State-Of-The-Art, Hdtv Native Multi-Format Cmos Camera; Revolutionary 2/3-Inch 2.5 Mega-Pixel Cmos Sensors; Cmos Block Diagram System-On-Chip - Ikegami HDK-790EXIII Manual

State-of-the-Art, HDTV Native multi-format CMOS camera

State-of-the-Art, HDTV Native multi-format CMOS camera
HDK - 79EC
The HDK-79EC achieves outstanding
performance to meet the critical needs of
today and tomorrow, with exceptional
functionality and superior reliability.
For extraordinary flexibility, the HDK-
79EC is designed as a docking style camera
head, allowing configuration as a fiber,
triax, or self-contained camera.
The SE-79D, System Expander, adds the
flexibility to rapidly change between full
featured studio camera, and shoulder or
jib mounted portable camera.

Revolutionary 2/3-inch 2.5 Mega-pixel CMOS sensors

Advanced CMOS sensors are employed to achieve superb picture quality. CMOS
sensors have wide dynamic range and in principle, no smear since electric charges
are not shifted throughout the imager which is the cause of vertical smear in CCDs.
Instead each pixel of the CMOS sensor has it's own amplifier (which changes electric
charges to voltage signals). So it performs signal amplification on a pixel basis.

CMOS Block Diagram System-on-Chip

Sync / Control
Control
Digital PGA
Logic
iSoC
-24 ~ 72dB
Memory
line mixing
@0.006dB
binning
FPN D/ASP
Digital Data Out
12bit / 150MHz
24bit / 75Mhz
PGA
High-Speed ADC
PGA
Horizontal Mux(top) & FPN ASP
Dynamic noise reduction
1936 x 1086 visible pixels
72 black columns
Generator
4 black rows
Horizontal Mux(bottom) & FPN ASP
Dynamic noise reduction
PGA
High-Speed ADC
PGA
The CMOS sensors can be readout in either
progressive or interlace, supporting native
multi-format operation.
capability of high speed operation for slow
motion and other special applications (the HS
model uses the same standard CMOS
sensors, so camera upgrade is practical).
The Advanced CMOS sensors used in the
HDK-79EC include system-on-chip technology,
so not just imaging, but also a range of
Blas
support circuity is included within the sensor
itself. The result is a flexible sensor in a small
package with low power consumption.
The output of the sensors is digital, providing
for the first time, a true end-to-end digital
solution.
They also have the