Embedded systems at the forefront of medical technology innovation

Integrating advanced technology becomes imperative as the healthcare sector faces growing demands for precision, efficiency, and innovation. Embedded systems, characterised by their capability to supply specialised computing power within compact, dedicated devices, are at the vanguard of this technological evolution. These systems are engineered to fulfil the escalating demands of modern medical applications, delivering the robustness, versatility, and performance needed to drive advancements in diagnostics and research. Products like the AAEON Boxer 8256AI and Boxer-8240AI from FORTEC UK demonstrate the potential of embedded systems to transform healthcare delivery, embodying the technical sophistication required to navigate the complexities of today's medical technology landscape.

Embedded systems, with their capability for real-time processing, high-speed data transfer, and connectivity, are increasingly crucial in developing medical devices that are more intelligent and interconnected. The devices are prime examples of how these technologies are being applied to fulfil and exceed the rigorous demands of medical technology.

The High-Definition HDMI Ports of the Boxer 8256AI feature multiple ports capable of supporting high-resolution video input and output, which is critical for medical imaging applications demanding detailed visual data.

USB 3.2 Gen 1 Support ensures rapid data transfer rates, enabling the swift movement of large imaging files, which is crucial for real-time processing in diagnostic applications.

DB9 Port for RS-232/422/485 and CANbus offer comprehensive connectivity options, providing seamless integration with various medical diagnostic equipment and ensuring compatibility with legacy systems and newer technologies.

Network Integration with support for Gigabit Ethernet, WiFi, and 5G, the Boxer 8256AI ensures robust and reliable data communication, vital for the secure sharing and accessing patient data in a connected healthcare environment.

NVIDIA Jetson AGX Xavier is at the heart of the Boxer-8240AI. It is a powerful module developed for AI edge computing, featuring a 512-core NVIDIA Volta GPU with Tensor Cores optimised for AI and machine learning tasks.

Combined with multiple RJ-45 ports, PoE capability simplifies the connectivity and power supply to peripheral devices, streamlining the setup in research laboratories.

Versatile Connectivity Options include RS-232/422/485, CANBUS, and a 40-pin header. The Boxer-8240AI offers various connectivity options to accommodate diverse research equipment and sensors.

The system supports M.2 and SATA interfaces, offering flexible and extensive storage options for the vast amounts of data generated in AI-driven medical research.