3M CoaXPress Cable Assemblies
3M CoaXPress Cable Assemblies are verified to maintain a reliable signal when undergoing repeated flex motion for 10 million or more cycles. The OG and QG cable assemblies are highly durable cables that withstand challenging, repeated-motion applications. The OS and QS are flexible cables that are easy to handle and thread through tight spaces. Available connector types for these 3M CoaXPress 2.0-compliant cable assemblies include DIN or DIN Screw (CXP-6) or BNC, Micro-BNC, or Micro-BNC Right-Angle for CXP-12. The CoaXPress interface is designed for high-speed and high-bandwidth camera systems.Features
- Verified to maintain a reliable signal when undergoing repeated flex motion
- 50 million cycles - 50mm bending radius (OG)
- 20 million cycles
- 50mm bending radius (OS)
- 100mm bending radius (QG)
- 10 million cycles - 100mm bending radius (QS)
- CoaXPress 2.0 compliant
- Highly durable cable that withstands challenging repeated-motion applications (OG and QG)
- Flexible cable that is easy to handle and thread through tight spaces (OS and QS)
- Low-dust cable available in clean room (OG and QG)
- Up to 12.5Gbps per channel - Micro-BNC and BNC connector specifications (OS)
- Up to 50Gbps transmission rate - four CXP-12 cables bundled together, Micro-BNC and BNC connector specification (QS)
Applications
- High-speed, high-resolution machine vision camera systems
- Fixed and general motion applications
- High-performance applications requiring a long transmission distance and very high bending durability
Specifications
- Cable diameter
- 4.2mm (OS)
- 4.3mm (OG)
- 12mm (QG)
- 12.1mm (QS)
- Transmission distances
- OS and QS
- 8m - CXP-12
- 11m - CXP-6
- OG and QG
- 10m - CXP-12
- 13m - CXP-6
- OS and QS
- Available with any combination of connector types
- DIN or DIN Screw for CXP-6
- BNC or Micro-BNC for CXP-12 (OG and QG)
- BNC, Micro-BNC, or Micro-BNC Right-Angle for CXP-12 (OS and QS)
Additional Resources
High-Performance Data Transmission Cable
Inilathala: 2025-10-09
| Na-update: 2025-10-14
