针对新项目的创新及协作式同步项目管理
Leading-edge Multi-Processor System-on-chip (MPSoC) silicon offers new levels of system integration than ever before possible in an embedded device. Within these new advanced systems are homogeneous mixes of identical CPUs, and/or heterogeneous mixes of multiple CPU types. From the OS to the application, your software must also be multicore ready, so that your products maintain maximum performance while guaranteeing system isolation and overall safety.
Siemens' Embedded Multicore solutions enable today’s most advanced MPSoC systems. By leveraging one of our three multicore solutions, customers can implement designs that utilize Linux, Nucleus RTOS, or other third-party guest OSs in homogeneous and/or heterogeneous processor clusters.
Leading-edge Multi-Processor System-on-chip (MPSoC) silicon offers new levels of system integration than ever before possible in an embedded device. Within these new advanced systems are homogeneous mixes of identical CPUs, and/or heterogeneous mixes of multiple CPU types. From the OS to the application, your software must also be multicore ready, so that your products maintain maximum performance while guaranteeing system isolation and overall safety.
Siemens' Embedded Multicore solutions enable today’s most advanced MPSoC systems. By leveraging one of our three multicore solutions, customers can implement designs that utilize Linux, Nucleus RTOS, or other third-party guest OSs in homogeneous and/or heterogeneous processor clusters.
The Hypervisor allows developers to meet the design needs of a complex system, especially those systems requiring separation between different OS’s, enablement of resource sharing on a multicore SoC, and real-time performance.
Multicore Framework allows developers to configure and deploy multiple operating systems and applications across homogeneous or heterogeneous processing cores by providing lifecycle management, boot order control, and inter-core communications to one another.
Accelerating functional safety certification through clear separation of code and heterogeneous multicore components, and by offering pre-certified framework modules.
The overarching problem when it comes to both safety-critical software and software performing security functions is isolation
This paper provides practical information, so developers can be fully aware of the trade-offs of moving to OSS and the often unmentioned hidden cos...
Creating mixed-criticality systems in a heterogeneous SoC processing architecture.
There are multiple options to enabling advanced multi-processor architectures.