DIN 1.0/2.3 to HD-BNC CoaXPress Cable
Keywords :
Machine Vision Data Cable
Specification :
Micro-BNC Camera Cable
Performance :
PCM-S-0576
Category :
CXP Cable
Detail
DIN 1.0/2.3 to HD-BNC CoaXPress Cable
Engineered to bridge the gap between high-density camera sensors and high-speed processing units, the Premier Cable PCM-S-0576 sets a new benchmark in CoaXPress connectivity. This CXP cable assembly features a DIN 1.0/2.3 to HD-BNC Micro-BNC interface, specifically designed to handle the massive data throughput of CXP-12 standards. By supporting speeds up to 12.5Gbps per channel with a robust 42Mbps return path, it ensures flawless real-time communication and control.
Specifications:
Part Number | PCM-S-0576 (3m), PCM-S-0576-5M (5m) |
Connector A | DIN 1.0/2.3 |
Connector B | HD-BNC, Micro-BNC |
Interface Standard | CoaXPress |
Downlink Speed | Up to 12.5 Gbps per channel |
Uplink/Return Path | 20 Mbps - 42 Mbps |
Key Features:
High-Speed Throughput: Delivers industry-leading 12.5 Gbps data rates per single cable.
Compact Micro-BNC Interface: Saves significant board space while maintaining the secure handling of a standard BNC.
Push-Pull DIN Connector: Ensures fast, stable, and easy connections in extremely space-constrained industrial environments.
Precise Triggering Support: Optimized for low-latency transmission, enabling perfect synchronization for high-speed imaging tasks.
Integrated Return Channel: Features a 20 - 42 Mbps uplink for seamless device-to-host communication, configuration, and camera control.
Applications:
Medical Imaging: Reliable data flow for high-resolution life science and diagnostic equipment.
Defense & Aerospace: Ruggedized imaging solutions for surveillance and high-reliability aerospace systems.
Machine Vision & Automation: Essential for high-speed industrial inspection, robotics, and automated production lines.
UHD Broadcast & Pro Video: Supporting the bandwidth demands of professional 4K/8K video transmission and broadcasting.
High-Speed Data Acquisition: Perfect for scientific research environments requiring rapid image processing and massive data transfer.
Drawing:
Keywords: