Dev tools available for 64-bit software-defined cockpits

The combined scalable platform enables global carmakers and their suppliers to bring new levels of safe and secure graphics-rich performance to the software-defined vehicle cockpit, such as safety-certified instrument clusters, multi-screen entertainment and vehicle-critical information.

Software defined cockpits
In today’s vehicles, drivers and passengers want a digital experience like their everyday experience – rich 3D displays, seamless connectivity, smart graphics interfaces, app stores and more. In response, automakers and their Tier 1 suppliers are adding hundreds of millions of new lines of software to automotive ECUs – new software from diverse global suppliers with a wide range of requirements for automotive safety, security and robustness. Historically, this would require additional ECUs with added cabling, cost, weight and the space. Instead, the emerging alternative approach is ECU consolidation to combine multiple software functions and ECUs into fewer or single ECUs.

The INTEGRITY real time operating system architecture was designed and certified for life-critical embedded systems – rigorously proven to successfully fly passenger aircraft, control surgical devices and run ISO 26262 ASIL D automotive functions. INTEGRITY separation architecture enables software teams to safely and securely run software of different levels of criticality on the same processor while guaranteeing software tasks the system resources they need.

The i.MX 8 families of applications processors are feature and performance-scalable multicore platforms, based on 64-bit Arm Cortex -A72, -A53, -A35 and Cortex-M4. Marquee hardware features include an advanced multi-stream vision processing pipeline, dual-core GPU and system MMU – all providing the efficient performance to drive four 1080p screens, eight-camera 360º surround view with image stitching, dedicated cryptographic security and HiFi 4 DSP speech recognition with noise cancellation – to name a few.

“Working with proven partners like Green Hills enabled us to achieve over 130M vehicles powered by i.MX since 2007. The next-gen software defined integrated cockpit is only fully realised if the various software functions can be safely and securely run with absolute trust and assurance,” said Ron Martino, Vice President, i.MX Applications Processor Product Line at NXP. “By leveraging the combination of the INTEGRITY RTOS’ proven separation architecture and i.MX 8 performance and resource partitioning, carmakers and Tier 1s can realise quantitative competitive advantages on their production programmes.”

Components in solution
Starting with today’s base support from Green Hills for the NXP reference platforms, customers have a comprehensive set of Green Hills Software’s capabilities to build from for their own custom platforms based on the i.MX 8 and i.MX 8X applications processors:

• INTEGRITY RTOS, the trusted run-time foundation for safety/security-critical software in industrial, avionics, medical, automotive and railway. Performance-focused optimisations for the Arm 64-bit Cortex-A72 and Cortex-A53 cores leverage i.MX 8 accelerators such as NEON SIMD and hardware virtualisation.
• INTEGRITY Multivisor secure virtualisation extension safely runs guest operating systems such as Linux and Android alongside safety-critical ISO 26262 applications, assuring freedom from interference with native execution performance, flexible inter-process communication and the option to share the GPU or other critical system resources. 
• Full GPU-accelerated 3D graphics compliant to OpenGL and Vulkan standards.
• Complete AUTOSAR-compliant application framework, allowing AUTOSAR software components to run in INTEGRITY RTOS trusted partitions.
• Tiny and simple µ-velOSity RTOS for the Cortex-M4F core, needing less than 2KB of ROM. Simple API and complete source code for the RTOS and select middleware is included. 
• MULTI 64-bit IDE and debugger, record-setting Green Hills C/C++ Optimising Compilers and 64-bit toolchain, execution profiler and many other integrated time-saving tools. 
• Integrated code quality tools including MISRA C adherence checker, run-time error checking and DoubleCheck static source code analyser.
• Multicore run-control, board bring-up, low-level debugging and real time trace debugging with the Green HiIls Probe and SuperTrace Probe utilising industry-standard CoreSight from Arm. 
• Embedded Cryptographic Toolkit with FIPS 140-2 compliant services that secure embedded devices through secure boot, secure data storage, secure networks (SSL, TSL, IPSec, SSH) and digitally signed secure OTA firmware updates.
• Cloud-based Device Lifecycle Management (DLM) manages secure credentials throughout the manufacturing supply chain, even over untrusted networks.
• Proven partner ecosystem spanning graphics, networking, connectivity, encryption, application modeling and all aspects of embedded device development and deployment.
• Services for safety/security certifications, system performance and programmer productivity.