IEC-61508

Being an industrial safety standard itself IEC-61508 is the basis for many safety standards that are used for a wide range of markets. Other standard like ISO26262, IEC60234 are direct derivatives of IEC-61508.  We offer a very complete set of tools and support to assist our customers in adapting these standard, for the initial exploration of the standard to SIL-3 certified Cross compilers, debuggers, RTOS / MMU op to test tools and test-suites.

		IEC-61508 & EN26262 Platform introduction When selecting a platform for IEC-61508 / EN26262 based development there are many issues to consider. Specially the final certification is a main factor to consider, one does not want to run into unexpected 'surprised' in that expensive phase. The Sciopta platform has been proven to be a very low-risk route to certification, and even unique in offering the internal che ...
		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 ...
		Embedded File Systems (FAT, Flash, Compact) FAT Compatible File System SFATFS SCIOPTA FAT File System Advanced fully featured FAT12, FAT16 and FAT32 file system for embedded systems with long filenames; caching options, Unicode support, drivers for Compact Flash, MMC, SD cards, HDDs, NAND Flash and Serial Flash. Features   FAT12/16/32 Long Filenames Robust Multiple Volumes Mix of media types Un ...
		Sciopta TCP/IP Protocol Stack Designed for Embedded Systems SCIOPTA Internet Protocols Suite (IPS) has been specifically designed to meet the requirements of modern internet protocol network applications in embedded systems. This gives IPS the advantage over traditional internet stacks that were ported to embedded systems, of having a higher performance and a lower memory footprint.     &nb ...
		Sciopta USB Host Stack The SCIOPTA USB host stack is specifically designed for embedded systems. It contains the core protocol stack, the required host controller device drivers, a low-level communication API and high-level class drivers. Host Controllers All major USB 1.1 and 2.0 host controller such as UHCI, OHCI and EHCI types are supported. These controller types are always supported, regardless of their respect ...
		Sciopta USB Device stack SCIOPTA USB Device allows to connect a SCIOPTA target system via an USB bus system to a computer with USB host functionality. Device classes include USB mass storage device class used for flash drives, portable hard drives, memory card readers, digital cameras, digital audio players etc. and USB communications device class used for modems, network cards, ISDN connections, Fax.   Please ask ...
		Sciopta GUI Graphical User Interface SCIOPTA PEG Graphics C/PEG™ C/PEG is a complete graphics solution for embedded developers written entirely in ANSI C. C/PEG not only provides optimized graphics primitives, text and bitmap drawing; it also supports higher level graphic objects to give the developer a full tool set for rapid application development. C/PEG is small, fast and portable. Written from the ground up to meet th ...
		Transparent Distributed Systems Fault Tolerant Systems Support provided for supervision in SCIOPTA can also be used in a distributed system. CONNECTOR processes, board support processes and the network system can be supervised by the kernel. Remotely connected processes will be informed by the kernel if resources in the communication path are no longer available. In a SCIOPTA distributed system there is no need for having a ...