Revolutionising medical equipment design with advanced embedded systems

FORTEC UK is acutely aware of the crucial role that embedded systems play in the evolution, especially as the requirements for medical applications undergo significant transformation. Modern medical devices are not just expected to perform; they are required to excel in computational power, data processing capabilities, and security while maintaining a form factor that supports portability and energy efficiency.

Axiomtek's latest innovations, the mBOX602 and CEM561, stand at the forefront of embedded system technology, particularly developed to meet the nuanced requirements of medical applications.

The mBOX602 is engineered as a medical-grade powerhouse, ideal for various smart healthcare applications. It harnesses the power of the latest 13th/12th Gen Intel Core processors, ensuring it can easily tackle the most complex medical software demands. This system supports up to 64GB of DDR4 memory and boasts 4K UHD display capabilities, making it an ideal choice for high-resolution medical imaging and efficient data management. Its comprehensive connectivity features, including 2.5GbE LAN and versatile expansion options, render it perfect for an array of networked medical devices and telehealth platforms. The blend of reliability and high performance makes it a prime candidate for medical diagnostics and patient monitoring applications.

The CEM561 module is a testament to flexibility and power, developed to cater to custom medical application requirements. It supports the latest 13th/12th gen Intel Core and Celeron processors and accommodates dual-channel DDR4 memory up to 64GB. The module enables seamless integration with various medical devices and peripherals with an extensive array of PCI Express lanes for expansion, high-speed storage capabilities, and comprehensive USB connectivity. The module's support for TPM 2.0 underscores its commitment to securing sensitive patient data. Its adaptability and robust performance make it an unparalleled option for developing bespoke, next-generation medical devices.

The devices embody the advanced features needed to meet the evolving demands of medical equipment design, including unparalleled performance, stringent security, and unmatched flexibility. For design electronic engineers dedicated to forging new paths in healthcare technology, these embedded systems deliver the reliability, efficiency, and cutting-edge capabilities necessary to redefine the boundaries of medical care.