From photography we know that if we like to capture 1 fps, we need to open the shutter for 1 sec. If we like to make a video at 10fps, theoretically we need 1/10 of a second or 0.1sec = 100ms to keep the shutter open and then close it for the rest of second (900ms). For a 25 fps, we need a shutter speed at 1/25 sec = 0.04sec or 40ms. This picture illustrates the job:
Thus, in a regular camera we need to set the exposure time at maximum 40ms, assuming we we are able to get a nice bright image, then we can make a video at 25fps.
High Sensitivity
To achieve high sensitivity, which is one of the most important characteristics for security cameras, this time Sony developed back-illuminated structure 2.4 µm unit pixel and accomplished the equivalent sensitivity as the existing back-illuminated structure 2.8 µm unit pixel, “IMX136LQJ”*2. Also near infrared sensitivity was improved from the IMX136LQJ, which is equivalent to the IMX236LQJ*3, and it is suitable for Day/Night cameras and near infrared light LED used as auxiliary light.
High Dynamic Range
Dynamic range is determined by the ratio of saturation signal and dark random noise. The IMX178LQJ featuring 14 bit ADC reduced quantization noise and also suppressed dark random noise. At the result, high dynamic range was achieved, which is equivalent to the existing 3.75 µm unit pixel, the IMX104LQJ*4. It enables clear image quality in light and dark areas even for the objects with high contrast.
Image Format
The format for image size of security camera is typically 4:3, 5:4 for fisheye lens, or 16:9 for full HD. The IMX178LQJ supports all these three formats in 5M pixels high resolution. Also it secures high resolution as well as high sensitivity and high dynamic range at the same time, therefore the specification works best for high performance security cameras with type 1/2 lenses.
Compatibility with Existing Sony Products
Bioimager BioCam Speed3 are the first to feature Bioimager innovative high-speed core technology providing super fast live speed rates of 500 fps with binning and over 120fps in full resolution of 1.5MP. Due to the enhancement of the live image speed in combination with the high resolution the user is enabled to facilitate precise focusing and easy positioning of specimens without interlace effect in a more efficient way – a clear advantage in the analysis of moving objects and routine work in laboratories.
Exposure times up to 15 s ensure optimum captured images, also under low-light conditions. The maximum possible color depth is 36 bit.
Fields of Application
Image analysis, documentation and archiving in microscopy and macroscopy in the fields of:
• Material science, geology & mineralogy
• Life science, diagnostics
• Quality control
• Pathology & cell biology
• Forensics
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
Capture/Control API
Native C/C++, C#, Directshow, Twain, Labview
Recording System
Still Picture and Movie
Cooling System*
Natural
OPERATING ENVIRONMENT
Operating Temperature
-10℃~ 50℃
Storage Temperature
-20℃~ 60℃
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 /10 (32 & 64 bit)
OS X (Mac OS X), Linux
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
* Please contact us for IR filter removal.
Model Number
Image Sensor
Pixel Size (μm)
G Sensitivity/Dark Signal
FPS/Resolution
Binning
Exposure Time
BIC-SWIR-0.33M
0.33M/IMX991(M)
5×5
121mV with 1/30s
400@640×512
1×1
15us~60s
1/4”(3.20×2.56)
1.0mV with 1/30s
753@320×256
1×1
Built-in TEC
BIC-SWIR-0.33C
0.33M/IMX991(M)
5×5
121mV with 1/30s
400@640×512
1×1
15us~60s
1/4”(3.20×2.56)
1.0mV with 1/30s
753@320×256
1×1
External TEC
BIC-E3C-1.5M
1.5M/IMX273 (M, GS)
3.45×3.45
1830mv
228@1440×1080
1×1
0.244ms ~60s
1/2.9” (4.968×3.726)
0.15mv
530 @720×540
2×2
BIC-IUA-1.5C
1.5M/IMX273LQR (C,GS)
3.45×3.45
1146mv with 1/30s
155fps@1440×1080
1×1
15us~15s
1/2.9“ (4.97×3.73)
0.15mv with 1/30s
523fps@720×540
1×1
BIC-E3C-0.4M
0.4M/IMX287 (M)
6.90×6.90
7469mv
520 @ 720×540
1×1
0.244ms~15s
1/3” (4.94 x 3.73)
0.15mv
BIC-E3C-0.4C
0.4M/IMX287(C)
6.90×6.90
4584mv 0.15mv
520 @ 720×540
1×1
0.244ms ~15s
1/3” (4.97 x 3.73)
BIC-ISP-2.8C
2.8M/IMX421LQJ(C,GS)
4.5×4.5
2058mv with 1/30s
121fps@1936×1464
1×1
6us~15s
2/3“ (8.71×6.59)
0.15mv with 1/30s
425fps@968×732
1×1
38mm
BIC-ICM-2.8M
2.8M/IMX421LLJ(M,GS)
4.5×4.5
3354mv with 1/30s
121fps@1936×1464
1×1
6us~15s
2/3“ (8.71×6.59)
0.15mv with 1/30s
425fps@968×732
1×1
38mm
BIC-IUA-2.8C
2.8M/IMX421LQJ(C,GS)
4.5×4.5
2058mv with 1/30s
121fps@1936×1464
1×1
6us~15s
2/3“ (8.71×6.59)
0.15mv with 1/30s
425fps@968×732
1×1
BIC-ISP-1.5C
1.5M/IMX273LQR(C,GS)
3.45×3.45
1146mv with 1/30s
227.2fps@1440×1080
1×1
15us~15s
1/2.9“ (4.97×3.73)
0.15mv with 1/30s
382.7fps@720×540
1×1
33mm
BIC-E3S-1.5C
1.5M/IMX273(C, GS)
3.45×3.45
1145mv 0.15mv
164 @1440×1080
1×1
0.1ms ~15s
1/2.9″(4.968×3.726)
320 @720×540
2×2
BIC-ICM-3.1M
3.1M/IMX252LLR(M,GS)
3.45×3.45
1830mv with 1/30s
110.6fps@2048×1536
1×1
15us~15s
1/1.8“ (7.07×5.30)
0.15mv with 1/30s
233.8fps@1024×768
1×1
33mm
BIC-IUA-5.1M
5.1M/ IMX547-AAMJ-C(M,GS)
2.74×2.74
2252mv with 1/30s
63fps@2448×2048
1×1
30us~15s
1/1.8“(6.71×5.61)
0.15mv with 1/30s
208.4fps@1224×1024
2×2
BIC-ISP-5.0C
5.0M/IMX250LQR(C,GS)
3.45×3.45
1146mv with 1/30s
71.2fps@2448×2048
1×1
15us~15s
2/3“ (8.45×7.07)
0.15mv with 1/30s
175.2fps@1224×1024
1×1
33mm
BIC-IUA-2.3M
2.3M/IMX174LLJ(M,GS)
5.86×5.86
1650mv with 1/30s
164.5fps@1920×1200
1×1
15us~15s
1/1.2“ (11.25×7.03)
0.15mv with 1/30s
BIC-IUA-2.3C
2.3M/IMX174LQJ(C,GS)
5.86×5.86
1016mv with 1/30s
164.5fps@1920×1200
1×1
15us~15s
1/1.2“ (11.25×7.03)
0.15mv with 1/30s
BIC-IUA-5.1C
5.1M/ IMX547-AAQJ-C(C,GS)
2.74×2.74
1337mv with 1/30s
63fps@2448×2048
1×1
30us~15s
1/1.8“(6.71×5.61)
0.15mv with 1/30s
159fps@1224×1024
2×2
BIC-E3S-2.0C
2.0M/IMX385 (C)
3.75×3.75
2350mv 0.15mv
125 @1920×1080
1×1
0.1ms ~15s
1/2″(7.20×4.05)
BIC-E3C-2.3M
2.3M/IMX174 (M, GS)
5.86×5.86
1016mv
120@1920×1200
1×1
0.244ms ~2000ms
1/1.2” (11.25×7.03)
0.15mv
BIC-E3C-1.2C
1.2M/IMX224 (C,GS)
3.75×3.75
2040mv 0.15mv
60 @1280×960
1×1
0.105ms ~15s
1/3” (4.80 x 3.60)
120 @640×480
2×2
Why High Speed Camera is so important?
The below video shows how a high-speed camera can help scientists to discover important phenomena. In this specific case,Japanese scientists use a high speed camera to find out the transmission mechanisms of the virus, such as novel coronavirus COVID-19, call the smaller size particles microdroplets. The video was reported by NHK Japanese TV and English subtitle was added for some parts:
Merged/ Superimposed Fluorescent Image pf red, green and blue channels (as below)
Red Fluorescent Image
Green Fluorescent Image
Blue Fluorescent Image
Merged Fluorescent image, composed of the following monochrome images of red, green and blue channels:
Red Chanel
Green Channel
Blue channel
SOFTWARE ENVIRONMENT
Operating System
Support Microsoft Windows XP / Vista / 7 /8/10 (32 & 64 bit)
OS X (Mac OS X), Linux
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