3/15/2023 0 Comments Qnx neutrino![]() ![]() MICROEJ VEE supports QNX® Neutrino® RTOS v6.x and v7.x (including new features such as ASLR) for any available microcontroller, microprocessor, or systems-on-chip based on the latest ARMv8 architecture such as Cortex-R52, Cortex-M33, Cortex-M23 and legacy ones such as ARMv5. Through its unique true binary code simulation on virtual devices, the combination of MicroEJ and BlackBerry QNX technologies addresses the number one embedded system issue: time-to-market for mission-critical and life-critical devices in markets such as medical, automotive, and industrial automation. ![]() In addition, binary software modules developed for MICROEJ VEE can be ported on any QNX supported hardware with no modification, resulting in reduced development costs, a scalable binary software foundation, and reduced software architecture complexity. This virtualized and modular architecture greatly eases system certification and ensures that best-effort code won’t be able to interact with the device critical functions. MICROEJ VEE standard micro-virtualization (less than 50Kb) completes the high performance and enhanced kernel-level security in the QNX RTOS by offering a closed and hermetic sandbox, which isolates and decouples certified software modules from less critical ones. With reliability being the essence of both partners, this collaboration empowers mission-critical device manufacturers with first-class safety, reduced R&D costs and faster time to production. The QNX operating system is widely used in life and safety-critical systems for vehicles, medical devices, industrial controls, rail, robotics and aerospace & defense. ![]() MicroEJ, a leader in trusted virtual execution environments for cost effective SoC/MCU/MPU, today announced support for the QNX® Neutrino® RTOS, a microkernel real-time operating system from BlackBerry QNX. ![]()
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