CIS VCC-5CXP7M Quick start guide

Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
CoaXPress I/F
5M CMOS B/W Camera
VCC-5CXP7M
Product Specifications
& Operational Manual
CIS Corporation

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
Table of Contents
1. Handling Precautions................................................................................................................................1
1.1. Camera Handling Precautions ...........................................................................................................1
1.2. Restrictions on Applications ..............................................................................................................1
1.3. Disclaimers (Exception Clause)..........................................................................................................1
2. Product Outline .......................................................................................................................................2
2.1. Features.......................................................................................................................................2
2.2. Accessories ...................................................................................................................................2
3. Specif ications..........................................................................................................................................3
3.1. General Specif ications .....................................................................................................................3
3.2. Input and Output Specifications ........................................................................................................5
3.2.1 TRIGGER_IN Input (6pins connector No.5 pin) ................................................................................5
3.2.2 SIGNAL_OUT Output (6pins connector No.3pin)...............................................................................5
3.3. External Connector Pin Assignment....................................................................................................6
3.3.1 6pins Circular Connector .............................................................................................................6
3.3.2 75Ω BNC Connector ...................................................................................................................6
3.3.3 LED Indicator............................................................................................................................6
3.4. Spectral Response ..........................................................................................................................7
3.5. Output Timing ...............................................................................................................................8
3.5.1 Horizontal Sync. Timing ..............................................................................................................8
3.5.2 Vertical Sync. Timing ..................................................................................................................9
4. Camera Functions .................................................................................................................................. 11
4.1. Camera Interface......................................................................................................................... 11
4.2. How to Save and Initialize Settings .................................................................................................. 11
4.3. Link Speed and Link Count ............................................................................................................. 12
4.4. Pixel Format ................................................................................................................................ 12
4.5. Flip............................................................................................................................................ 12
4.6. Internal Sync. Mode (Free Run Mode) .............................................................................................. 14
4.7. External Trigger Sync. Mode........................................................................................................... 15
4.8. Trigger Sync Mode and Delay Time to Start Exposure .......................................................................... 17
4.9. Delay Time to Read Out (Read Out Delay)......................................................................................... 17
4.10. Restrictions on Timing of Trigger Pulse Input ..................................................................................... 18
4.11. Fixed Trigger Shutter Mode (LineSync) H Sync Trigger ......................................................................... 19
4.12. FAST Fixed Trigger Shutter Mode (ClockSync) CLK Sync Trigger ............................................................. 20
4.13. Pulse Width Trigger Shutter Mode (LineSync) H Sync Trigger................................................................. 21
4.14. FAST Pulse Trigger Shutter Mode (CLK Sync) CLK Sync Trigger .............................................................. 22
4.15. Exposure Time............................................................................................................................. 23
4.16. Calculation Formula for Manual Shutter with H Sync Mode.................................................................... 23
4.17. Manual Shutter Setting with CLK Sync Mode (FAST Trigger Mode) .......................................................... 23
4.18. Gain .......................................................................................................................................... 24
4.19. Gamma Correction........................................................................................................................ 24
4.20. Sensor Black Level Adjustment........................................................................................................ 24
4.21.Partial Scan (ROI) ........................................................................................................................ 25
4.22. 2x2 Binning Mode......................................................................................................................... 30
4.23. 1/2 Decimation Mode .................................................................................................................... 31
4.24. Image Quality Selection Mode......................................................................................................... 32
4.25. Shading Correction ....................................................................................................................... 32

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
4.26. Impulse Noise Filter ...................................................................................................................... 33
4.27. Defective Pixel Correction............................................................................................................... 34
4.28. Test Pattern Indication .................................................................................................................. 38
4.29. Cursor Indication.......................................................................................................................... 38
4.30. LED Operational Mode ................................................................................................................... 38
4.31. Camera Timing Output .................................................................................................................. 39
4.32. User ID...................................................................................................................................... 39
4.33. Temperature Indication ................................................................................................................. 39
5. Factory Settings .................................................................................................................................... 40
6. Dimensions .......................................................................................................................................... 41
6.1. Camera Dimensions ...................................................................................................................... 41
6.2. Optical Axis Accuracy .................................................................................................................... 42
7. Case for Indemnity (Limited Warranty)....................................................................................................... 43
7.1. Product Warranty ......................................................................................................................... 43
7.2. CMOS Defective Pixels................................................................................................................... 43
7.3. Product Support........................................................................................................................... 43

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
1
1. Handling Precautions
1.1. Camera Handling Precautions
□Do not use or store camera in dusty or humid places.
□Do not apply excessive force, vibration, or static electricity that could damage camera. Please handle camera
with care.
□Do not shoot direct images that are extremely bright (e.g., strong light source, sun, etc.). When extremely
strong light source is shot, smear or blooming may occur. Put the lens cap on when camera is not in use.
□Follow the instructions in Chapter 3.3., “External Connector” for connecting camera.
Improper connection may cause damages not only to the camera but also to the connected devices.
□Confirm mutual ground potential carefully before connecting camera to monitors or computers.
Any AC leak from the connected devices may cause damages or destroy the camera.
□Do not apply excessive voltage. (Use only the specified voltage.) Unstable or improper power supply voltage
may cause damages or malfunction of the camera.
□VCC-5CXP7M is a highly dense camera in a small foot print. CIS recommends you to install the camera on a
metal plate to avoid heat.
□Our warranty does not apply to damages or defects caused by irregular and/or abnormal use of the product.
Our warranty does not apply to damages or defects caused by neglecting the instructions and precautions explained
in this manual.
1.2. Restrictions on Applications
□The camera must not be used for any nuclear equipment or aerospace equipment with which mechanical failure
or malfunction could result in serious bodily injury or loss of human life.
□The camera must not be used under conditions or environments other than those specified in this manual.
1.3. Disclaimers (Exception Clause)
CIS should not be liable for any damages or losses if;
damages or losses are caused by earthquake, lightning strike, fire, flood, or other acts of God.
damages or losses are caused by deliberate or accidentalmisuse by user, or failure to observe information and
instructions explained in this manual.
damages or losses are caused by repair or modification conducted by user or any unauthorized party.

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
2
2. Product Outline
VCC-5CXP7M is a small B/W camerawith CoaxPress interface.
Using 1/1.8”, global shutter type 5M pixels CMOS image sensor, frame rate reaches 101fps with CXP6 8bit. Complies
with CoaXPress Version 1.1.1 and transfers data up to 100m with CXP-3 and approx. 40m with CXP-6.
Must have function ready for Machine Vision applications such as trigger shutter, ROI, Gain, shading correction,
binning function, and defective pixels correction. Suitable for various Machine Vision inspection systems and others.
2.1. Features
□Global shutter type, CMOS sensor (Monochrome)
□Complies with CoaXPress Ver. 1.1.1.and supports CXP-3 and CXP6.
□Supports 1 lane
□Maximum cable length: 30m
□ROI function
□Exposure setting, Gain setting
□External trigger mode (Fixed trigger shutter mode/Pulse width trigger shutter mode)
□Complies with GenICam
□C lens mount
2.2. Accessories
□Standard accessory
・Lens cap (TBD)

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
3
3. Specifications
3.1. General Specifications
Electrical Specifications
Image sensor
Sensor type
1/1.8”, Global shutter type CMOS sensor
Effective pixels
2472 (H) × 2064 (V)
Unit cell size
2.74µm (H) × 2.74µm (V)
Interface Complies with CoaXPress Ver. 1.1.1.
Supports CXP6_x1, and CXP3_x1
Pixel Clock Frequency
74.25MHz
Video output format
Mono8 / Mono10 / Mono12
Frame rate
CXP3 8bit/10bit/12bit
50fps / 40fps / 34fps
CXP6 8bit/10bit/12bit
101fps / 82fps / 68fps
Sync. system
Internal sync.
Resolution (maximum resolution)
2472 (H) × 2064 (V)
Video signals
(Gain 0dB)
White clip level
255
with MONO8bit
Set up level
0
～
2
with MONO 8bit
Dark shading
Under 4 for both vertical and horizontal
with MONO 8bit
Sensitivity F11 400lx (Shutter speed 1/30s, Gain 0dB, 8 bit)
F5.6
400lx
(Shutter speed 1/30s, Gain 0dB, 10/12 bit)
Minimum illumination F1.4, 0.9lx (Shutter speed 1/30s, Gain +18dB, level=50%, 8 bit)
F1.4, 4lx (Shutter speed 1/30s, Gain +18dB, level=50%, 10/12 bit)
Gain variable range
x1 ~ x64 (0dB~+36dB) [guarantee range]
Shutter speed
Manual
Gamma correction
Valid (γ=0.10~1.80)
Trigger mode
Free run mode (Camera internal trigger)
Trigger mode (Host, External terminal)
・Fixed trigger shutter
・
Pulse width trigger shutter
Partial scan With full frame setting: Horizontal 8 areas
With 2x2 binning setting: Horizontal and Vertical 1 area
2x2 binning mode
Sum
Ave
Decimation mode (1/2 skipping)
Discard (truncation decimation)
Flip
Horizontal
Vertical
Power requirements
PoCXP: 18.5
～
26V
Power consumption
3.3W typ. (CXP-3), 3.9W (CXP-6) [with free run]
Mechanical Specifications
Dimensions
H: 29mm W: 29mm D: 55mm excluding projection.
Weight
Approx. 70g
Lens mount
C mount

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
4
Environmental Specifications
Safety/Quality standard CE EMC: 2014/30/EU
Emission: EN61000-6-4:2007+A1:2011
Immunity: EN61000-6-2:2019
RoHS: 2011/65/EU (EU)2015/863
Complies with EN50581 (RoHS2)
KC Standard
Durability Vibration
Acceleration
: 98m/s
2
(10G)
Frequency
: 20 ~ 200Hz
Direction
: X, Y, and Z 3 directions
Testing time
: 120min for each direction
Shock No malfunction with 980m/s2(100)G for ±X, ±Y, and ±Z
6 directions without packaging.
Operational temperature 0 ~ +45°C
Humidity: 20 ~ 80%RH with no condensation.
Storage temperature -25 ~ +60°C
Humidity: 20 ~ 80%RH with no condensation.

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
5
3.2. Input and Output Specifications
3.2.1 TRIGGER_IN Input (6pins connector No.5 pin)
□5.0V, 3.3V CMOS level / TTLlevel
□Input voltage Low: 0.5Vdc (Max.),High: 2.1Vdc (Min.)
□This is to directly input a trigger from an external equipment. To use this terminal, set Trigger Source of
AcquisitionControl to Line0.
3.2.2 SIGNAL_OUT Output (6pins connector No.3pin)
□5.0V CMOS logic level output
□Output voltage Low: 0.35Vdc (Max.), High: 4.5Vdc (Min.)
□This is to output a timing signal of the camera. Set a signal with Line Source of Digital IO Control.
+5.0V
SN74LV1T32DCKR
(Equivalent)
1
2
3
4
5
SIGNAL_OUT
(CAMERA_INTERNAL)
SN74AHCT1G14DCKT (Equivalent)
1
2
3
5
4
100
1K
+5.0V
(CAMERA_INTERNAL)
TRIGGER_IN

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
6
3.3. External Connector Pin Assignment
3.3.1 6pins Circular Connector
HR10-7R-6PA ※NC=Non-Connection. Do not connect anything to the terminal.
(HIROSE or equivalent)
3.3.2 75Ω BNC Connector
(BCJ-BPLHA: CANARE)
3.3.3 LED Indicator
□With LED indicator ON, lighting patterns show the camera status by its way of lighting.
OFF
No Power supply.
Green
Lighting
Completion of connection between device and host.
Green Fast Blinking [12.5Hz]
Transmitting video data.
Orange Slow Blinking [1Hz]
Waiting for a trigger input.
Red Fast Blinking [12.5Hz]
System error / Trigger error
Pin No. Signals Note
1 NC
2 NC
3
SIGNAL_OUT
Exposure / FVAL / LVAL / Link Trigger
4
NC
5 TRIGGER_IN Trigger input
6 GND Ground camera chassis

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
7
3.4. Spectral Response
※ Ex cludes characteristics of lens , IR cut f ilter, a nd light s ourc e.

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
8
3.5. Output Timing
3.5.1 Horizontal Sync. Timing
LVAL Out
～ ～
Effective Data H blank
Sensor Operation CLK : 74.25MHz
Video Out
～ ～
※Time for 1H varies according to video output format.
※The number of blanking pixels with 1H varies according to video output format.
Chart 3.5.1.1-Number of effective pixels and number of blanking pixels (with full frame)
Link rate Video output format Effective Data / 8ch H Blank / 8ch Total pixel number
for 1H / 8ch
Time for 1H [us]
CXP-3
Mono8
309
343
652
8.781
Mono10
309
506
815
10.976
Mono12
309
669
978
13.172
CXP-6
Mono8
309
17
326
4.391
Mono10
309
98
407
5.481
Mono12
309
180
489
6.586
Sensor Operation CLK = 74.25MHz
Chart 3.5.1.2-Number of effective pixels and number of blanking pixels (2x2 Binning Sum)
Link rate Video output format Effective Data / 8ch H Blank / 8ch Total pixel number
for 1H / 8ch
Time for 1H [us]
CXP-3
Mono8
154.5
171.5
326
4.391
Mono10
154.5
252.5
407
5.481
Mono12
154.5
334.5
489
6.586
CXP-6
Mono8
154.5
8.5
163
2.195
Mono10
154.5
48.5
203
2.734
Mono12
154.5
89.5
244
3.286
Sensor Operation CLK = 74.25MHz

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
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Chart 3.5.1.3-Number of effective pixels and number of blanking pixels (2x2 Binning Ave)
Link rate Video output format Effective Data / 8ch H Blank / 8ch Total pixel number
for 1H / 8ch
Time for 1H [us]
CXP-3
Mono8
154.5
1149.5
1304
17.562
Mono10
154.5
1475.5
1630
21.953
Mono12
154.5
1801.5
1956
26.343
CXP-6
Mono8
154.5
497.5
652
8.781
Mono10
154.5
659.5
814
10.963
Mono12
154.5
823.5
978
13.172
Sensor Operation CLK = 74.25MHz
Chart 3.5.1.4-Number of effective pixels and number of blanking pixels (1/2Decimation)
Link rate Video output format Effective Data / 8ch H Blank / 8ch Total pixel number
for 1H / 8ch
Time for 1H [us]
CXP-3
Mono8
154.5
171.5
326
4.391
Mono10
154.5
252.5
407
5.481
Mono12
154.5
334.5
489
6.586
CXP-6
Mono8
154.5
8.5
163
2.195
Mono10
154.5
48.5
203
2.734
Mono12
154.5
89.5
244
3.286
Sensor Operation CLK = 74.25MHz
3.5.2 Vertical Sync. Timing
FVAL Out
Effective Line : 2064H
LVAL Out
～ ～
Effective Line
～ ～
Exposure Time
SP Out
(Exposure Out)
2
0
6
4
2
0
6
4
1 1
Video Out
Effective Line Effective Line
V Blank
Invalid
Line
Invalid
Line
※Time for frame varies according to video output format.
※For data out delay, refer to Section 4.9 Delay Time to Read Out (Read Out Delay).

VCC-5CXP7M Rev.905-0262-Z2
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10
Chart 3.5.2.1-Effective line count and blanking line count (with full frame)
Link rate Video output format Effective Line Invalid Line V Blank Total line count for
1 Frame
Time for 1 Frame
[ms]
CXP-3
Mono8
2064
24
148
2236
19.635
Mono10
2064
20
140
2224
24.412
Mono12
2064
16
128
2208
29.083
CXP-6
Mono8
2064
24
148
2236
9.817
Mono10
2064
20
140
2224
12.191
Mono12
2064
16
128
2208
14.542
Sensor Operation CLK = 74.25MHz
Chart 3.5.2.2-Effective line count and blanking line count (2x2 Binning Sum)
Link rate Video output format Effective Line Invalid Line V Blank Total line count for
1 Frame
Time for 1 Frame
[ms]
CXP-3
Mono8
1032
44
172
1248
5.479
Mono10
1032
36
148
1216
6.665
Mono12
1032
32
136
1200
7.903
CXP-6
Mono8
1032
44
172
1248
2.740
Mono10
1032
36
148
1216
3.325
Mono12
1032
32
136
1200
3.943
Sensor Operation CLK = 74.25MHz
Chart 3.5.2.3-Effective line count and blanking line count (2x2 Binning Ave)
Link rate Video output format Effective Line Invalid Line V Blank Total line count for
1 Frame
Time for 1 Frame
[ms]
CXP-3
Mono8
1032
12
74
1118
19.635
Mono10
1032
10
70
1112
24.412
Mono12
1032
8
64
1104
29.083
CXP-6
Mono8
1032
12
74
1118
9.817
Mono10
1032
10
70
1112
12.191
Mono12
1032
8
64
1104
14.5416
Chart 3.5.2.4-Effective line count and blanking line count (1/2 Decimation)
Link rate V
ideo output
format
Effective Line Invalid Line V Blank Total line count for
1 Frame
Time for 1 Frame
[ms]
CXP-3
Mono8
1032
44
172
1248
5.479
Mono10
1032
36
148
1216
6.665
Mono12
1032
32
136
1200
7.903
CXP-6
Mono8
1032
44
172
1248
2.740
Mono10
1032
36
148
1216
3.325
Mono12
1032
32
136
1200
3.943
Sensor Operation CLK = 74.25MHz

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
11
4. Camera Functions
4.1. Camera Interface
□Complies with CoaXPress1.1.1 standard.
4.2. How to Save and Initialize Settings
□This is a function to save camera settings in operation into nonvolatile memory and to load setting values saved
in the nonvolatile memory.
□There are two types of setting values.
・User setting values: Setting values that user can arbitrary save and read out.
・Factory setting: Initial setting values upon shipment from factory.
UserSets
UserSetSelector Default
UserSet0
UserSetLoad
(Execute)
UserSetSave
(Execute)
□UserSetSelector: This is to save the current setting values or to select setting values saved in nonvolatile
memory to read out.
・Default: Factory setting upon shipment from factory.
・UserSet0: User settings.
※Default (Factory setting) is not subject to save.
※Values of UserSetSelector are not subject to save with UserSetSave. The values always become Default.
Please set values before executing UserSetLoad or UserSetSave.
□UserSetLoad: This is to load setting values selected with UserSetSelector.
□UserSetSave: This is to savethe current setting values to the area selected with UserSetSelector.
Note)
・Do not execute UserSetLoad while grabbing (acquiring images).
・Shading correction values, defective pixel correction values, DeviceUserID, and DeviceUserString are not
subject to UserSetLoad for Default. (Camera keeps those values)
・ConnectionConfig, PixelFormat, and ImageQualityMode are not subject to UserSetLoad so that camera
keeps values in operation. If you wish to change those values, set values with each command.
UserSetSelector
UserSetLoad >Excute
UserSetSave >Excute
Default
UserSet0
UserSetLoad >Excute = Initialize(Factory setting)
= Initialize(User setting)
= User setting Save

VCC-5CXP7M Rev.905-0262-Z2
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12
4.3. Link Speed and Link Count
Transfer Control
ConnectionConfig CXP3_X1
CXP6_X1
・ConnectionConfig: Selection of Link speed and Link count
CXP3_X1: Link speed=3.125Gbps, Link count=1
CXP6_X1: Link speed=6.250Gbps, Link count=1
※Do not change ConnectionConfig while grabbing (acquiring images).
4.4. Pixel Format
ImageFormatControl
PixelFormat Mono8 Mono10
Mono12
・PixelFormat: Selection of Pixel format
Mono8: Monochrome 8bit
Mono10: Monochrome 10bit
Mono12: Monochrome 12bit
※Do not change PixelFormat while grabbing (acquiring images).
4.5. Flip
□This is a function to flip images in X direction or Y direction.
□With True, function flips image with normal rotation. With False, function flips mage with reversal rotation.
ImageFormatControl
ReverseX
True/False
ReverseY
True/False
・ReverseX: Flip the image in X direction.
・ReverseY: Flip the image in Y direction.
※Do not change FLIP while grabbing (acquiring images)
【Note】
・With ROI, the origin coordinates (0, 0) of OffsetX/OffsetY appears on the display screen regardless
On/Offof flipping.
・The following illustration shows coordinates according to the setting order of ReverseX/ReverseY
and ROI.

VCC-5CXP7M Rev.905-0262-Z2
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Image Display screen
ROI setting
OffsetX = X0
OffsetY = Y0
Width = W0
Height = H0
02471
OffsetX X0
0
2063
OffsetY
Y0
H0
W0
Flipping enabled
ReverseY = True
ReverseX = True
X1 = 2472 –W0 –X0
Y1 = 2064 –H0 –Y0
02471
OffsetX X1
0
2063
OffsetY
Y1
H0
Y0
Display screen
X0
W0
Display screen
02471
OffsetX X0
0
2063
OffsetY
Y0
H0
W0
Flipping disabled
ReverseY = False
ReverseX = False
X0 = 2472 –W0 –X1
Y0 = 2064 –H0 –Y1
Y1
X1
• Flipping with ROI
• ROI with Flipping
02471
OffsetX
2063
OffsetY
Y0
Flipping enabled
ReverseX = True
ReverseY = True
02471
OffsetX X0
0
2063
OffsetY
Y0
H0
Display screen
W0
ROI setting
OffsetX = X0
OffsetY = Y0
Width = W0
Height = H0
Flipping disabled
ReverseY = False
ReverseX = False
X1 = 2472 –W0 –X0
Y1 = 2064 –H0 –Y0
Display screen
02471
OffsetX X1
0
2063
OffsetY
Y1
H0
W0
Y0
X0
Display screen
Image

VCC-5CXP7M Rev.905-0262-Z2
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14
4.6. Internal Sync. Mode (Free Run Mode)
□This is a mode to use internal triggers continuously generated.
□Turn off TriggerMode and set TriggerSelector to AcquisitionStart.
□The table below shows frame rate with full frame.
Chart 4.6.1-Frame rate with full frame scan
PixelFormat
CXP6_X1
CXP3_X1
Mono8
101.8
50.9
Mono10
82.0
40.9
Mono12
68.7
34.3
FVAL Out
Effective Line : 2064H
Effective Line
LVAL Out
～ ～
Effective Line
～ ～
V Blank
Exposure Time
Exposure Out
2
0
6
4
2
0
6
4
1 1
Video Out
Image
Header
Idle Stream data
Cxp Stream Idle Image
Header Stream data
Invalid
Line
24H
Invalid
Line
24H
Vertical Sync timing (with free run) Trigger Mode=Off,PixelFormat=Mono8

VCC-5CXP7M Rev.905-0262-Z2
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15
4.7. External Trigger Sync. Mode
□This is a mode to input external trigger signals to capture images by any preferred timings.
□Set TriggerSelector to FrameStart, or turn on TriggerMode, and set TriggerSource to either one of
Software/LinkTrigger0/Line0.
・TriggerMode: TriggerMode links with TriggerSelector.
・Off: Free run mode. (TriggerSelector = AcquisitionStart)
・On: External trigger mode. (TriggerSelector = FrameStart)
※Do not change Trigger Mode while grabbing (acquiring images).
・TriggerSelector: TriggerSelector links with TriggerMode.
・AcquisitionStart: Free run mode (TriggerMode = Off)
・FrameStart: External trigger mode (TriggerMode = On)
※Do not change TriggerSelector while grabbing (acquiring images).
・TriggerSyncMode:
・LineSync: H Sync trigger mode (Controls exposure time per line)
Fixed/Pulse width trigger shutter mode
Enables overlap operation (enables exposure while reading out video)
・ClockSync: CLK sync trigger mode (Controls exposure per sensor clock)
FAST fixed/FAST pulse width trigger shutter mode
Disables overlap operation (disables exposure while reading out video)
※Change TriggerSyncMode when there is no trigger input.
※ Set LineSync mode to change the mode to free run mode.
AcquisitionControl
TriggerMode
On/Off
TriggerSyncMode LineSync
ClockSync
TriggerSelector AcquisitionStart
FrameStart
TriggerActivation
RisingEdge
FallingEdge
LevelHigh
LevelLow
TriggerSource Software LinkTrigger0
Line0
TriggerSoftware
Execute
AcquisitionFrameRate
(Read Only)

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
16
・TriggerSource:This is to select where to send external triggers.
・LinkTrigger0: External trigger input from CoaXPress Host Device.
Please refer to specification manuals of the Host Device such as frame grabber board
to know how to generate triggers.
・Line0: External trigger input from 6pins circular connector.
・Software: TriggerSoftware
※ Change TriggerSelector to FrameStart, or turn on TriggerMode, to set either one of TriggerSource.
※ Software Trigger becomes valid with Rising Edge.
・TriggerSoftware: Software trigger
Camera generates a trigger to capture one frame image by executing this command.
※Set TriggerSource to Software.
・TriggerActivation:
This is to select how to start capturing video or its polarity out of the followings.
・RisingEdge: Fixed trigger shutter mode: Rising edge (Timed).
・FallingEdge: Fixed trigger shutter mode: Falling edge (Timed).
・LevelHigh: Pulse-width trigger shutter mode: High active. (TriggerWidth).
・LevelLow: Pulse-width trigger shutter mode: Low active (TriggerWidth).
※ Change TriggerSelector to FrameStart, or turn on TriggerMode, to set either one of TriggerActivation.
・RisingEdge(Timed)
・FallingEdge(Timed)
TriggerMode OFF (Free RUN)
ON
(TriggerSelector) (AcquisitionStart)
(FrameStart) TriggerSyncMode TriggerActivation
TriggerSource
= Timed
ClockSync
LineSync
・LinkTrigger0
・Line0
・TriggerSoftware >Excute
・LevelHigh(TriggerWidth)
・LevelLow(TriggerWidth)
・AcquisitionFrameRate: This is to show frame rate for internal sync mode (free run mode).
※Even with external trigger mode, this function shows frame rate for internal sync mode.

VCC-5CXP7M Rev.905-0262-Z2
©2022 CIS Corporation. All rights reserved.
17
4.8. Trigger Sync Mode and Delay Time to Start Exposure
□H Sync Trigger Mode (LineSync): 1H jitter occurs between trigger input and exposure. (enables overlap
operation).
□CLK Sync Trigger Mode (ClockSync): There are few delay from trigger input and exposure. Useful for precise
trigger operation. (disables overlap operation).
Chart 4.8.1- Delay Time to Start Exposure
Mode PixelFormat CXP6_X1
CXP3_X1
Delay time to start exposure with H Sync Trigger (LineSync)
(Full frame)
Mono8
Approx.12H
～
13H
Mono10
Approx.12H
～
13H
Mono12
Approx.10H
～
11H
Delay time to start exposure with H Sync Trigger (LineSync)
(2x2 Binning Sum, 1/2 Decimation)
Mono8
Approx.20H
～
21H
Mono10
Approx.16H
～
17H
Mono12
Approx.16H
～
17H
Delay time to start exposure with H Sync Trigger (LineSync)
(2x2 Binning Ave)
Mono8
Approx.6H
～
7H
Mono10
Approx.6H
～
7H
Mono12
Approx.5H
～
6H
Delay time to start exposure with CLK Sync Trigger (ClockSync)
(Full frame, 2x2 Binning Sum, 2x2 Binning Ave, 1/2 Decimation)
Mono8
Approx.0.1us
Mono10
Approx.0.1us
Mono12
Approx.0.1us
4.9. Delay Time to Read Out (Read Out Delay)
Chart 4.9.1-Delay Time to Read Out
Mode PixelFormat CXP6_X1
CXP3_X1
Delay time to read out with H
Sync Trigger
(LineSync)
(Full frame)
Mono8
79H
Mono10
71H
Mono12
59H
Del
ay time to read out with H Sync Trigger
(LineSync)
(2x2 Binning Sum, 1/2 Decimation)
Mono8
131H
Mono10
107H
Mono12
95H
Delay time to read out with H Sync Trigger
(LineSync)
(2x2 Binning Ave)
Mono8
76H
Mono10
37H
Mono12
31H
Delay time to read out with CLK
Sync Trigger
(ClockSync)
(Full frame)
Mono8
75H
Mono10
67H
Mono12
55H
Delay time to read out with CLK
Sync Trigger
(ClockSync)
(2x2 Binning Sum, 1/2 Decimation)
Mono8
127H
Mono10
103H
Mono12
91H
Delay time to read out with CLK Sync Trigger
(ClockSync)
(2x2 Binning Ave)
Mono8
39H
Mono10
35H
Mono12
29H