シーメンスは、デバイス・メーカーが高品質の接続機器を素早く設計・製造できるように、豊富なインターフェイス、クライドベースのリモート管理、さらには安全性認定まで含む、組み込み開発ツールを提供しています。ベースのテクノロジーには、Linux、TORN、高度なマルチコアランタイム、および IoT対応開発ツールが含まれます。
組み込み製品
組み込み製品
シーメンスは、デバイス・メーカーが高品質の接続機器を素早く設計・製造できるように、豊富なインターフェイス、クライドベースのリモート管理、さらには安全性認定まで含む、組み込み開発ツールを提供しています。ベースのテクノロジーには、Linux、TORN、高度なマルチコアランタイム、および IoT対応開発ツールが含まれます。
Embedded Linux Solutions
Siemens delivers Linux® software solutions based on the Yocto Project and on Debian that give embedded product manufacturers the comprehensive development tools they need to quickly design and build high-quality connected devices.
Nucleus RTOS
A unique royalty-free real-time operating system (RTOS) enables device manufacturers to build embedded devices that require hard real-time performance with a small footprint. Nucleus also provides advanced capabilities such as a lightweight process model, SMP, power management, graphics, and safety certification.
Multicore Enablement
Siemens provides a comprehensive, scalable homogeneous, and heterogeneous runtime & tooling solution for enabling the power of the multicore device.
Sourcery CodeBench
The growing complexity of embedded systems requires greater insight into system execution and performance and new approaches to debugging applications. With Sourcery CodeBench you can develop embedded systems on microcontrollers and microprocessors for bare metal and Linux based applications.
Embedded IoT Framework
A multi-cloud solution that enables secure IoT architectures on edge or node devices, while reducing complexity and costs associated with device porting, scaling, and backend integration.
Strategic Silicon Partners
Siemens Embedded Solutions maintains a comprehensive alignment of semiconductor partners to provide our customers with a broad ecosystem for their embedded development needs. Our partners enable us to create robust embedded solutions that address cutting edge trends and market developments; while we provide them with robust embedded portfolios supporting their silicon.
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Multicore Framework Cert in a mixed-safety critical system
Creating mixed-criticality systems in a heterogeneous SoC processing architecture.
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Isolating Safety and Security Features on the Xilinx UltraScale+ MPSoC
The overarching problem when it comes to both safety-critical software and software performing security functions is isolation
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Medical devices security to achieve regulatory approval
Today, more and more medical devices are being developed and launched on the market. With this acceleration of innovation, medical devices are beco...
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Enablement of Heterogeneous OSes and Mixed-Criticality System
There are multiple options to enabling advanced multi-processor architectures.