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IEC 61508 Industrial

In response to the increased use of electronic systems within the industrial automation and particularly in recognition of their application to safety critical functions, the IEC 61508 standard has been created in order to comply with needs specific to the application sector of electrical / electronic / programmable electronic (E/E/PE) systems for industrial automations.

IAR Safety Certified Toolsuite for ARM & Cortex
IAR's leading Embedded Workbench toolsuite for ARM & Cortex has passed the IEC-61508 and ISO-26262 safety certifications and is in use for many systems that have already passed certifications upto SIL-3. A good example of a Cortex-based safety critical MCU is TI's Hercules family. At INDES we have both experience and in-house hard- and software platform for this advanced lock-ste ...

IEC-61508 SIL-3 and SIL-2 Safety Certified Real-Time Kernel
SCIOPTA 61508 is a pre-emptive multi-tasking high performance real-time kernel which includes many built-in safety features. As a direct message-passing kernel, SCIOPTA is very well suited to be used in safety-critical applications. Safety-Certified Data Transfer
The SCIOPTA kernel can observe data transfer between processes by testing checksums over message data areas. These certifi ...

IEC-61508 certified MMU Memory Protection
Many embedded systems include memory protection, which is required to build fault tolerant systems. As an increasing number of CPUs have on-chip memory management units (MMU), SCIOPTA supports memory protection by use of the SCIOPTA Memory Management System (SMMS). SCIOPTA Memory Management System SCIOPTA applications can take full advantage of hardware memory management units by using SMMS. T ...