Coaxlink Quad CXP-3
Four-connection CXP-3 CoaXPress frame grabber
© EURESYS S.A. - Subject to change without notice
5/22/2024 Datasheet Four-connection CXP-3 CoaXPress frame grabber
Main benefitsOther benefitsSpecificationsMechanical
Host bus
Camera / video inputs
Frame grabber / video outputs
Video delivery
Audio / Video Outputs
Audio modules
Audio inputs
Audio outputs
Area-scan camera control
Line-scan camera control
On-board processing
On-board video codec
General Purpose Inputs and Outputs
C2C-Link
Streaming
Network
User authentication and access policy
Encryption mechanisms
Standard and proprietary APIs
User interface
System integration
Electrical
Host system requirements
Software
Environmental conditions
Certifications
Reliability
Image processing
Ordering Information
Offices
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Highlights
CoaXPress is a digital interface standard developed for high-speed image data transmission
CoaXPress (CXP) was developed for high-speed image data transmission in professional and industrial imaging applications such as machine vision, medical imaging, life sciences, broadcast, and defense.
A unique feature of CoaXPress is that it uses coaxial cables for bidirectional data communication, including high-speed video data streaming from the camera to the host PC frame grabber, plus a command-and-control uplink to the camera. In addition, the interface is easily scalable, with cameras using 1, 2, 4, 8 or even 16 connections to reach the highest bandwidth available in the industry. This makes CoaXPress the interface of choice for high-speed imaging.
Main benefits
Other benefits
Driver
- MementoRead moreIn high-end inspection machines using vision, the frame grabber is responsible for acquiring images in synchronization with numerous external devices such as motion or lighting controllers, not to mention the camera itself. Debugging these systems often requires complex equipment, for example, oscilloscopes and logic analyzer, which are used along with software profilers. The problem is even more acute with the latest cameras available, which allow for very fast frame rates exceeding several hundred, even thousand frames per second.
- GenICamRead moreGenICam is a global set of standards to interface industrial cameras to computer software applications (such as machine vision). It allows a homogenization of the wording, the interfaces and the processes in image processing, acquisition and transport. By providing all users with a common set of names and configurations, it ensures communication regardless of the supplier implementation details, feature set, or interface technology. It is the basis for high-speed video standards like GigE Vision, USB3 Vision, CoaXPress or Camera Link.
Specifications
Mechanical
- Form factor
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- Format
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- Cooling method
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- Housing
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- Mounting
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- Connectors
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- LED indicators
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- Switches
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- Dimensions
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- Weight
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- PCB connectors
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- Flat cable
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Host bus
- Standard
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- Link width
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- Link speed
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- Maximum payload size
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- DMA
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- Peak delivery bandwidth
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- Effective (sustained) delivery bandwidth
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- PCI Express slot power rating
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- Power consumption
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Camera / video inputs
- Camera interface standard
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- Interface standard(s)
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- Maximum link speed
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- Maximum link width
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- Camera powering
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- Connectors
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- Termination resistor
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- Formats and standards (HD)
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- Formats and standards (SD)
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- Status LEDs
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- Video inputs
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- Native resolution
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- Frame rate
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- Event reporting
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- Video presence indicators
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- ECCO - Extended Camera Link Cable Operation
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- Number of cameras
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- Number of cameras (at full frame rate)
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- Maximum number of cameras
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- Line-scan cameras supported
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- Maximum aggregated camera data transfer rate
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- A/D converter
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- Maximum camera line rate
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- Camera Link configuration
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- Camera Link clock frequency
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- Supported CXP down-connection speeds
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- Supported CXP up-connection speeds
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- Number of CXP data streams (per camera)
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- Maximum CXP stream packet size
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- PoCL (Power over Camera Link)
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- PoCXP (Power over CoaXPress)
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- Camera types
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- Camera pixel formats supported
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- Maximum image size
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Frame grabber / video outputs
- Interface standard
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- Interface standard(s)
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- Maximum link speed
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- Maximum link width
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- Maximum data rate
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- Connectors
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- Status LEDs
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Video delivery
- Raw video format(s)
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- Deliverable video resolution (HD)
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- Deliverable video resolution (SD)
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Audio / Video Outputs
- Loop-through
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- Connectors
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Audio modules
- Specification
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Audio inputs
- Number of inputs
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- Type
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- Sampling rate
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- Audio format
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- Time stamping resolution
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- Connectors
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Audio outputs
- Number of outputs
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- Type
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- Audio format
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- Time stamping resolution
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- Connectors
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Area-scan camera control
- Trigger
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- Strobe
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Line-scan camera control
- Scan/page trigger
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- Line trigger
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- Line strobe
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On-board processing
- On-board memory
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- Image data stream processing
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- Flat-field correction
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- Input LUT (Lookup Table)
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- Geometrical operators
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- Bayer CFA to RGB decoder
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- Pixel binning
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- CustomLogic
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- CustomLogic firmware variants
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- Data stream statistics
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- Event signaling and counting
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- Video
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On-board video codec
- On-board video compression
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- Video encoders
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- Number of streams
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- Video decoders
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- Video stream control
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- Bitrate
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- Video streams resolution
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- MJPEG encoding performance
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- Latency
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- Video processing
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General Purpose Inputs and Outputs
- Number of lines
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- Connectors
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- Usage
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- Electrical specifications
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- Filter control
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- Polarity control
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- Power output
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- I/O Toolbox tools
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- I/O Toolbox composition
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- Watchdog
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C2C-Link
- Description
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- Specification
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Streaming
- Media transport protocol
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- Media transport control protocol
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- RTP transport modalities
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Network
- LAN interface
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- LAN connector
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- Application layer protocols
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- Transport layer protocols
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- Internet layer protocols
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- IP address allocation methods
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- Number of IP address/MAC address
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User authentication and access policy
- HTTP and RTSP authentication
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- WS authentication
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- Web pages
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- Access policy
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Encryption mechanisms
- Web service
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- HTTPS web pages
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Standard and proprietary APIs
- ONVIF Profile S 1.0
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- Proprietary web services
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- Maintenance client interface
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- Web pages
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User interface
- Local interface
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System integration
- Alarm inputs
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- Alarm inputs connectors
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- Relay outputs
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- Relay outputs connectors
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- COM
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- COM connector
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- Pan/Tilt/Zoom protocol
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- USB Ports
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- USB GPS Receiver
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- USB Storage
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- Watchdog
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Electrical
- Supply voltage
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- Power connector
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- Power consumption
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- Power status
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- AC input
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- DC output
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- Rated power
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Host system requirements
- Processor
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- System memory
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- Graphic card
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Software
- Driver name
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- First release
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- Last release
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- Current release
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- Host PC Operating System
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- APIs
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- Memento supported
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- Related libraries
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Environmental conditions
- Operating ambient air temperature
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- Operating ambient air humidity
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- Storage ambient air temperature
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- Storage ambient air humidity
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- Dissipated power
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- Shock and vibration
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Certifications
- Certification marks
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- Safety standards
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- EMC standards
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- EMC - Emission
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- EMC - Immunity
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- KC Certification
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- Temperature
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- Shock and vibration
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- Flammability
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- RoHS
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- REACH
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- WEEE
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Reliability
- MTBF
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- Failure rate
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Image processing
- Input
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- Output
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- Performance
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- Requirements
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Ordering Information
- Product status
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- Product code - Description
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- Options
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- Included accessories
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- Optional accessories
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- Included libraries
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- Related products
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Download Area
eGrabber for Coaxlink, Grablink Duo, and Gigelink
- Windows 10 versions older than 1809 and Windows Server 2016 were supported up to eGrabber 25.12
- Linux kernel versions older than 4.4 and GNU C Library versions older than 2.23 were supported up to eGrabber 25.12
- macos-aarch64-kext and macos-x86_64-kext driver packages were supported up to eGrabber 25.12
- Coaxlink Quad CXP-12 JPEG was supported up to eGrabber 25.12
- The
Coaxlink_NetApi.dllassembly was supported up to eGrabber 25.03 - Windows 7, Windows 8.1, Windows Server 2008 R2, and Windows Server 2012 R2 were supported up to eGrabber 24.12
- Windows x86 (32-bit) was supported up to eGrabber 21.0
- Linux x86 (32-bit) was supported up to eGrabber 17.0
- Before version 12.8, the driver package was called Coaxlink
- Coaxlink Quad CXP-3 was supported up to Coaxlink 10.5.2
Memento
- Windows 10 versions older than 1809 and Windows Server 2016 were supported up to Memento 25.12
- Linux kernel versions older than 4.4 and GNU C Library versions older than 2.23 were supported up to Memento 25.12
- macos-aarch64-kext and macos-x86_64-kext driver packages were supported up to Memento 25.12
- Windows 7, Windows 8.1, Windows Server 2008 R2, and Windows Server 2012 R2 were supported up to Memento 24.12
- Windows x86 (32-bit) was supported up to Memento 21.0
- Linux x86 (32-bit) was supported up to Memento 17.0