CoaXPress DIN to DIN Camera Cable :
Features Applications And Selection Guide
Explore CXP1.0 DIN to DIN camera cable for high speed image transmission between CoaXPress cameras and frame grabbers. Learn about coaxial signal transfer, DIN connector matching, 75Ω impedance, cable length selection, PoCXP support, and custom cable solutions for industrial vision systems and OEMs.
Product Introduction
What Is an CoaXPress DIN To DIN Camera Cable ?
The CXP1.0 DIN to DIN camera cable is a coaxial cable with DIN connectors at both ends. It links a CoaXPress camera to a frame grabber, carrying high speed digital image data to the frame grabber and returning camera control and trigger signals.
When both devices support Power over CoaXPress (PoCXP), it powers the camera, combining image transmission, control and power in one connection for industrial vision systems.
What Is the Difference Between CXP1.0 and CXP-1 ?
In CoaXPress terminology, CXP 1.0 refers to the interface standard version, while CXP-1 identifies a link speed grade of 1.25 Gbps. They describe different aspects and are not interchangeable.
A cable's transmission performance depends on its construction, connectors, electrical characteristics and length, plus the camera and frame grabber. The cable itself does not define the performance of the complete system link.
Wow to Choose the Right Camera Cable ?
Choose a camera cable that fully matches the camera and frame grabber interfaces, connector type and locking method. Verify 75 ohm impedance, bandwidth, attenuation and shielding, then check the required data rate, cable length, channel mapping and PoCXP support against the equipment specifications.
Core Product Value
◆ Dedicated Coaxial Signal Transmission
The coaxial construction provides a dedicated transmission path between a CoaXPress camera and a frame grabber. It carries high speed image data while supporting the signal requirements of industrial vision systems.
◆ Matched DIN Interface Connection
DIN connectors at both ends connect compatible camera and frame grabber ports. Their mating design helps maintain a consistent connection during equipment operation and routine servicing in the vision system.
◆ Coaxial Design for Signal Integrity
The center conductor, dielectric and shielding form a controlled coaxial structure. Matched connectors help limit external interference and impedance changes that can affect signal integrity during operation.
◆ Practical Routing in Vision Systems
The cable connects the camera and frame grabber along the equipment's signal route, linking imaging and processing units. Its coaxial assembly supports practical routing within industrial vision systems.
Product Customization Capabilities
Cable Length
Set cable lengths for camera spacing, routing paths, and installation distances.
DIN Connector Setup
Match DIN connector types, mating formats, housings and locking structures.
Electrical Performance
Define 75 ohm impedance, attenuation, shielding, and high frequency performance.
Cable Structure
Select jackets and cable structures for fixed or dynamic industrial cable paths.
Conductor exit structure
Customize cable exits, backshells, colors, labels, and packaging for each model.
OEM Bulk Production
Plan OEM labels, packaging, and batch tracking; confirm MOQs and delivery dates.
Product FAQ
What Equipment Uses This CXP1.0 DIN Cable ?
This cable connects CoaXPress industrial cameras to compatible frame grabbers, carrying captured image data through a coaxial link for machine vision, automated imaging and inspection.
Can This Cable Connect a Camera to a Frame Grabber ?
Yes, if both devices have compatible CoaXPress DIN interfaces and matching connector genders and locking designs. Connect each channel as specified by the equipment documentation.
How Many Cables Does a Multi-Channel CXP Camera Need ?
The number depends on the camera's CXP channel count and the frame grabber's inputs. Each coaxial channel generally needs its own cable, connected according to the device channel assignments.
When Should an Existing CXP DIN Cable Be Replaced ?
Replace the cable if its jacket or connectors are damaged, or if verified tests show link or image errors. The replacement must match the system's connector, impedance and transmission requirements.
