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Grabber Board (V5 Series)

MIPI IMAGE Grabber Board 

Supports high-speed image acquisition based on the MIPI CSI-2 interface.
Its compact form factor is optimized for space-constrained vision systems.
The low-power design enables stable, long-term operation. It also provides
broad compatibility with a wide range of MIPI sensors.  

  • Multi Image Grab Support 
  • Dual Image Sensor Connection
  • Precision Sensor Power Measurement
  • Multiple MIPI PHY Support
  • High-Speed Data Transfer
  • Multiple Cable Interfaces
  • High-Performance Buffer Memory
  • OS Test Support (DCR Board)

Main Features

1
MIPI Interface Expertise
Based on years of accumulated MIPI interface know-how, 
the system provides stable data acquisition and high 
reliability across various image-sensor environments.
3
Dual Image Sensor Connection
Connects up to two image sensors or modules 
simultaneously for parallel image acquisition, 
improving inspection speed and system efficiency.
2
Multi Image Grab Support
Multi Image Grab technology processes multiple 
image data streams at the same time, enabling 
stable acquisition in high-speed inspection processes.
4
Precision Sensor Power Measurement
Supports 5-channel and 12-channel sensor power measurement, 
including standby and dynamic current measurement for 
sensor-state analysis and stable system operation.
5
Compact Design
Minimizes installation space inside equipment and 
adapts flexibly to diverse inspection equipment 
and test environments.
6
Multiple MIPI PHY Support
Supports MIPI D-PHY and C-PHY interfaces, 
and provides compatibility with various sensor 
environments through D-PHY / Parallel shared design.
7
High-Speed Data Transfer
Supports 1.5 to 2Gbps per lane and up to 2Gsps per 
lane for stable processing of high-resolution images.
8
Multiple Cable Interfaces
Supports USB 3.0 cable and optical fiber cable 
for long-distance data transfer and stable system configuration.
9
High-Performance Buffer Memory
DDR2 and DDR4 (Gen3) buffer memory provide 
stable buffering performance during high-volume 
image-data processing.
10
OS Test Support (DCR Board)
Supports OS Test functions based on the DCR Board, 
making it easier to verify system stability and build 
equipment test environments.

Specifications (V5 Series Comparision)


ITEM
V5U_R2
V5U_2G
V5FP
V5FP_Dual
V5FP_Dual_Combo_V1
V5FP_Dual_Combo_V2
Image
V5U_R2
V5U_2G
V5FP
V5FP_Dual
V5FP_Dual_Combo_V1
V5FP_Dual_Combo_V2
Dimension
(mm)
114 x 84 x 38.5 mm
114 x 84 x 38.5 mm114 x 84 x 39 mm114 x 107 x 39 mm114 x 107 x 39 mm126 x 96 x 39 mm
MIPI Data Capturing
Rate		D-PHY: 1.5Gbps/LaneD-PHY: 2.0Gbps/Lane
C-PHY: 1.3Gsps/Lane		D-PHY: 1.5Gbps/LaneD-PHY: 1.5Gbps/LaneD-PHY: 1.5Gbps/Lane
C-PHY: 2.0Gsps/Lane		D-PHY: 2.0Gbps/Lane
PC
Interface		USB3.0 PCIe x4 (Gen2)PCIe x4 (Gen2)PCIe x4 (Gen3)PCIe x4 (Gen3)PCIe x4 (Gen3)
Image
Sensor Interface		MIPI CSI 1/2/4 Lane
MIPI DSI 1/2/4 Lane (Video mode only)
Parallel Interface
(Data up to 10bit)		MIPI: 2/4 LaneDual MIPI 1/2/4 LaneDual MIPI D-PHY 1/2/4 Lane
(up to 1.5Gbps/Lane)		Dual MIPI C-PHY 1/2/3 Lane
(up to 1.3Gsps/Lane)		Dual MIPI D-PHY 1/2/4 Lane
(up to 2.0Gbps/Lane)
Dual MIPI C-PHY 1/2/3 Lane
(up to 2.0Gsps/Lane)
Internal
Buffer
Memory		DDR2 x 2DDR2 x 2DDR3 x 2DDR4 x 4DDR4 x 4DDR4 x 4
OS TestApplicable with Mounting DCR BoardApplicable with Mounting DCR BoardApplicable with Mounting DCR BoardApplicable with
Mounting DCR Board		Applicable with
Mounting DCR Board		Applicable with
Mounting DCR Board
Sensor
Clock		Programmable Adjust 1KHz to 68MHz (Accuracy: +/-2%)Programmable Adjust 1KHz to 68MHz (Accuracy: +/-2%)Programmable Adjust 1KHz to 68MHz (Accuracy: +/-2%)Programmable Adjust 1KHz to 68MHz
(Accuracy: +/-2%)		Programmable Adjust 1KHz to 68MHz
(Accuracy: +/-2%)		Programmable Adjust
1KHz to 68MHz
(Accuracy: +/-2%)
Sensor
IO Power		Programmable
Adjust 1.5 to 3.3V
(0.1V step, Accuracy: +/-0.1V)		Programmable
Adjust 1.5 to 3.3V (0.1V step, Accuracy: +/-0.1V)		Programmable
Adjust 1.5 to 3.3V (0.1V step, Accuracy: +/-0.1V)		Programmable
Adjust 1.5 to 3.3V
(0.1V step, Accuracy: +/-0.1V)		Programmable
Adjust 1.5 to 3.3V
(0.1V step, Accuracy: +/-0.1V)		Programmable
Adjust 1.5 to 3.3V
(0.1V step, Accuracy: +/-0.1V)
Sensor
Power		5Ch programmable power
1.0V to 5.0V
Resolution: 0.01V
Accuracy: +/-0.03V		8Ch programmable power
1.0V to 5.0V, 0.01V step
Accuracy: +/-1%
Each module can use 4Ch power		12Ch programmable power
1.0V to 5.0V, 0.01V step
Accuracy: +/-1%
Each module can use 6Ch power		12Ch programmable power
1.0V to 5.0V, 0.01V step
Accuracy: +/-1%
Each module can use 6Ch power		12Ch programmable power
1.0V to 5.0V, 0.01V step
Accuracy: +/-1%
Each module can use 6Ch power		12Ch programmable
power 1.0V to 5.0V, 0.01V step
Accuracy: +/-1%
Each module can use 6Ch power
Current Measurement5Ch / 2 types
Standby current up to 2mA
Dynamic current up to 400mA		5Ch / 3 types
Standby current up to 500uA or 5mA
Dynamic current up to 400mA		8Ch / 3 types
Standby current up to 500uA or 5000uA
Dynamic current up to 400mA		12Ch / 2 types
Up to 500uA / 5000uA / 1000mA		12Ch / 2 types
Up to 500uA / 5000uA / 1000mA		12Ch / 2 types
Up to 500uA / 5000uA / 1000mA
DCR Board (Optional)
Apply For
For V5U series & V5FP
Only for V5FP-Dual
Only for V5FP-Dual-COMBO
Image
V5U series and V5FP DCR Board
V5FP-Dual DCR Board
V5FP-Dual-COMBO DCR Board
General
Feature		· Sensor Interface: MIPI 1, 2, 4 Lane
· Open / Short Test
· Leakage Current Test		· Sensor Interface: MIPI 1, 2, 4 Lane
· Open / Short Test
· Leakage Current Test		· Sensor Interface
 - MIPI D-PHY 1, 2, 4 Lane 
 - MIPI C-PHY 1, 2, 3 Lane
· Open / Short Test
· Leakage Current Test
Open / Short Test· Source: Constant Current (0.5 to 3mA / 256 steps)
· Measure: Voltage (0 to 1.8V / 1024 steps)
· Quantity of Test Pin: 24 pins		· Source: Constant Current (0.5 to 3mA / 256 steps)
· Measure: Voltage (0 to 1.8V / 1024 steps)
· Quantity of Test Pin: 54 pins		· Source: Constant Current (0.5 to 3mA / 256 steps)
· Measure: Voltage (0 to 1.8V / 1024 steps)
· Quantity of Test Pin: 54 pins
Leakage
Current Test		· Source: Constant Voltage (0 to 3.3V / 1024 steps)
· Measure: Current (0 to 2mA / 1024 steps)
· Quantity of Test Pin: 24 pins		· Source: Constant Voltage (0 to 3.3V / 1024 steps)
· Measure: Current (0 to 2mA / 1024 steps)
· Quantity of Test Pin: 54 pins		· Source: Constant Voltage (0 to 3.3V / 1024 steps)
· Measure: Current (0 to 2mA / 1024 steps)
· Quantity of Test Pin: 54 pins
DCR Board
Interface		· O/S and leakage pin control: SPI
· Source and measure: I2C		· O/S and leakage pin control: SPI
· Source and measure: I2C		· I2C

Application


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