새로운 프로그램을 위한 혁신적이며, 협업이 가능한 동기화된 프로그램 관리
Cost competitiveness can become challenged due to the complexity of many devices, in particular in cases where the device contains both a rich GUI and functional safety components. In these projects, adopting a mixed safety criticality solution allows you to fully separate the safe and non-safe domains on a single SoC. This approach helps lower costs versus the more expensive and time-consuming option of implementing the safe and non-safe subsystems on separate hardware.
Medical usability, including GUI standards are managed through IEC62336 (Usability Engineering) and FDA regulations. In order to ensure your device is compliant with the industry standards and regulations, choosing a software platform with market proven UI capabilities can also be an advantage.
Cost competitiveness can become challenged due to the complexity of many devices, in particular in cases where the device contains both a rich GUI and functional safety components. In these projects, adopting a mixed safety criticality solution allows you to fully separate the safe and non-safe domains on a single SoC. This approach helps lower costs versus the more expensive and time-consuming option of implementing the safe and non-safe subsystems on separate hardware.
Medical usability, including GUI standards are managed through IEC62336 (Usability Engineering) and FDA regulations. In order to ensure your device is compliant with the industry standards and regulations, choosing a software platform with market proven UI capabilities can also be an advantage.
Siemens delivers embedded software products that enable device manufacturers to quickly design and build high quality connected devices, including those with rich user interfaces, cloud-based remote management, or requiring safety certification. Base technologies include Linux, the Nucleus real-time operating system, advanced multicore runtime, and IoT enablement and development tools.
Siemens Embedded products help developers create rich user interfaces that address user expectations by enabling high-performance graphics while meeting mixed-safety criticality requirements. Our third-party partners, like Boston UX, specialize in user experience design for medical devices helping you manage the challenges that come with using Linux while designing for high-quality medical devices.
The Siemens UI ecosystem, which includes Qt® Framework and other graphics solutions, are integrated with the Nucleus RTOS, Sokol Flex OS, and Sokol Omni OS components. From the driver to the middleware layer, all are fully supported with Sourcery CodeBench development tools. Graphics optimizations, system performance analysis, and tuning are part of the integrated tools allowing developers to visualize system performance and the Qt application behaviors on a single timeline. Additionally Siemens Embedded offers multi-core, mixed operating system, and mixed safety criticality solutions that allow our customers to implement complex software on leading-edge complex SoC’s and achieve their cost, performance and safety certification requirements.