re-thinking embedded design
Embedded software is increasingly the key to the creation of value and differentiation for a diverse and ever-increasing range of modern products. The advent of cyber physical systems and the internet of things drives and accelerates this trend in an unprecedented way.
Embedded software engineering requires methodologies and techniques very different from application software engineering. In fact, embedded software engineering is in many aspects still in its infancy.
We help customers to establish and improve embedded software engineering processes, methodologies and techniques tailored to meet their specific requirements and capable to adapt to future needs. Our key competency is to enable customers to materialize the full benefits of virtual platforms, which are considered to transform the way embedded software is developed. Virtual platforms allow to utilize state of the art software development paradigms (e.g. test driven design, continuous integration, agile development), resulting overall in increased productivity, reduced time-to-market, and most notably in the improvement of critical embedded system quality metrics, such as safety, security and reliability. It is expected that virtual platforms will become a gating technology for future cyber-physical systems.
A versatile Dynamic Binary Translation (DBT) based environment to implement instruction set simulator (ISS) and an instruction set simulator based on it implementing the RISC-V ISA
An extensible Eclipse based tool to visualize VCD and transaction traces in a waveform viewer style. It features a standalone application as well as a set of Eclipse plugins to be integrated into an existing Eclipse installation
An Eclipse Xtext based SystemRDL editor with syntax highlighting and context sensitive help. Integrated is a SystemC code generator building on top of SC-Components