MIXED SIGNAL RECEIVED BOARD WITH CONTINUOUS WAVE (CW) DOPPLER by GE Healthcare

Key Highlights

• Advanced Signal Processing: The MIXED SIGNAL RECEIVED BOARD features a 192-channel analog/digital architecture, enhancing the clarity and accuracy of ultrasound imaging.
• Continuous Wave Doppler Support: This board supports Continuous Wave (CW) Doppler mode, allowing for effective assessment of blood flow dynamics, critical in various clinical scenarios.
• Cost-Effective Design: Incorporating a Cost Down MVP FPGA, this board optimizes performance while maintaining budgetary considerations for healthcare facilities.
• Compact and Efficient: Its compact size ensures easy integration into existing systems, minimizing the need for extensive modifications and facilitating streamlined workflows.
• Reliable Performance: Designed for durability and consistent operation, this board meets the high demands of clinical environments, ensuring dependable imaging results.

Compatible Systems & Use Cases

• Models:
  • LOGIQ E9
• Use Cases:
  • Cardiac imaging to evaluate blood flow and heart function.
  • Vascular studies for assessing arterial and venous conditions.
  • Obstetric applications for monitoring fetal heart rates and assessing placental blood flow.

Technical Specifications

Clinical and Service Value

The MIXED SIGNAL RECEIVED BOARD with Continuous Wave Doppler by GE Healthcare is designed to enhance the capabilities of ultrasound systems such as the LOGIQ E9. Its advanced 192-channel architecture significantly improves image quality and diagnostic accuracy, which is essential for clinicians who rely on precise imaging for patient assessments. The integration of Continuous Wave Doppler mode allows for comprehensive evaluations of hemodynamics, making it an invaluable asset in both cardiac and vascular applications.

From a procurement perspective, the board’s compact design and integration with existing systems reduce the need for extensive training or modifications, thus streamlining the implementation process. Additionally, the use of a Cost Down MVP FPGA not only optimizes performance but also ensures that healthcare facilities can maintain high standards of care without compromising their operational budgets. This combination of reliability and efficiency contributes to improved patient outcomes and supports the overall workflow in busy clinical environments, making it a strategic choice for healthcare providers.

Additional notes

MIXED SIGNAL RECEIVED BOARD WITH CONTINUOUS WAVE (CW) DOPPLER by GE Healthcare