-P3
EBU
Adobe RGB
ITU-R BT.709
SMPTE-C
SMPTE-C
*Does not contain all
RGB chromaticity points.
RGB chromaticity points.
Wide Color Gamut Display
Screen images simulated.
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