Case Studies
FPGA Based Health Monitoring System
- FPGA-based signal processing
- Real-time health monitoring
- Multi-sensor integration
- Wireless connectivity
- Low power consumption
- Medical grade certification
Project Summary:
An advanced health monitoring system utilizing FPGA technology for real-time processing of multiple biosignals. The system integrates various sensors to monitor vital signs and provides wireless connectivity for remote monitoring. Designed with medical-grade standards for reliability and accuracy in clinical environments.
Important Parts:
- Xilinx Zynq FPGA
- Analog Devices Precision ADCs
- Texas Instruments Power Management
- Nordic Semiconductor Wireless Module
Salient Features:
- Real-time signal processing using FPGA.
- Multi-channel biosignal acquisition.
- Wireless data transmission.
- Low noise analog front-end.
- Battery-powered operation.
- Medical device compliance (FDA/CE).
- Secure data encryption.
- Remote monitoring capabilities.
- Alarm and alert system.
Qmax Scope of work:
- System Architecture Design
- FPGA Development and Programming
- Analog Circuit Design
- PCB Layout and Design
- Firmware Development
- Testing and Validation
- Regulatory Compliance