Circuit Board Components

PLC ETHERNET BOARD by GE Healthcare

SKU:O16880-5154909PN:5154909
PLC ETHERNET BOARD by GE Healthcare

Product Overview

Key highlights

The PLC Ethernet Board by GE Healthcare is designed to enhance connectivity and communication within medical imaging systems. This component facilitates seamless integration into existing infrastructures, ensuring efficient data transfer and improved system performance, which is crucial for modern healthcare environments. PLC ETHERNET BOARD by GE Healthcare

Key Highlights

  • The PLC Ethernet Board by GE Healthcare enhances connectivity and data transfer capabilities for various imaging systems, ensuring seamless integration within hospital networks.
  • Designed for reliability, this board supports robust communication protocols essential for modern medical imaging environments.
  • Its compact design allows for easy installation in existing systems, minimizing disruption during upgrades or maintenance.
  • GE Healthcare's commitment to quality ensures that this component meets rigorous industry standards, providing peace of mind for healthcare providers.

Compatible Systems & Use Cases

While specific models are not listed, the PLC Ethernet Board is likely compatible with various GE Healthcare imaging modalities, including PET/CT systems and other advanced imaging technologies. Its primary use case involves enhancing data communication and system interoperability in clinical settings.

Technical Specifications

Parameter Value
Brand GE Healthcare
Part Number 5154909
Connectivity Type Ethernet
Form Factor Compact
Compliance Standards Industry Standards

Clinical and Service Value

The PLC Ethernet Board by GE Healthcare is designed to enhance the operational efficiency of imaging systems within healthcare facilities. By facilitating seamless data transfer and connectivity, it supports improved workflow for clinicians and technicians. This integration is crucial for timely patient diagnostics and enhances the overall patient care experience.

In addition to its operational benefits, the board's reliable performance reduces the likelihood of system downtime, which can be critical in high-demand clinical environments. Its easy installation process minimizes disruption during upgrades, allowing biomedical engineers to maintain service continuity. Overall, investing in high-quality components like the PLC Ethernet Board contributes to long-term operational excellence in medical imaging departments.

Additional notes

PLC ETHERNET BOARD by GE Healthcare