The State of Art Medical Equipment, such as X-Ray, CT-scan, MRI, and Ultrasound machines, needs high-performance data processing capabilities to handle very high throughput of biometric, chemical, medical image & video data. Design Gateway IP core solutions for Data Storage and Networking have proven success stories to be a part of advanced Medical equipment development.
Unleash Real-Time Medical Imaging
Blazing-Fast FPGA Solution Records & Processes Data Instantly
Revolutionize medical imaging workflows with our breakthrough FPGA-based solution! This innovative reference design empowers you to capture and process massive medical image data (10GB/s+) in real-time, eliminating CPU and OS bottlenecks. Simultaneously, read recorded data over the network for instantaneous diagnosis, all within a simplified system.
No longer struggle with CPU limitations: Our IP solutions leverages powerful FPGAs for high-speed recording and processing, bypassing the traditional CPU and OS overhead.
Key Advantages
- Real-time & high speed NVMe SSD recording: Capture massive image data instantly at 10GB/s+ rates.
- Simultaneous exFAT file reading over network: Streamline workflows by accessing recorded data instantly for real-time analysis.
- Simplify system with NO CPU & OS required: Reduce complexity and cost by eliminating CPU and OS dependencies.
- Available reference design: Accelerate your development with a pre-built reference design, saving time and resources.
- Unleash FPGA potential: Unlock the full power of FPGAs for custom image processing and analysis algorithms.
Empower faster diagnoses, improve patient care, and revolutionize medical imaging with this cutting-edge FPGA solution.
Industrial Applications use cases for AES-GCM 100G IP Core
Privacy & security of patient’s medical image data
In medical equipment, the privacy and security of patient data are of utmost importance. AES-GCM, a reliable and proven encryption method, is used to safeguard the confidentiality and integrity of patient data, adhering to data protection regulations. An FPGA can be employed to gather medical image data in real-time, in conjunction with an AES-GCM IP core, to secure both stored and transmitted data.
For example, in a digital imaging system such as an MRI or CT scanner, the data from the patient’s scan is encrypted using AES-GCM before being stored or sent to a viewing station. The viewing station, which is equipped with an FPGA that implements AES-GCM, then decrypts the data for display.
Examples of DG’s IP Core Applications
High resolution
CT scanner
X-ray
Medical
equipment control
Success Stories & Application Example
Key factors
- 1~2.5GB/s transfer speed over 10GbE & 25GbE from Machine to Storage server
- Simple and no CPU require for implementing NVMe Over TCP Host Controller on Medical Machine
- Reference design on FPGA development kit available to shorten development time
Key factors
- Low FPGA resource usage, high performance and energy efficient NVMe Host Controller
- Simple user interface, able to record Ultrasonic image directly to SSD without CPU
- Reference design on FPGA development kit available to shorten development time