1.3NS CR-HCPM BOARD ASSEMBLY by GE Healthcare

Key Highlights

• The 1.3NS CR-HCPM Board Assembly by GE Healthcare is designed for ease of use, facilitating seamless integration into existing systems.
• With low maintenance requirements, this board assembly minimizes downtime, ensuring consistent operational efficiency.
• It boasts enhanced durability and dimensional stability, which contributes to the longevity and reliability of imaging systems.
• Its low environmental impact aligns with modern sustainability practices in healthcare technology.
• The portable design allows for flexible deployment in various clinical settings, enhancing workflow adaptability.

Compatible Systems & Use Cases

This board assembly is compatible with the following GE Healthcare models:

• DISCOVERY DST
• DISCOVERY DSTE
• DISCOVERY DRX

It is primarily utilized in PET imaging scenarios, particularly within the Raptor subsystem of the Highlander PET system, enhancing the processing of coincidence data for improved diagnostic accuracy.

Technical Specifications

Parameter	Value
Power Supply	Integrated
Coincidence Processing Units	Multiple FPGAs
Interface Type	Gb Network Card
Operating Environment	Clinical Imaging Facilities

Clinical and Service Value

The 1.3NS CR-HCPM Board Assembly offers significant value in clinical settings by enhancing the operational efficiency of PET imaging systems. Its low maintenance requirements reduce the burden on biomedical engineers, allowing them to focus on other critical tasks. The board's reliability ensures that imaging services remain uninterrupted, which is essential for timely patient diagnosis and treatment.

Furthermore, the assembly's portability and ease of integration into various models allow healthcare facilities to adapt their imaging capabilities as needed. This flexibility can be particularly beneficial in dynamic clinical environments where rapid adjustments to workflow are necessary. The enhanced durability and environmental considerations also contribute to a more sustainable approach to medical imaging, aligning with the growing emphasis on eco-friendly practices in healthcare.

Additional notes

A Cost Reduced-Highlander Coincidence Processor Module (CR-HCPM) board assembly is used in the Raptor subsystem of the Highlander PET system. This assembly consists of a Cost-reduced Highlander CPM PWA and a Gb Network card. Main parts of CPM Printed wiring assembly (PWA) are a power supply, coincidence FPGA, Output (ARK) FPGA, Input FPGA, NIOS FPGA / PCI Bridge, LVDS Interface, FPGA Configuration and Voltage / Temperature Monitoring. The CR-HCPM processes input singles data and generates coincidence data based on various filters and modes. Coincidence data is then transmitted to the PACC subsystem via a Gb Network card. It is used with Discovery ST, Discovery ST (4 Slice), Discovery ST (8 Slice), and Discovery ST (16 Slice).2308949-7-R.