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catalog_men_safe_computers.pdf

catalog_men_safe_computers.pdf

catalog_men_safe_computers.pdf

Product catalog summary
Introduction
Safety-critical electronic systems are essential in applications where failures can lead to loss of life, financial damage, or environmental harm. These systems are used in sectors such as medical equipment, aviation, railways, and nuclear power stations. Redundancy is a key design element to ensure reliability and safety.

Specifications
The document discusses two main products: the F75P and the D602/A602 safe computers.
  • F75P – 3U CompactPCI® PlusIO Intel® Atom™ Safe Computer: Features dual redundancy with two Intel® Atom™ E6xx processors, independent supervisors, fail-safe architecture, and is certifiable up to SIL 4. It is developed according to EN 50129, EN 50128, and IEC 61508 standards.
  • D602/A602 – 6U CompactPCI® or VME64 PowerPC® Safe Computer: Utilizes triple redundancy with PowerPC® 750 processors in lockstep mode, fail-operational behavior, and is certifiable up to SIL 4 and DAL-A. It complies with RTCA DO-254, EN 50129, and IEC 61508 standards.

Procedures and Standards
The development of these systems adheres to rigorous standards such as DO-254 for avionics and EN 50129 for railways. Certification packages are available to document compliance up to SIL 4 and DAL-A.

Challenges and Solutions
Safety-critical systems require complex architectures and software, with considerations for reliability, error behavior, and safety integrity levels. Different markets have diverse requirements, necessitating tailored development approaches.

Tools and Methods
Achieving safety involves using planning tools, safety-management tools, and risk analysis methods. Techniques like MTBF, MTBR, Lambda, FMEA, and BITE identification are employed to evaluate safety.

Conclusion
MEN Mikro Elektronik provides COTS assemblies with onboard redundancy, certified to the highest safety standards, ensuring reliability in demanding applications.
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Catalog excerpts

catalog_men_safe_computers.pdf-1

Safe Computers for Demanding Applications COTS assemblies with onboard redundancy certified to SIL 4 or DAL-A

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catalog_men_safe_computers.pdf-2

Safe Computers F75P – 3U CompactPCI® PlusIO Intel® Atom™ Safe Computer 2x Failures of safety-critical electronic systems can result in loss of life, substantial financial damage or severe harm to the environment. One of the key design elements of a safety-critical system is redundancy. The complex architecture of such systems usually requires equally complex software, resulting in a very time-consuming and expensive development process. With CompactPCI® and VMEbus based CPU cards MEN has taken redundancy to the board level. Aside from incorporating doubled or tripled processors, the CPU cards...

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catalog_men_safe_computers.pdf-3

The Special Challenges of Safety-Critical Electronics Failures of safety-critical electronic systems can result in loss of life, substantial financial damage or can severely harm the environment. Such systems are used for example in medical equipment, in airplanes, in trains, or in nuclear power stations. In applications like these, no margin of error is tolerable. There is no opportunity to „tweak“ improvements on the fly or to allow for unanticipated problems. Different Safety Requirements in Different Markets Computer architectures with safety-critical requirements are very complex. Considerations...

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