Modular Medical Imaging Solutions

Gidel delivers advanced medical imaging solutions built on FPGA-based image acquisition and processing architectures. These solutions address the demanding requirements of modern medical imaging systems, where real-time performance, high data throughput, and deterministic behavior are critical.

By combining high-speed image acquisition, efficient memory management, and flexible processing pipelines, Gidel enables medical imaging systems to deliver precise, reliable, and actionable imaging results for clinical use. Gidel’s portfolio includes high-performance Frame Grabbers, Mini Jetson Frame Grabbers, and Powerful Mini FPGA Modules designed for embedded and clinical environments.

Why FPGA Technology Matters in Medical Imaging

Medical imaging applications demand consistent low latency, high-resolution data handling, and predictable system behavior. Gidel’s FPGA-based solutions provide real-time processing, high-throughput data handling, and a flexible architecture that integrates seamlessly into diverse medical imaging platforms.

As a result, system designers can meet strict performance, reliability, and regulatory requirements while maintaining long-term system stability, even when working with multi-sensor, high-bandwidth imaging modalities.

High-Resolution Imaging with Minimal Latency

One of the key advantages of Gidel’s technology is its ability to handle high-resolution imaging data with minimal latency. This capability ensures the delivery of high-quality video streams that are essential for diagnostics, monitoring, and image-guided procedures.

Gidel’s architectures support advanced imaging features such as HDR processing, real-time overlays, and feature extraction, all of which play a central role in modern medical imaging workflows.

Compact and Power-Efficient System Design

Gidel’s solutions combine a compact form factor with low power consumption, making them well suited for space-constrained and energy-sensitive environments. These include operating rooms, mobile imaging carts, and portable medical devices where thermal management and system size are critical. Mini FPGA modules and embedded vision platforms enable deterministic performance while meeting tight SWaP constraints.

Real-World Medical Imaging Applications

Advanced Diagnostic Imaging Devices

In diagnostic imaging systems such as CT and MRI, Gidel’s technology accelerates image reconstruction by enabling high-speed data transfer and parallel processing. This improves overall system throughput and reduces the time required to generate clear, high-quality diagnostic images.

ThermoMind Case Study – Early Breast Cancer Detection

• Multimodal, Radiation-Free Screening: ThermoMind’s Vision One device combines infrared, depth sensing, and AI to detect physiological changes linked to early-stage breast cancer. The system captures over 300 data points per scan and operates with no radiation, no contact, and no invasive procedures.
• High-Bandwidth Real-Time Imaging: Powered by Gidel’s FantoVision40-CXP12 edge computer and FPGA-based frame grabbers, the system acquires and processes multiple high-resolution sensor streams simultaneously. Up to 15 sensors capture data at 30–60 fps, while real-time FPGA Compression IPs eliminate acquisition bottlenecks.
• Compact, Deployable Medical Platform: This mini system architecture enables easy integration into space-constrained medical environments. Its performance and efficiency support global deployment, including multi-center clinical trials with leading medical institutions.

Read the full article: Revolutionizing Breast Cancer Screening Device

Laparoscopic Visualization Systems

Gidel’s Proc10A-40GigE platform supports advanced laparoscopic systems such as 270 Surgical’s SURROUND SCOPE™, which provides a 270-degree field of view. Through efficient DRAM utilization, real-time image overlays, and uncompressed 4K video output over 12G-SDI, Gidel’s solution enhances surgical visualization and intraoperative decision-making.

Real-Time Image-Guided Surgery

Gidel’s medical imaging solutions enable real-time image overlays that assist surgeons during complex procedures. The FPGA-based architecture ensures deterministic, low-latency feedback, which is essential for maintaining precision and reducing procedural risk. Mini Jetson Frame Grabbers enable tight integration between image acquisition, FPGA processing, and GPU-based AI inference.

Reliable Medical Imaging Solutions from Gidel

System developers achieve greater efficiency by integrating Gidel’s customizable medical imaging solutions. These include frame grabbers, Mini Jetson Frame Grabbers, and compact FPGA modules. These capabilities contribute to improved patient outcomes and enhanced healthcare delivery

Gidel’s Software Development Tools simplify system integration and FPGA configuration. This enables faster development cycles and easier long-term maintenance of medical imaging systems.

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