RJ45 Gigabit Ethernet Cable Right Angle
Keywords :
Right Angle RJ45 Cable
Specification :
GigE Vision Cable CAT6A
Performance :
PCM-S-0568
Category :
GigE Vision Cable
Detail
RJ45 Gigabit Ethernet Cable Right Angle
PCM-S-0568 is a right-angle RJ45 GigE Vision cable engineered for high-speed industrial imaging and motion-intensive automation systems. Built on a CAT6A high-flex platform, it supports 10Gbps data transmission with controlled impedance and enhanced shielding performance for EMI-critical environments.
The right-side cable exit combined with M2 horizontal thumbscrew locking LS-004 ensures secure connectivity in confined layouts and vibration-prone machinery. Designed for drag chain applications, the cable withstands up to 10 million flex cycles, delivering long-term mechanical reliability.

Specifications:
Part Number | PCM-S-0568 |
Data Rate | Up to 10 Gbps |
Connector Type | RJ45 Male, Right Angle |
Locking Mechanism | M2 Horizontal Thumbscrew (LS-004) |
Flex Life | 10 Million Cycles |
Key Features:
High Flex Endurance: Rated for 10 million cycles in drag chain environments
Secure Locking: M2 thumbscrew prevents accidental disconnection under vibration
10G Transmission: Supports high-bandwidth GigE Vision and real-time imaging data
Right Angle Design: Enables efficient routing in compact or space-limited installations
Advanced Shielding: Minimizes EMI and ensures stable signal integrity in industrial settings
Controlled Impedance: Maintains 100Ω differential impedance for consistent high-speed performance

Use Cases:
Multispectral Imaging: Ensures signal stability across complex imaging data channels
High-Speed Imaging: Supports low-latency transmission in high-frame-rate applications
Robotics & Motion Systems: Designed for continuous flexing in automated production lines
3D Imaging Systems: Stable high-speed connectivity for depth sensing and spatial analysis
Machine Vision Cameras: Reliable data transmission for inspection and quality control systems
Industrial Ethernet Networks: Robust connectivity in EMI-heavy factory automation environments
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