When the model name includes "/" (slash) such as "SNC-RX530N/P"in this table, please read as "SNC-RX530N" (NTSC model) and "SNC-RX530P" (PAL model).
(*3)
Min. Illumination of Analog Video Output of SNC-RS44N/P and SNC-RS46N/P is different from IP video output. Color: 0.7lx, B/W: 0.15lx (50IRE , Slow Shutter OFF)
B/W: 0.15lx (50IRE, Slow Shutter OFF)
(*6)
When the Maximum resolution includes "/" such as "704x480/704x576" in this table, please read as "704x480"(NTSC) and "704x576"(PAL).
30/25 fps JPEG/
MPEG-4 at
704x480/704x576
resolution,
10/8 fps H.264 at
704x480/704x576
resolution
704 x 480 /
704 x 567
Stick® Media x1
7)
(*
1/4-type Exwave
HAD CCD
Color: 1 lx,
B/W: 0.15 lx
(50IRE, F1.6, AGC
ON)
30/25 fps JPEG/
MPEG-4 at
704x480/704x576
resolution,
10/8 fps H.264 at
704x480/704x576
resolution
704 x 480 /
704 x 567
PC card x1, Memory
Stick Media x1
7)
(*
1/4-type Exwave
HAD CCD
Color: 1.4 lx,
B/W: 0.15 lx
(50IRE, F1.6, AGC
ON)
30/25 fps JPEG/
MPEG-4 at
704x480/704x576
resolution,
10/8 fps H.264 at
704x480/704x576
resolution
704 x 480 /
704 x 567
PC card x1, Memory
Stick Media x1
(*
0° to +115°0° to - 90°0° to - 90°0° to - 90° -105°to +105°
5 5/8 x 8 7/8 x 5
7/8 inches (140 x
200 x 148 mm)
(*5)
When the frame rate includes "/" such as "30/25fps" in this table, please read as "30 fps"(NTSC) and "25fps"(PAL). In the same manner, “704x480/704x576” means “”704x480”(NTSC) and “704x576”(PAL).
5 5/8 x 6 5/8 x 5
5/8 inches (140 x
166 x 142 mm)
6 3/8 x 6 3/8 x 9
1/8 inches (160 x
160 x 230 mm)
6 3/8 x 6 3/8 x 9
1/8 inches (160 x
160 x 230 mm)
6 3/8 x 6 3/8 x 9
1/8 inches (160 x
160 x 230 mm)
(*7)
DEPA Intelligent Object Detection is included in this model.
of the same format)
1/4-type Exwave
HAD CCD
(*3)
Color: 0.4lx,
B/W: 0.08lx (50IRE,
XDNR ON, VE ON,
Slow Shutter OFF)
30/25fps H.264/
MPEG-4/JPEG at
720x480/720x576
resolution
704 x 480 /
704 x 567
VE
1/4-type Exwave
HAD CCD
(*3)
Color: 0.4lx,
B/W: 0.08lx (50IRE,
XDNR ON, VE ON,
Slow Shutter OFF)
30/25fps H.264/
MPEG-4/JPEG at
720x480/720x576
resolution
704 x 480 /
704 x 567
VE
1/4-type Exwave
HAD CCD
(*4)
Color: 0.7lx,
B/W: 0.08lx (50IRE,
XDNR ON, VE ON,
Slow Shutter OFF)
30/25fps H.264/
MPEG-4/JPEG at
720x480/720x576
resolution
704 x 480 /
704 x 567
VE
1/4-type Exwave
HAD CCD
(*4)
B/W: 0.08lx (50IRE,
XDNR ON, VE ON,
Slow Shutter OFF)
30/25fps H.264/
MPEG-4/JPEG at
720x480/720x576
resolution
E Series V Series V Series E Series V Series V Series E Series V Series V Series
Video compression format
Codec Streaming Capability
HD/Megapixel(*
Ingress Protection
Vandal Resistant
IR Illuminators
Optical zoom ratio
Imager
Minimum illumination
Maximum frame rate
(*3)
Maximum resolution
(*4)
Day/Night
Wide-DVisibility Enhancer (VE)
Noise Reduction
Card slot(s)
Wireless capability
Composite video output
DEPA Analytics (Intelligence)
ONVIF Software
Power requirement
Dimensions
(*1) When the model name includes "/" (slash) such as "SNC-DF50N/P"in this table, please read as "SNC-DF50N" (NTSC model) and "SNC-DF50P" (PAL model). (*2) Definition of HD: More than 720p with H.264 streaming capability at more
than 30/25 fps (*3) When the frame rate includes "/" such as "30/25fps" in this table, please read as "30 fps"(NTSC) and "25fps"(PAL). In the same manner, “704x480/704x576” means “”704x480”(NTSC) and “704x576”(PAL).
(*4) When the Maximum resolution includes “/” such as “704x480/704x576” in this table, please read as “704x480”(NTSC) and “704x576”(PAL). (*5) DEPA Intelligent Object Detection is included in this model.
30/25 fps
JPEG/MPEG4 at 704 x 480
/704 x 576
resolution,
10/8 fps
H.264 at VGA
resolution
704 x 480 /
704 x 576
No
(*5) (*5)
AC 24V, DC
12V, PoE
7 x 5 5/8
inches
(ø177.5 x
141.5 mm)
3.6x optical
zoom
1/3-type
CCD with
DynaView
Color: 0.6 lx,
B/W:0.06
(50IRE, F1.3,
AGC ON)
30/25 fps
JPEG/MPEG4at 704 x 480
/704 x 576
resolution,
10/8 fps
H.264 at VGA
resolution
704 x 480 /
704 x 576
No
AC 24V, DC
12V, PoE
7 x 5 5/8
inches
(ø177.5 x
141.5 mm)
JPEG/MPEG-4
Dual streaming (JPEG and MPEG-4 combination only)Dual streaming (Any combination with JPEG/MPEG-4/H.264, including multiple streams of the same format)
3.6x optical
zoom
1/4-type
Progressive
Scan
CCD with
ExwavePRO
0.15 lx
(50IRE, F1.3,
AGC ON)
30 fps MPEG4 at VGA
resolution
30 fps JPEG
at 768 x 576
resolution
30 fps H.264 at
1920 x 1080
25 fps MPEG-4 at
1920 x 1080
15 fps JPEG at
1920 x 1080
1920 x 1440
(3 Megapixel)
1/3-type
progressive scan
Exmor CMOS
Sensor
30 fps H.264/
JPEG/MPEG-4 at
1280 x 720
1280 x 1024
(1.3 Megapixel)
1/3-type
progressive scan
Exmor CMOS
Sensor
30 fps H.264/
JPEG/MPEG-4 at
1280 x 720
1280 x 1024
(1.3 Megapixel)
1/2.8-type
progressive scan
Exmor CMOS
Sensor
30 fps H.264 at
1920 x 1080
25 fps MPEG-4 at
1920 x 1080
15 fps JPEG at
1920 x 1080
1920 x 1440
(3 Megapixel)
(f=3.3 mm)
1/2.8-type
progressive scan
Exmor CMOS
Sensor
30 fps H.264/
JPEG/MPEG-4 at
1280 x 720
15 fps H.264/
MPEG-4 at
1920 x 1080
7 fps JPEG at
2048 x 1536 (TBD)
2048 x 1536
(3 Megapixel)
ONVIF Software
Power requirement
Dimensions
(*1)
When the model name includes "/" (slash) such as "SNC-CS50N/P"in this table, please read as "SNC-CS50N" (NTSC model) and "SNC-CS50P" (PAL model).
more than 30/25 fps.
in this table, please read as “704x480”(NTSC) and “704x576”(PAL).
NoNoNoNoNoNo
DC 12VAC 24, DC 12 VAC 24, DC 12 V,
Camera: 4 x 1 7/16
x 5 1/2 inches
(100 x 36 x 139 mm)
Stand: 4 3/4 x 5
5/8 x 6 inches (120
x 142 x 150mm)
(*3)
When the frame rate includes "/" such as "30/25fps" in this table, please read as "30 fps"(NTSC model) and "25fps"(PAL model). (*4) When the Maximum resolution includes “/” such as “704x480/704x576”
2 7/8 x 2 1/4 x 4
5/8 inches
(70 x 57 x 116 mm)
PoE
2 7/8 x 2 1/4 x 6
1/4 inches
(70 x 57 x 158 mm)
(*5)
DEPA Intelligent Object Detection is included in this model.
AC 24, DC 12 V,
PoE
3 1/4 x 2 1/2 x 7
inches
(82.5 x 63 x 176.2
mm)
AC 24, DC 12 V,
PoE
3 3/8 x 2 3/4 x 7
3/4 inches (84 x
69 x 196 mm) excl.
cover equipment
3 3/8 x 2 3/4 x 10
1/2 inches (84 x
69 x 265 mm) incl.
cover equipment
AC 24, DC 12 V,
PoE
3 1/4 x 2 1/2 x 7
1/2 inches
(82.5 x 63 x 187.5
mm)
PoEAC 24, DC 12 V,
2 7/8 x 2 1/2 x 7
7/8 inches
(72 x 63 x 197 mm)
PoE
2 7/8 x 2 1/2 x 7
7/8 inches
(72 x 63 x 197 mm)
(*2)
Definition of HD: More than 720p with H.264 streaming capability at
AC 24, DC 12 V,
PoE
2 7/8 x 2 1/2 x 7
7/8 inches
(72 x 63 x 197.6
mm)
PoEAC 24, DC 12 V,
3 3/8 x 3 5/8 x 7
3/8 inches
(85 x 90 x 186 mm)
PoE
3 3/8 x 3 5/8 x 7
3/8 inches
(85 x 90 x 186 mm)
AC 24, DC 12 V,
PoE
TBDø 1 3/4 x 3 3/4
PoE
inches (44 x 93
mm) (TBD)
Page 4
Glossary
IP66View-DR Technology
The “IP” of IP66 stands for Ingress Protection, and its two-digit number shows the
durability rating of equipment for outdoor use. The first digit of IP66 relates to the
ingress protection against dust, and “6” means “dust tight”. The second digit of IP66
relates to the ingress protection against water, and “6” means protected against
“heavy jet sprays,” such as conditions that can be encountered in hurricanes..
Day/Night
A day/night camera has two modes of operation: a day mode and a night mode. The
camera switches from day mode (Color) to night mode (B/W) by replacing its
infrared-cut filter with a clear filter. In night mode, the camera becomes sensitive to
near-IR light and is capable of reproducing images even when the scene is not
visible to the naked eye.
Wide-D
State-of-the-art technologies to expand the video dynamic range of the camera to
improve the visibility of images even in extremely high-contrast environments.
Wide-D is a powerful feature to compensate for scenes with extremely poor contrast.
View-DR™ technology is Sony’s latest technology to produce images with an
extremely wide dynamic range. View-DR technology is a combination of Sony’s
full-capture Wide-D technology, the high-speed Exmor CMOS sensor, and Visibility
Enhancer (VE). The full-capture Wide-D technology used in View-DR technology uses
an electronic shutter to capture multiple images, to reproduce each frame. One
image is taken using a ‘standard’ exposure time and either one or three images are
taken using very short exposure times depending on the camera type. With the
newly developed View-DR technology algorithm, all of the electrons converted from
the captured light is fully used by the imager, which is quite different from DynaView
and some other Wide-D technologies in the industry that discard approximately ½ of
the electrons. As a result, View-DR nearly doubles the sensitivity compared to
conventional Wide-D technologies. To capture multiple HD resolution images at a
very high speed, the Exmor CMOS sensor was adopted because of its high-speed
readout characteristics. During the process of combining multiple images, the
Visibility Enhancer (VE) is employed to provide a high level of chrominance and
luminance. With View-DR technology, the monitored images become very visible –
sometimes even more than when viewed with our naked eyes.
Visibility Enhancer (VE)
DynaView Technology
DynaView™ is one of Sony’s Wide-D technologies.
With DynaView technology, the camera captures two images for each frame using an
electronic shutter – the first image is taken with a ‘standard’ exposure time and the
second image is taken with a very short exposure time. The dark areas in the scene
are clearly reproduced in the first image and the bright areas are reproduced without
being ‘washed out’ in the second image. The two images are then combined into
one by using an advanced DSP LSI, to reproduce high-contrast images.
VE is one of Sony’s new technologies that optimizes contrast and makes a scene more
visible. It is ideal for scenes where objects are hard to recognize due to severe
backlight or shadows. VE optimizes the brightness and color reproduction of an image
dynamically on a pixel-by-pixel basis while continuously adapting to the scene.
Technically, VE stretches the contrast in both the backlit portions and the shadows
within the given dynamic range, which is different from Wide-D.
VE also contributes to the high sensitivity of the camera. By combining VE with XDNR,
the camera can reproduce clear and bright images in very low-light conditions, while
keeping noise at a minimal level.
XDNRTechnology
XDNR™ technology is Sony’s latest technology for noise reduction in IP security
cameras. XDNR technology utilizes 2D and 3D noise reduction methods adaptively to
scenes. Under low-light conditions, XDNR technology provides clear images for both
moving objects and still portions of the image, using 2DNR and 3DNR, respectively.
This method provides clear images while minimizing motion blur which is a challenge
in any outdoor surveillance monitoring applications, such as in parking lots.
(eXcellent Dynamic Noise Reduction)
DEPA System
With a Sony DEPA™ system, DEPA-enabled cameras send not only video images but
also related metadata, including object data (size and position) to the DEPA-enabled
recorder. Since part of the image processing is done on the camera side, the load to
the recorder can be reduced enabling camera expansion. Conventional video
analytic systems, on the other hand, process images solely on the recorder side often
causing CPU overload.
DEPA Advanced
DEPA Advanced is an enhanced DEPA technology. Unlike DEPA, a camera
incorporating DEPA Advanced completes the entire DEPA analysis such as intrusion
detection with a virtual borderline on the camera side, and sends only an alarm to
the recorder. Enhancements also include a tamper alarm, shadow cancellation, a
beam intrusion detector, and audio analysis. Since the analytic processing is
completed in the camera, end users can benefit from DEPA Advanced because it can
be easily integrated with a variety of recorders and/or video management solutions.
ONVIF Software
ONVIF software defines a common protocol for the exchange of information between
different network video devices regardless of manufacturer, and achieves greater
interoperability in multi-vendor network video systems.
PoE (Power-over-Ethernet, IEEE 802.3af)
PoE enables networked devices to receive power up to 13.95W from PoE-enabled
equipment through the same Ethernet cable that transports data. It may provide
substantial savings in installation costs and can simplify the installation process.
hPoE (High PoE, IEEE 802.3at )
hPoE enables networked devices to receive power up to 25W from hPoE-enabled
equipment through the same Ethernet cable that transports data. hPoE is useful
especially for PTZ/Rapid Dome cameras that require motor control.
2010 Spring
sony.com/security
S-IP2050-A (MK10623V3)
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