AES/AGC (Automatic Brightness Control)
8.3 uEye Player
8.3.4 Loop Mode
The uEye Player can select certain periods of time within the video sequence and play these back in
an endless loop. To do this, click the button. The two symbols for marking the start and end of the endless loop are then activated. Select the desired frames by using the mouse to place the
cursor on the required start position of the endless loop and then clicking the button. In the next
step, place the cursor on the end position in the same way. Press the button to complete your selection.
8.3.5
Video Window and Full Screen Mode
The video window is displayed dynamically. The possible display sizes are determined by the recording resolution and the screen resolution.
The video is played back at the same aspect ratio as it was recorded.
Full screen mode is activated by pressing the key combination S+f. Playback can be controlled using the keyboard in this mode. To quit full screen mode, press È or S+f again.
Key combinations in full screen mode
S+f Switch full screen mode on/off
È Quit full screen mode
S+o Open video file
I (left arrow key) One frame back
W (right arrow key) One frame forward
9
Specifications
This chapter lists the specifications of the available uEye camera models. In the table below, you will find an overview of all the models in the Eye camera range.
UI – ## # # – X – XX
Short for uEye
Sensor and shutter system
12 USB uEyeCMOS Global Shutter 14/15/16 USB uEyeCMOS Rolling Shutter 22/23/24 USB uEye CCD Progressive Scan 52 GigE uEye CMOS Global Shutter 54/55/56 GigE uEye CMOS Rolling Shutter 62/63/64 GigE uEye CCD Progressive Scan Resolution 1 VGA 640 x 480 (0.30 MP) 2 WVGA 752 x 480 (0.36 MP) PAL 768 x 582 (0.45 MP) 3 XGA 1024 x 768 (0.78 MP) 4 SXGA 1280 x 1024 (1.30 MP) 5 UXGA 1600 x 1200 (2.00 MP) 6 QXGA 2048 x 1536 (3.10 MP) 8 QSXGA 2592 x 1944 (5.00 MP) Housing
0/0SE uEye C-mount with straight housing
0RE uEye RE C-mount with IP65/67 housing
1SE uEye SE (OEM): C-mount, without housing
2SE uEye SE (OEM): PCB stack
5LE uEye LE CS-mount with housing
6LE uEye LE board level with S-mount M12
7LE uEye LE board level with S-mount M14
8LE uEye LE board level without lens mount
9 uEye with housing and angled C-mount
Color format
M Monochrome sensor
C Color sensor
Filter glass
HQ Infrared cut filter, type HQ
(standard for uEye color cameras) BG Infrared cut filter, type BG (discontinued) DL Daylight cut filter (optional)
GL Plain glass (standard for uEye monochrome cameras)
9.1
Sensors
9.1.1
uEye USB
UI-122x
Sensor type CMOS
Exposure mode Electronic global shutter
Read-out mode Progressive scan
Resolution 752 x 480 pixels
Bit depth 8 bits
Optical sensor class 1/3 inch
Exact sensitive area 4.51 mm x 2.88 mm
Exact optical sensor diagonal 5.4 mm, 1/3.0“
Pixel size 6.0 µm, square
Sensor name, monochrome camera Micron MT9V032C12STM Sensor name, color camera Micron MT9V022I77ATC Sensor name, monochrome camera LE Micron MT9V032C12STM Sensor name, color camera LE Micron MT9V032C12STC Pixel clock range (with binning) 5 - 40 (60) MHz *1)
Frame rate, freerun mode 87 fps *2)
Frame rate, trigger mode, 1ms exposure time 75 fps *2)
Exposure time in freerun mode 0.08 ms *2)
- 5500 ms *3) Exposure time in trigger mode 0.08 ms *2)
- 5500 ms *3)
Binning Horizontal *4)
, Vertical *4)
Mode Monochrome binning, averaging
Factor, maximum resolution, frame rate 2x, 376 x 240 pixels, 238 fps Factor, maximum resolution, frame rate 4x, 188 x 120 pixels, 407 fps
Subsampling -
AOI Horizontal *4)
, Vertical *4) Frame rate at 640 x 480 pixels (VGA) 100 fps
Frame rate at 320 x 240 pixels (CIF) 200 fps Frame rate at 160 x 120 pixels 344 fps Absolute image width, step width
16 - 592 pixels,16 Absolute image width, step width 608 - 752 pixels, 16 *4)
Absolute image height, step width 4 - 480 pixels, 2 *4)
Position grid horizontal 4
Position grid vertical 2
Gain
Monochrome model, gain factor Master 1 - 4x Color model, gain factor Software RGB 1 - 5x Offset control, mode Auto/manual, additive
Gain boost 1.6x
Hardware trigger Asynchronous
Trigger delay with rising edge, jitter 19.7 µs, +/- 250 ns Trigger delay with falling edge, jitter 38 µs, +/- 250 ns Additive trigger delay to sensor 0 or 15 µs - 4 seconds Sensor delay to exposure start < 200 µs *2)
*1)
The maximum possible pixel clock frequency depends on the PC hardware used. *2)
Requires maximum pixel clock frequency. *3)
Requires minimum pixel clock frequency. *4)
Use of this function increases the frame rate. *5)
The power consumption depends on the sensor model and the pixel clock setting.
Relative sensor sensitivity
Monochrome Color
Figure 87: Sensor sensitivity of the UI-122x
Notes on using the UI-122x-X
· Optimum pixel clock frequency is 27 MHz.
· The color version has no hardware gain controllers. The driver simulates these.
· The RGB gain controls have no effect in raw Bayer mode.
· Sensor speed does not increase for AOI width <608 pixels (constant image height).
· The sensor binning works by averaging pixels, so the image will not become brighter when binning is activated.
· The frame rate is not significantly higher with horizontal 4x binning than with 2x binning.
· Extreme overexposure may shift the black level. As an effect, the white level is no longer reached.
· Functions that modify image content (such as exposure or gain) are applied with a delay of one frame time. This is also the case in trigger mode.
· IR illumination with 900 nm causes blooming.
· With horizontal 4x binning, a dark column appears at the right-hand image border, which is caused by the sensor.
UI-154x
Sensor type CMOS
Exposure mode Electronic rolling shutter
Read-out mode Progressive scan
Resolution 1280 x 1024 pixels
Bit depth 8 bits
Optical sensor class 1/2 inch
Exact sensitive area 6.66 mm x 5.32 mm
Exact optical sensor diagonal 8.5 mm, 1/1.9
Pixel size 5.2 m, square
Sensor name, monochrome camera Micron MT9M001P12STM Sensor name, color camera Micron MT9M001P12STC Pixel clock range (with subsampling)
5 - 43 (50) MHz *1) Frame rate, freerun mode 25 fps *2)
Frame rate, trigger mode, 1ms exposure time 23 fps *2)
Exposure time in freerun mode 0.035 ms *2)
- 980 ms *3) Exposure time in trigger mode 0.035 ms *2)
- 980 ms *3)
Binning -
Subsampling Horizontal *4)
, Vertical *4)
Mode Color subsampling
Factor, maximum resolution, frame rate 2x, 540 x 512 pixels, 79 fps Factor, maximum resolution, frame rate 4x, 320 x 256 pixels, 219 fps Factor, maximum resolution, frame rate 8x, 160 x 128 pixels, 511 fps
AOI Horizontal *4)
, Vertical *4) Frame rate at 1024 x 768 pixels (XGA) 39 fps
Frame rate at 640 x 480 pixels (VGA) 84 fps Frame rate at 320 x 240 pixels (CIF) 231 fps
Absolute image width, step width 32 - 224 pixels, 16 Absolute image width, step width 240 - 1280 pixels, 16 *4)
Absolute image height, step width 4 - 1536 pixels, 2 *4)
Position grid horizontal 4
Position grid vertical 2
Gain
Monochrome model, gain factor -
Color model, gain factor RGB 12x
Offset control, mode Auto/manual, additive
Gain boost 1.5x
Hardware trigger Asynchronous
Trigger delay with rising edge, jitter 19.7 s, +/- 250 ns Trigger delay with falling edge, jitter 38 s, +/- 250 ns Additive trigger delay to sensor 0 or 15 s - 4 seconds Sensor delay to exposure start < 100 s *2)
Power consumption 130 - 170 mA at 5V *5) *1)
The maximum possible pixel clock frequency depends on the PC hardware used. *2)
Requires maximum pixel clock frequency. *3)
Requires minimum pixel clock frequency. *4)
Relative sensor sensitivity
Monochrome Color
Figure 88: Sensor sensitivity of the UI-154x
Notes on using the UI-154x-X
· Sensor speed does not increase for AOI width <240 pixels.
· Extreme overexposure shifts the black level. Please deactivate the Auto Offset function in this case.
· At very long exposure times and minimum gain, the white level may not be reached. The gain should be increased by one step in this case.
· If manual offset control is used, fixed pattern noise and horizontal lines may become visible. High gain values should be avoided.
· Offset increases the black level every 7th step. The steps in-between change the appearance of fixed pattern noise. Further information on this can be found in an Application Note which is available on request.
· Monochrome version only: The sensor internally works like the color version. This might lead to artefacts when subsampling is used.
· The brightness of the first and last line might deviate.
· Horizontal 2x subsampling requires a pixel clock frequency >= 8 MHz. Horizontal 4x subsampling requires a pixel clock frequency >= 16 MHz. Horizontal 8x subsampling requires a pixel clock frequency >= 32 MHz.
UI-164x
Sensor type CMOS
Exposure mode Electronic rolling shutter
Read-out mode Progressive scan
Resolution 1280 x 1024 pixels
Bit depth 8 bits
Optical sensor class 1/3 inch
Exact sensitive area 4.61 mm x 3.69 mm
Exact optical sensor diagonal 5.9 mm, 1/2.7“
Pixel size 3.6 µm, square
Sensor name, monochrome camera -
Sensor name, color camera Micron MT9M131C12STC Pixel clock range
5 - 40 MHz *1) Frame rate, freerun mode 25 fps *2)
Frame rate, trigger mode, 1ms exposure time 23 fps *2)
Exposure time in freerun mode 0.037 ms *2)
- 10 s *3) Exposure time in trigger mode 0.037 ms *2)
- 10 s
*3)Binning -
Subsampling Horizontal *4)
, Vertical *4)
Mode Color subsampling
Factor, maximum resolution, frame rate 2x, 640 x 512 pixels, 83 fps Factor, maximum resolution, frame rate 4x, 320 x 256 pixels, 248 fps
AOI Horizontal *4)
, Vertical *4) Frame rate at 1024 x 768 pixels (XGA) 39 fps
Frame rate at 640 x 480 pixels (VGA) 89 fps Frame rate at 320 x 240 pixels (CIF) 262 fps
Absolute image width, step width 32 - 1280 pixels, 4 *4)
Absolute image height, step width 4 - 1024 pixels, 2 *4)
Position grid horizontal 4
Position grid vertical 2
Gain
Color model Master 3.1x, RGB 3.0x
Offset control, mode Auto/manual, additive
Gain boost 2x
Hardware trigger Asynchronous
Trigger delay < 200 µs
Additive trigger delay to sensor 0 or 15 µs - 4 seconds Sensor delay to exposure start < 100 µs *2)
Power consumption 130 - 170 mA at 5V *5)
*1)
The maximum possible pixel clock frequency depends on the PC hardware used. *2)
Requires maximum pixel clock frequency. *3)
Requires minimum pixel clock frequency. *4)
Use of this function increases the frame rate. *5)
Relative sensor sensitivity Color
Figure 89: Sensor sensitivity of the UI-164x
Notes on using the UI-164x-X
· At very long exposure times and minimum gain, the white level may not be reached. The gain should be increased by one step in this case.
UI-155x
Sensor type CMOS
Exposure mode Electronic rolling shutter
Read-out mode Progressive scan
Resolution 1600 x 1200 pixels
Bit depth 8 bits
Optical sensor class 1/3 inch
Exact sensitive area 4.48 mm x 3.36 mm
Exact optical sensor diagonal 5.6 mm, 1/2.9“
Pixel size 2.8 µm, square
Sensor name, monochrome camera -
Sensor name, color camera Micron MT9D131C12STC Pixel clock range (with subsampling/binning) 5 - 43 (50) MHz *1)
Frame rate, freerun mode 18 fps *2)
Frame rate, trigger mode, 1ms exposure time 17 fps *2)
Exposure time in freerun mode
0.038 ms *2) - 12.8 s *3) Exposure time in trigger mode
0.038 ms *2) - 12.8 s *3)
Binning Horizontal *4)
, Vertical *4)
Mode Color binning, averaging
Factor, maximum resolution, frame rate 2x, 800 x 600 pixels, 60 fps
Subsampling Horizontal *4)
, Vertical *4)
Mode Color subsampling
Factor, maximum resolution, frame rate 2x, 800 x 600 pixels, 71 fps Factor, maximum resolution, frame rate 4x, 400 x 300 pixels, 252 fps Factor, maximum resolution, frame rate 8x, 200 x 1500 pixels, 627 fps Factor, maximum resolution, frame rate 16x, 100 x 74 pixels, 870 fps
AOI Horizontal *4)
, Vertical *4) Frame rate at 1280 x 720 pixels 35 fps
Frame rate at 1024 x 768 pixels (XGA) 40 fps Frame rate at 640 x 480 pixels (VGA) 88 fps
Absolute image width, step width 32 - 1600 pixels, 4 *4)
Absolute image height, step width 4 - 1200 pixels, 2 *4)
Position grid horizontal 4
Position grid vertical 2
Gain
Color model Master 3.1x, RGB 3.5x
Offset control, mode Auto/manual, additive
Gain boost 2x
Hardware trigger Asynchronous
Trigger delay < 200 µs
Additive trigger delay to sensor 0 or 15 µs - 4 seconds Sensor delay to exposure start < 100 µs *2)
Power consumption 150 - 200 mA at 5V *5)
*1)
The maximum possible pixel clock frequency depends on the PC hardware used. *2)
Requires maximum pixel clock frequency. *3)
Requires minimum pixel clock frequency. *4)
Relative sensor sensitivity Color
Figure 90: Sensor sensitivity of the UI-155x
Notes on using the UI-155x-X
· At very long exposure times and minimum gain, the white level may not be reached. Increase the gain by one step.
· For AOI width <160 pixels, the sensor gets slower.
· Horizontal and vertical binning can only be used together.
· The sensor binning works by averaging pixels, so the image will not become brighter when binning is activated.
· Homogeneous images may show color aberrations in the corner areas. This is caused by the way the micro lenses are placed on this sensor. The effect can be minimized by using a large aperture on the lens (small F number).
UI-146x
Sensor type CMOS
Exposure mode Electronic rolling shutter
Read-out mode Progressive scan
Resolution 2048 x 1536 pixels
Bit depth 8 bits
Optical sensor class 1/2 inch
Exact sensitive area 6.55 mm x 4.92 mm
Exact optical sensor diagonal 8.2 mm, 1/2.0?
Pixel size 3.2 ?m, square
Sensor name, monochrome camera -
Sensor name, color camera Micron MT9T001P12STC Pixel clock range (with subsampling/binning) 5 - 43 (64) MHz *1)
Frame rate, freerun mode 11.2 fps *2)
Frame rate, trigger mode, 1ms exposure time 10.7 fps *2)
Exposure time in freerun mode 0.057 ms *2)
- 1750 ms *3) Exposure time in trigger mode 0.057 ms *2)
- 750 ms *3)
Binning Horizontal *4)
, Vertical *4)
Mode Color, H: additive, V: averaging
Factor, maximum resolution, frame rate 2x, 1024 x 768 pixels, 43 fps Factor, maximum resolution, frame rate 3x, 680 x 512 pixels, 56 fps Factor, maximum resolution, frame rate 4x, 512 x 384 pixels, 73 fps Factor, maximum resolution, frame rate 6x, 340 x 256 pixels, 106 fps
Subsampling Horizontal *4)
, Vertical *4)
Mode Color
Factor, maximum resolution, frame rate 2x, 1024 x 768 pixels, 44 fps Factor, maximum resolution, frame rate 3x, 680 x 512 pixels, 97 fps Factor, maximum resolution, frame rate 4x, 512 x 384 pixels, 160 fps Factor, maximum resolution, frame rate 5x, 408 x 306 pixels, 220 fps Factor, maximum resolution, frame rate 6x, 340 x 256 pixels, 283 fps Factor, maximum resolution, frame rate 8x, 256 x 192 pixels, 410 fps
AOI Horizontal *4)
, Vertical *4) Frame rate at 1920 x 1080 pixels (SXGA) 16 fps
Frame rate at 1280 x 720 pixels 34 fps Frame rate at 640 x 480 pixels (VGA) 81 fps
Absolute image width, step width 16 - 2048 pixels, 16 Absolute image height, step width 4 - 1536 pixels, 2
Position grid horizontal 4
Position grid vertical 2
Gain
Color model Master 12.0x, RGB 7.25x
Offset control, mode Auto/manual, additive
Gain boost 2x
Hardware trigger Asynchronous
Trigger delay with rising edge, jitter 19.7 ?s, +/- 250 ns Trigger delay with falling edge, jitter 38 ?s, +/- 250 ns Additive trigger delay to sensor 0 or 15 ?s - 4 seconds Sensor delay to exposure start < 100 ?s *2)
Power consumption 90 - 130 mA at 5V *5)
*3)
Requires minimum pixel clock frequency. *4)
Use of this function increases the frame rate. *5)
The power consumption depends on the sensor model and the pixel clock setting.
Relative sensor sensitivity Color
Figure 91: Sensor sensitivity of the UI-146x
Notes on using the UI-146x-X
· Master gain is digitally calculated on the sensor and may cause artefacts. Instead use RGB gains first (e.g. by setting a minimum value in the Auto White Balance function).
· The sensor does not allow changes of exposure time while in trigger mode. If
is_SetExposureTime() is called in trigger mode, the sensor will temporarily switch to
freerun. This results in a longer delay time (depending on the frame rate) at function call.
· Sensor speed does not increase for effective horizontal resolution <256 pixels.
· Changing the frame rate in trigger mode has no effect. The maximum possible exposure time cannot be increased in this way.
· With horizontal 4x binning, a dark column appears at the right-hand image border, which is caused by the sensor.
· For hardware reasons, the sensor can only perform 3x vertical binning. When 4x or 6x binning is activated in the uEye software, the driver uses a combination of binning and subsampling instead. Therefore, the image will not become brighter when 4x or 6x horizontal binning is activated.
UI-148x
Sensor type CMOS
Exposure mode Electronic rolling shutter
Read-out mode Progressive scan
Resolution 2560 x 1920 pixels
Bit depth 8 bits
Optical sensor class 1/2 inch
Exact sensitive area 5.63 mm x 4.22 mm
Exact optical sensor diagonal 7.0 mm, 1/2.3“
Pixel size 2.2 µm, square
Sensor name, monochrome camera Micron MT9P031I12STM Sensor name, color camera Micron MT9P031I12STC Pixel clock range (with subsampling/binning) 5 - 43 (90) MHz *1)
Frame rate, freerun mode 6.3 fps *2)
Frame rate, trigger mode, 1ms exposure time 6.1 fps *2)
Exposure time in freerun mode 0.075 ms *2)
- 2745 ms *3) Exposure time in trigger mode 0.075 ms *2)
- 2745 ms *3)
Binning Horizontal *4)
, Vertical *4)
Mode Color binning, H: additive, V: averaging
Factor, maximum resolution, frame rate 2x, 1280 x 960 pixels, 19 fps
Factor, maximum resolution, frame rate 3x, 852 x 640 pixels, 31 fps (color model) Factor, maximum resolution, frame rate 4x, 640 x 480 pixels, 43 fps (color model) Factor, maximum resolution, frame rate 6x, 424 x 320 pixels, 72 fps (color model)
Subsampling Horizontal *4)
, Vertical *4)
Mode Color subsampling
Factor, maximum resolution, frame rate 2x, 1280 x 960 pixels, 25 fps Factor, maximum resolution, frame rate 3x, 852 x 640 pixels, 57 fps Factor, maximum resolution, frame rate 4x, 640 x 480 pixels, 100 fps Factor, maximum resolution, frame rate 5x, 508 x 384 pixels, 147 fps Factor, maximum resolution, frame rate 6x, 424 x 320 pixels, 185 fps
AOI Horizontal *4)
, Vertical *4) Frame rate at 1920 x 1080 pixels (HDTV) 13 fps
Frame rate at 1024 x 768 pixels (XGA) 27 fps Frame rate at 640 x 480 pixels (VGA) 52 fps
Absolute image width, step width 32 - 2560 pixels, 16 Absolute image height, step width 4 - 1920 pixels, 2
Position grid horizontal 4
Position grid vertical 2
Gain
Monochrome model Master 30.0x
Color model Master 12.0x, RGB 6.5x
Offset control, mode Auto/manual, additive
Gain boost 1.6x (color model)
Hardware trigger Asynchronous
Trigger delay with rising edge, jitter 19.7 µs, +/- 250 ns Trigger delay with falling edge, jitter 38 µs, +/- 250 ns Additive trigger delay to sensor 0 or 15 µs - 4 seconds Sensor delay to exposure start < 200 µs *2)
*2)
Requires maximum pixel clock frequency. *3)
Requires minimum pixel clock frequency. *4)
Use of this function increases the frame rate. *5)
The power consumption depends on the sensor model and the pixel clock setting.
Relative sensor sensitivity
Monochrome Color
Figure 92: Sensor sensitivity of the UI-148x
Notes on using the UI-148x-X
· It is recommended to use a high-resolution (megapixel) lens.
· Color version only: Live color display with color correction and 5x5 de-Bayering results in high CPU load (see Color Filter (Bayer Filter)).
· For hardware reasons, the sensor can only perform 3x vertical binning. When 3x horizontal binning is activated in the uEye software, the driver uses 3x subsampling instead. Therefore, the image will not become brighter when 3x horizontal binning is activated.
· Monochrome version only: No gain boost available. Use 30x master gain instead.
· Monochrome version only: The sensor internally works like the color version. This might lead to artefacts when binning and subsampling are used. Therefore, the monochrome sensor does not support binning factors higher than 2x.
· Monochrome version only: Gain settings 0...49 use analog signal gain; from 50 up, the stronger digital gain is used. High gain settings may cause visible noise.
UI-221x
Sensor type CCD
Exposure mode Electronic global shutter
Read-out mode Progressive scan
Resolution 640 x 480 pixels
Bit depth 8 bits
Optical sensor class 1/2 inch
Exact sensitive area 6.34 mm x 4.75 mm
Exact optical sensor diagonal 7.9 mm, 1/2.0“
Pixel size 9.9 µm, square
Sensor name, monochrome camera Sony ICX414AL Sensor name, color camera Sony ICX414AQ
Pixel clock range 5 – 30 MHz *1)
Frame rate, freerun mode 75 fps *2)
Frame rate, trigger mode, 1ms exposure time 65 fps *2)
Exposure time in freerun mode 0.04 ms *2)
630 ms *3) Exposure time in trigger mode 0.04 ms *2)
10 min *3)
Binning Vertical *4)
Mode Monochrome binning, additive
Factor, maximum resolution, frame rate 2x, 640 x 240 pixels, 133 fps Factor, maximum resolution, frame rate 3x, 640 x 160 pixels, 183 fps Factor, maximum resolution, frame rate 4x, 640 x 120 pixels, 220 fps
Subsampling -
AOI Horizontal, Vertical *4)
Frame rate at 320 x 240 pixels (CIF) 122 fps
Absolute image width, step width 16 - 640 pixels, 16 Absolute image height, step width, monochrome 120 - 480 pixels, 1 Absolute image height, step width, color model 120 - 480 pixels, 2 Position grid horizontal, monochrome 1
Position grid horizontal, color model 2 Position grid vertical, monochrome 1 Position grid vertical, color model 2 Gain
Monochrome model Master 20.78x
Color model Master 12.0x, RGB 4.0x
Offset control, mode Auto/manual, additive Gain boost, monochrome model only 2x
Hardware trigger Asynchronous
Trigger delay with rising edge, jitter 43.2 µs, +/- 4 µs Trigger delay with falling edge, jitter 61.5 µs, +/- 4 µs Additive trigger delay to sensor 0 or 15 µs - 4 seconds Sensor delay to exposure start < 100 µs *2)
Power consumption 170 - 260 mA at 5V *5)
*1)
The maximum possible pixel clock frequency depends on the PC hardware used. *2)
Requires maximum pixel clock frequency. *3)
Requires minimum pixel clock frequency. *4)
Relative sensor sensitivity
Monochrome Color
Figure 93: Sensor sensitivity of the UI-221x
Notes on using the UI-221x-X
· Optimum pixel clock frequency is 24 MHz.
UI-231x
Sensor type CMOS
Exposure mode Electronic global shutter
Read-out mode Progressive scan
Resolution 640 x 480 pixels
Bit depth 8 bits
Optical sensor class 1/4 inch
Exact sensitive area 3.58 mm x 2.69 mm
Exact optical sensor diagonal 4.5 mm, 1/3.6“
Pixel size 5.6 µm, square
Sensor name, monochrome camera Sony ICX098BL Sensor name, color camera Sony ICX098BQ
Pixel clock range 5 - 30 MHz *1)
Frame rate, freerun mode 75 fps *2)
Frame rate, trigger mode, 1ms exposure time 62 fps *2)
Exposure time in freerun mode 0.04 ms *2)
- 640 ms *3) Exposure time in trigger mode 0.04 ms *2)
- 10 min *3)
Binning Vertical *4)
Mode Monochrome binning, additive
Factor, maximum resolution, frame rate 2x, 640 x 240 pixels, 131 fps Factor, maximum resolution, frame rate 3x, 640 x 160 pixels, 174 fps Factor, maximum resolution, frame rate 4x, 640 x 120 pixels, 206 fps
Subsampling Vertical *4)
Mode Color subsampling
Factor, maximum resolution, frame rate 2x, 640 x 240 pixels, 131 fps