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Overview

The BVP-E30-series Color Video Camera is a digital

portable camera with functions and performance suitable

for use in a studio as well as for outside broadcast

applications. The BVP-E30 (NTSC model) and BVP-

E30P (PAL model) are designed only for the aspect ratio

4:3. With the BVP-E30WS (NTSC model) and BVP-

E30WSP (PAL model), the aspect ratio is switchable

between 4:3 and 16:9.

By using the BVP-E30-series camera with a camera

adaptor (CA), camera control unit (CCU), video selector

(VCS), master setup unit (MSU), remote control panel

(RCP), etc., a wide variety of systems from a basic to a

large system can be configured for your special purposes.

While based on Sony's long-cultivated technologies for the

BVP-series camera for broadcasting use, the BVP-E30-

series camera is a new-generation camera with advanced

performance, functions, and quality, achieved by adopting

a Mega Pixel CCD, the newly developed 8-million-gate

process LSI, and excellent circuit and mounting

technologies.

Features

High quality

The newly developed Mega Pixel Power HAD EX CCD

assures higher signal-to-noise ratio, higher sensitivity,

broader dynamic range, and less smear. In addition, by

adopting the double-density CCD, Progressive Scan (PsF)

is also possible.

High S/N

A higher signal-to-noise ratio, –67 dB (typical) for NTSC,

and –65 dB (typical) for PAL, has been achieved as a result

of the newly adopted Power HAD EX CCD and excellent

circuit and mounting technologies.

High sensitivity

A sensitivity of F11 at 2,000 lux (typical) has been

achieved. When the video gain is raised by 42 dB, a video

level of 100% is obtained with minimum subject

illuminance of 0.25 lux.

Wide dynamic range

With 600% dynamic range assured, capabilities such as

knee saturation and adaptive knee enable reproducing

high-luminance subjects clearly.

Lower smear

Thanks to the Power HAD EX technology, the smear level

has been largely improved by about 25 dB (compared with

the Sony IT POWER HAD CCD) to –145 dB or less.

Progressive Scan (PsF)

By adopting the double-density CCD, Progressive Scan

(PsF) is possible. Progressive Scan signals from the CCD

are converted to and output as interlaced signals by the

frame memory (Segment Frame system), thus enabling

handling of a Progressive Scan system without changing

the existing system.

Versatility, high reliability

Thanks to the newly developed 8-million-gate large-

processing LSI using 0.18-micron processing technology,

most of signal processing of camera is handled by a single

chip, achieving a drastic reduction in power consumption,

as well as variety of functions, higher picture quality, and

higher reliability.

Cross-color suppression

A high-performance cross-color-suppression circuit built

into this camera suppresses cross colors in composite

video signals without degrading the resolution. As the

circuit processes signals as RGB component signals, this

function is also effective for CCU output and digital

component output.

Low key saturation

Coloring in dark parts, in which colors are difficult to

distinguish, can be controlled.

Selectable gamma curves

The gamma curve is selectable from among various

options.

Digital encoder

The digitalized encoder circuits, converged into a single

LSI chip, produce accurate and stable signal output.

2D-black-shading/3D-white-shading/dynamic-

shading compensation functions

High-accuracy shading compensation for both dark and

bright parts allows pictures with less shading. The

dynamic-shading function is activated only when a lens

allowing this function is attached.

Knee saturation/adaptive saturation

Greatly improved knee saturation and adaptive saturation

enable reproducing high-luminance subjects clearly and

gaining pictures with a wider dynamic range.

Electronic soft focus

Compared with the conventional detail compensation,

which could only sharpen images, the electronic soft-focus

Overview