Green Hills Software to show latest RTOS and tool use at embedded world
At embedded world, Green Hills Software will be showing a new set of solutions demonstrations that tackle challenges faced by embedded systems engineers. The company will be sharing it through a series of presentations in the exhibitor forum - open to all visitors - as well as in classes at the conference.
A key focus of the event will be on real-time operating systems and development tools for the latest generations of microcontrollers with very limited internal memory that are required to support an increasing number of safety and non-safety critical real-time applications. Green Hills Software will be showcasing its software offering including enhanced and updated versions of the safety-certified µ-velOSity real-time operating system and the ASIL-certified MULTI development environment with advanced system-level debugging, together with analysis tools and C/C++ Optimising Compilers.
Technologies on display will cover areas including mixed-criticality consolidation, safe and secure virtualisation, signal-to-service translation, cloud connectivity, and secure credential management.
As the use of multicore, multi-CPU systems spreads, is being utilised across many industries. A major adopter is the automotive sector, and the company will be demonstrating a number of purpose-built integrated solutions for software-defined vehicles (SDV). These include a network of SDV ECUs managed by a central gateway, with cloud connectivity for OTA updates and diagnostics. Individual elements comprise a software-defined cockpit, driver monitoring system, imaging radar, and zonal controllers. A platform for running AUTOSAR Classic and Adaptive will also be displayed.
Visitors to the exhibitor forum can view presentations on Multidimensional scalability for safe software systems, Development tools with game-changing debug capabilities for complex systems, and Building a safety certified platform for smart edge applications. In the conference, there will be a class on Modern C++ and advanced debug techniques for embedded development and sessions covering analysing, debugging and improving the performance of complex embedded systems, and the use of hypervisors for secure partitioning.