Panasonic AJ-HC1500G User Manual
PRELIMINARY
Panasonic
ideas for lifo
Multi-purpose HD Box Camera
1080 / 720 1
AK-HC1500
44
ULTI FORMAT
DIGITAL CAMERA SYSTEM
High performance: Advanced 14-bit A/D and new
A compact HD muiti-format camera
114-bit A/D and new DSPprnvidn outstanding iancttons sfltf image gnattty
Developed in-house by Panasonic, the advanced digital signal processor
provides optimal DTL signal processing for horizontal, vertical, diagonal,
dark, and highlight parameters to produce beautiful images with minimal
noise. In addition to the usual matrix circuit, the AK-HC1500 has a colour
correction function that uses 12-axis independent colour adjustment to
provide ideal hue and saturation adjustment of individual colours. Also, a
chrominance retain circuit prevents colour de-saturation in highlight areas.
The digital signal processor enables processing over a wide dynamic range,
minimising saturation in highlights and blocking in dark areas for more
detailed ©(pression throughout.
Conventional Vivid details
I Multi-format capability with new 2/3-inch CCD in a new-standard HD camera
The 1-mega pixel IT-CCD imaging system offers excellent cost-performance,
and the 2/S-inch imaging size is ideal for multi-purpose use. This is a true
global camera with HD multi-format capability. Compatible with both 720p
and 10001 formats, the AK-HC1500 has a high degree of versatility. It
prepares you for taking the next step in HD production.
Uhls advanced CCD was developed in-house by Panasonic. The improved on-chip
lenses and CCD stracture achieve a standard sensitivity of F10.0 at 2,000 Ix and
a smear ievel of less than -130 dB.
Blue channel sensitivity has been
improved approximately 3 dB
achieving a better response ratio.
Even deep-blue colours can be
reproduced with vivid chrominance
and significantiy reduced noise.
400 460 500 550 800 650 700
------
Conventional CCD
[CCD Sensitivity]
------
Panasonic CCD
Wavslergtti [nm]
C
e0i/59.94i/50i/30p/25p/24p 60p/59.94p/50p
• Panasonic's single-channel transfer system and spatial-offset processing
technologies improve signal modulation depth, thus reducing moire.
Output sl^al gain w/b Output sl^al gain w/
spatial-offset procesaiig spatial-offset processing
Spatlal-o№sel processing;
Green samples are offset, allowng motion in
the oblect to be more faithfully reproduced.
HD Multi-format support
[Signal Frequency Band]
S W/ospatjaToffset
processing
0
Fregueney 27,5 MHz
With spatlsi-offset processing,
the depth <A modulation of high'frequenoy
signals Is ^eatiy Inproved.
720
Spatial-offset processing
_
D
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