High sensitivity max frame rate 96fps 2.1MP SONY imx482 1/1.2" sensor USB3.0 digital microscope Camera for darkfield and fluorescence
Camera Feature
SONY Exmor IMX482 color CMOS sensor
sensor size: 1/1.2 inch with USB3.0 output
Real-time 8/12 bit depth switch;
sensor size: 1/1.2 inch with USB3.0 output
Real-time 8/12 bit depth switch;
Ultra High Sensitivity8935mv with 1/30s
let camera can working under low light condition, example darkfield and fluorescent microscope
Max frame rate:
96fps / 1920x1080
Ultra low noise and low power dissipation by using column-parallel A/D conversion;
Ultra low noise and low power dissipation by using column-parallel A/D conversion;
Hardware resolution 2.1MP (1920x1080)
Standard C-Mount camera;
Integrated zinc aluminum alloy housing;
Standard C-Mount camera;
Integrated zinc aluminum alloy housing;
USB3.0 5 Gbps interface ensuring high frame rate
With advanced video & image processing application RisingView
Camera integrated with 12 bit Ultra-fineTM Hardware Image Signal Processor Video Pipeline(Ultra-fineTM HISP VP) for Demosaic, Automatic Exposition, Gain Adjustment, One Push White Balance, Chrominance Adjustment, Saturation Adjustment, Gamma Correction, Luminance Adjustment, Contrast Adjustment, Bayer and finally form RAW data for 8/12 bit output. This will move the heavier burden of the processing from the PC to the Ultra-fineTM HISP VP and greatly accelerating the processing speed.
Camera comes with advanced video & image processing application RisingView; Providing Windows/Linux/macOS/Android multiple platform SDK (Native C/C++, C#/VB.NET, Python, Java, DirectShow, Twain, etc);
Camera working with Fluorescent Microscope
Camera Specification
Item No
Sensor& Size
(mm)
Pixel(μm)
G Sensitivity
Max fps/
Binning
Exposure
Dark Signal
Resolution
E3ISPM
2100KPA
2.1MP/
5.8x5.8
8935mv with 1/30s
96fps/1920x1080
1x1
14us~15s
IMX482(C)
1/1.2inch
0.6mv with 1/30s
(11.14x6.26)
C: Color sensor
(The camera frame rate not only decide by cameras but also related to user's computer configuration)
OTHER HARDWARE CONFIGURATION
Spectral Range
380-650nm (with IR-filter)
White balance
ROI White Balance/ Manual Temp-Tint Adjustment
Color Rendering Technique
Ultra Fine Color Engine
Recording System
Still Picture and Movie
Cooling System*
Natural
OPERATING ENVIRONMENT
Operating Temperature
-10C--50C
Storage Temperature
-20C--60C
Operating Humidity
30--80%RH
Storage Humidity
10--60%RH
Power Supply
DC 5V over PC USB Port
SOFTWARE ENVIRONMENT
Operating System
Support Microsoft Windows XP / Vista / 7 /8 (32 & 64 bit)
OS X (Mac OS X), Linux (Note: RisingView for MAC and Linux are Simple Version without Measurement and Image Process function)
PC Requirements
CPU: Equal to Intel Core2 2.8GHz or Higher
Memory: 2GB or More
USB port: USB2.0 High-speed Port
Display: 17" or Larger
CD-ROM
Camera Pictures
Camera integrated with 12 bit Ultra-fineTM Hardware Image Signal Processor Video Pipeline(Ultra-fineTM HISP VP) for Demosaic, Automatic Exposition, Gain Adjustment, One Push White Balance, Chrominance Adjustment, Saturation Adjustment, Gamma Correction, Luminance Adjustment, Contrast Adjustment, Bayer and finally form RAW data for 8/12 bit output. This will move the heavier burden of the processing from the PC to the Ultra-fineTM HISP VP and greatly accelerating the processing speed.
Camera working with Fluorescent Microscope
|
Item No |
Sensor& Size (mm) |
Pixel(μm) |
G Sensitivity |
Max fps/ |
Binning |
Exposure |
|
Dark Signal |
Resolution |
|||||
|
E3ISPM 2100KPA |
2.1MP/ |
5.8x5.8 |
8935mv with 1/30s |
96fps/1920x1080 |
1x1 |
14us~15s |
|
IMX482(C) |
||||||
|
1/1.2inch |
0.6mv with 1/30s |
|||||
|
(11.14x6.26) |
C: Color sensor
(The camera frame rate not only decide by cameras but also related to user's computer configuration)
|
OTHER HARDWARE CONFIGURATION |
|
|
Spectral Range |
380-650nm (with IR-filter) |
|
White balance |
ROI White Balance/ Manual Temp-Tint Adjustment |
|
Color Rendering Technique |
Ultra Fine Color Engine |
|
|
|
|
Recording System |
Still Picture and Movie |
|
Cooling System* |
Natural |
|
OPERATING ENVIRONMENT |
|
|
Operating Temperature |
-10C--50C |
|
Storage Temperature |
-20C--60C |
|
Operating Humidity |
30--80%RH |
|
Storage Humidity |
10--60%RH |
|
Power Supply |
DC 5V over PC USB Port |
|
SOFTWARE ENVIRONMENT |
|
|
Operating System |
Support Microsoft Windows XP / Vista / 7 /8 (32 & 64 bit) |
|
OS X (Mac OS X), Linux (Note: RisingView for MAC and Linux are Simple Version without Measurement and Image Process function) |
|
|
PC Requirements |
CPU: Equal to Intel Core2 2.8GHz or Higher |
|
Memory: 2GB or More |
|
|
USB port: USB2.0 High-speed Port |
|
|
Display: 17" or Larger |
|
|
CD-ROM |
|
Camera Detailed Pictures
The Camera install SONY IMX482 1/2" sensor
Ultra High Sensitivity8935mv with 1/30s
high sensitivity can let camera work under low light condition, example this camera can work with DarkField and Fluorescent microscope
Max frame rate at resolution (1920x1080): 96fps
SONY Exmor COMS sensor
1) Low noise and High Sensitivity
1. As you can see from the above diagram, the “Exmor” sensor has 2 noise reduction process
including analogue noise reduction and digital noise reduction while the traditional one has
only analogue noise reduction.
2. Even the smallest amount of signal noise can have a negative impact on a photo. Noise is
introduced into an image if defects are present in the silicon from which the pixel is made.
By minimizing the occurrence of defects and contamination, and by shielding areas that are
vulnerable to defects, Sony has decreased the amount of noise that may be possible in other
sensors.
3. Sony enhanced sensitivity of the CMOS sensor by modifying the transistor array and layout,
and by making the photodiode as large as possible and creating a system that increases the
accuracy of light that is guided to the photodiode.
2) Back-illuminated, High Sensitivity and no CRA Related Defects ("Exmor R")
Sony further improved the capabilities of the CMOS sensor by developing a back-illuminated
structure, with the aim of creating a camera capable of taking exceptional photographs even by
candlelight. "Exmor R" is approximately twice as sensitive as a conventional front-illuminated
CMOS sensor and also features low noise. In a back-illuminated CMOS sensor, light is directed
onto the silicon substrate from behind, allowing light to be used with a level of efficiency not
possible with conventional front-illuminated pixel structures. Photographers can now create
smooth, high-quality images in low light settings, including night scenes.
The CRA related problem (background not uniform) does not exist anymore.
3) Fast Frame Speed
The key to increased speed can be found in parallel signal processing. CMOS sensors have
analog-digital (A/D) conversion circuits that convert analog pixel signals into digital signals. Speed
is increased by arranging thousands of these circuits in a horizontal array and allowing them to
operate simultaneously. The A/D conversion circuits used in Sony's CMOS sensors have important
characteristics, including the reduced size of the analog circuits in which noise is created, and
automatic noise cancellation. This circuit design enables noise reduction to be combined with
enhanced speed.
The latest Sony sensors can support fast frame speed and USB3.0 could help it to achieve their
best performance. This is the reason why RisingTech develop new cameras based on USB3.0.
Besides, USB3.0 help the camera to transfer video on 12/14bit.
4) Global Shutter (Some Sensors)
The conventional CMOS use the rolling shutter while CCD use global shutter. Now some Sony
“Exmor” and “Exmor R” sensors use global shutter which make the CMOS sensor more like a CCD,
such as IMX174, IMX302.
5) Good Continuity
In the near future, Sony will develop and provide better sensors and this will enrich RisingTech E3
and G3 family products.
USB3.0 5 Gbps interface ensuring high frame rate
Camera Working Pictures
Camera Connect to PC computer by RisingView software
Sample pictures
high sensitivity can let camera work under low light condition, example this camera can work with DarkField and Fluorescent microscope
SONY Exmor COMS sensor
1) Low noise and High Sensitivity
1. As you can see from the above diagram, the “Exmor” sensor has 2 noise reduction process
including analogue noise reduction and digital noise reduction while the traditional one has
only analogue noise reduction.
2. Even the smallest amount of signal noise can have a negative impact on a photo. Noise is
introduced into an image if defects are present in the silicon from which the pixel is made.
By minimizing the occurrence of defects and contamination, and by shielding areas that are
vulnerable to defects, Sony has decreased the amount of noise that may be possible in other
sensors.
3. Sony enhanced sensitivity of the CMOS sensor by modifying the transistor array and layout,
and by making the photodiode as large as possible and creating a system that increases the
accuracy of light that is guided to the photodiode.
2) Back-illuminated, High Sensitivity and no CRA Related Defects ("Exmor R")
Sony further improved the capabilities of the CMOS sensor by developing a back-illuminated
structure, with the aim of creating a camera capable of taking exceptional photographs even by
candlelight. "Exmor R" is approximately twice as sensitive as a conventional front-illuminated
CMOS sensor and also features low noise. In a back-illuminated CMOS sensor, light is directed
onto the silicon substrate from behind, allowing light to be used with a level of efficiency not
possible with conventional front-illuminated pixel structures. Photographers can now create
smooth, high-quality images in low light settings, including night scenes.
The CRA related problem (background not uniform) does not exist anymore.
3) Fast Frame Speed
The key to increased speed can be found in parallel signal processing. CMOS sensors have
analog-digital (A/D) conversion circuits that convert analog pixel signals into digital signals. Speed
is increased by arranging thousands of these circuits in a horizontal array and allowing them to
operate simultaneously. The A/D conversion circuits used in Sony's CMOS sensors have important
characteristics, including the reduced size of the analog circuits in which noise is created, and
automatic noise cancellation. This circuit design enables noise reduction to be combined with
enhanced speed.
The latest Sony sensors can support fast frame speed and USB3.0 could help it to achieve their
best performance. This is the reason why RisingTech develop new cameras based on USB3.0.
Besides, USB3.0 help the camera to transfer video on 12/14bit.
4) Global Shutter (Some Sensors)
The conventional CMOS use the rolling shutter while CCD use global shutter. Now some Sony
“Exmor” and “Exmor R” sensors use global shutter which make the CMOS sensor more like a CCD,
such as IMX174, IMX302.
5) Good Continuity
In the near future, Sony will develop and provide better sensors and this will enrich RisingTech E3
and G3 family products.
USB3.0 5 Gbps interface ensuring high frame rate
Camera Connect to PC computer by RisingView software
PCB Image
This camera working with RisingView Software - Instruction below
CameraSize
The camera body, made from tough, zinc alloy, ensures a heavy duty, workhorse solution. The camera is
designed with a high quality IR-CUT to protect the camera sensor. No moving parts included. These measures ensure a
rugged, robust solution with an increased lifespan when compared to other industrial camera solutions.
CameraPacking
Standard Camera Packing List
A
Carton L:50cm W:30cm H:30cm (20pcs, 12~17Kg/ carton, 0.045m3), not shown in the Photo
B
Gift box L:15cm W:15cm H:10cm (0.8~1.0Kg/ box)
C
E3ISPM 8.3MP series USB3.0 C-Mount camera
D
High-speed USB3.0 A male to B male gold-plated connectors cable /2.0m
E
CD (Driver & utilities software, 12cm)
If buyers want buy optional accessory, please contact RisingCam first
RisingCam sales engineer will give you solution and quote price for yoiu
Optional Accessory
F
Adjustable lens adapter
C-Mount to Dia.23.2mm Eyepiece Tube
(Please choose 1 of them for your microscope)
C-Mount to Dia.31.75mm Eyepiece Tube
(Please choose 1 of them for your telescope)
G
Fixed lens adaptor
C-Mount to Dia.23.2mm Eyepiece Tube
(Please choose 1 of them for your microscope)
C-Mount to Dia.31.75mm Eyepiece Tube
(Please choose 1 of them for your telescope)
Note: For F and G optional accessory, please specify your camera type(C-mount, microscope camera or telescope camera) RisingTech engineer will help you to determine the right microscope or telescope camera adapter for your application;
H
108015(Dia.23.2mm to 30.0mm Ring)/Adaptor rings for 30mm eyepiece tube
I
108016(Dia.23.2mm to 30.5mm Ring)/ Adaptor rings for 30.5mm eyepiece tube
J
108017(Dia.23.2mm to 31.75mm Ring)/ Adaptor rings for 31.75mm eyepiece tube
H
Calibration Lit
106011/TS-M1(X=0.01mm/100Div.);
106012/TS-M2(X,Y=0.01mm/100Div.);
106013/TS-M7(X=0.01mm/100Div., 0.10mm/100Div.)
Standard Packing Picture
Our Services
Warranty: 1 years
RisingView software instruction RisingCam Provide RisingView Software for buyer free. RisingView Download link:https://drive.google.com/file/d/1QDXrVJRZGgD1Nx0AiEP-hpnMZfeC71XC/view?usp=sharing 
RisingView is professional software integratedwith camera control, image capture&process, image browseimage measurement and analysis.RisingView is born with the following features: 1.User-friendly UI design2.Professional Camera Control Panel
3.Practical functions with good result Image
4. So many measurement toolsMeasurement results can export to Excel list 
5. Powerful compatibility RisingView can support Windows XP/Vista/7/8/10 systemRisingCam provide RisingView software for MAC and Linux OS RisingView for MAC and Linux System
The camera body, made from tough, zinc alloy, ensures a heavy duty, workhorse solution. The camera is
designed with a high quality IR-CUT to protect the camera sensor. No moving parts included. These measures ensure a
rugged, robust solution with an increased lifespan when compared to other industrial camera solutions.
|
Standard Camera Packing List |
|
||
|
A |
Carton L:50cm W:30cm H:30cm (20pcs, 12~17Kg/ carton, 0.045m3), not shown in the Photo |
||
|
B |
Gift box L:15cm W:15cm H:10cm (0.8~1.0Kg/ box) |
||
|
C |
E3ISPM 8.3MP series USB3.0 C-Mount camera |
||
|
D |
High-speed USB3.0 A male to B male gold-plated connectors cable /2.0m |
||
|
E |
CD (Driver & utilities software, 12cm) |
||
|
If buyers want buy optional accessory, please contact RisingCam first RisingCam sales engineer will give you solution and quote price for yoiu Optional Accessory |
|
||
|
F |
Adjustable lens adapter |
C-Mount to Dia.23.2mm Eyepiece Tube |
|
|
(Please choose 1 of them for your microscope) |
|
||
|
C-Mount to Dia.31.75mm Eyepiece Tube |
|
||
|
(Please choose 1 of them for your telescope) |
|
||
|
G |
Fixed lens adaptor |
C-Mount to Dia.23.2mm Eyepiece Tube |
|
|
(Please choose 1 of them for your microscope) |
|
||
|
C-Mount to Dia.31.75mm Eyepiece Tube |
|
||
|
(Please choose 1 of them for your telescope) |
|
||
|
Note: For F and G optional accessory, please specify your camera type(C-mount, microscope camera or telescope camera) RisingTech engineer will help you to determine the right microscope or telescope camera adapter for your application; |
|
||
|
H |
108015(Dia.23.2mm to 30.0mm Ring)/Adaptor rings for 30mm eyepiece tube |
||
|
I |
108016(Dia.23.2mm to 30.5mm Ring)/ Adaptor rings for 30.5mm eyepiece tube |
||
|
J |
108017(Dia.23.2mm to 31.75mm Ring)/ Adaptor rings for 31.75mm eyepiece tube |
||
|
H |
Calibration Lit |
106011/TS-M1(X=0.01mm/100Div.); |
|
|
106012/TS-M2(X,Y=0.01mm/100Div.); |
|
||
|
106013/TS-M7(X=0.01mm/100Div., 0.10mm/100Div.) |
|
||
Standard Packing Picture
Our Services
Warranty: 1 years