Trustworthy forever


New 1.2. release of OpenVE with OpenComRTOS and OpenTracer

Altreonic has released version 1.2 of its OpenVE with OpenComRTOS, its formally developed network-centric RTOS. This version features an improved link driver model, a much improved build system generating the code for heterogeneous target systems besides other small improvements. The hostserver was also upgraded with more functions to support access to host nodes for e.g. console access and graphics. The OpenTracer was redeveloped as well and now makes it easier to visualise large networks of nodes, including the details of the inter-node interactions.

Tracer screenshot (detail)

 

OpenCookbook upgraded

OpenCookbook is Altreonic's web portal based product for developing systems or products supporting the engineering process from early requirements till the product is released for production. It implements a formalised engineering process providing tracebility between the different project entities (requirements, specifications, models composed of entities, workplan, development, verification, development and validation tasks). The major improvement of this release is the generation of the dependency tree, automatic bidirectional relationship links and a hyperlink document generator to produce a timestamped snapshot of the whole project. OpenCookbook, available for free as a set of drupal modules, can be downloaded from our website.

New 1.1. release of OpenVE for OpenComRTOS

Altreonic has released v. 1.1 of its OpenVE for OpenComRTOS. This version was improved to better support heterogeneous target systems and has an easier interface to the host server. The Win32 version is available free of charge from our download section. OpenVE now supports a growing number of embedded targets as well (in Single Processor and Multi-Processor versions).

The current list includes: Xilinx MicroBlaze, Leon3, ARM Cortex M3 and the multi-core XMOS

In a demo set-up, boards with all supported targets were seamlessly programmed and demonstrated.

You can experience this seamless heterogeneous real-time processing first hand. For 2995 euro we deliver a bundle containing OpenComRTOS for Win32 and ARM Cortex M3, both supported from within OpenVE, the Event Tracer and  a Luminary LM3S6965 development kit. Applications can be seamlessly distributed over the host PC and the ARM board out-of-the-box. See OpenComRTOS for ARM bundle for more details.

Roadmap for an e-mobility platform

When a crisis becomes an opportunity

The economic crisis we witness today has everything to be considered as a catastrophe, signalling the end of an economic dream. It might however be a lot better to see the crisis as a wake-up call. With hindsight, it is clear the crisis has been growing for about a decade and what we experience now is a painful correction. Rather than stretching the dream, we would do better by standing up and by looking forward. Beating the crisis means we create again real economic value, rather than (over-)consumption.

One-click distributed and heterogeneous real-time in just 10KBytes, or a lot less

Developing embedded real-time applications can  be a daunting task. The engineer sits on top of hardware, which has limited memory and processing cycles available, but still the system must meet stringent real-time specifications. If size and power consumption are less of an issue, it can help to use a supersized processor, but that implies that the system is connected to the mains. Often, this is not an option. Power consumption is an environmental issue and size matters. Smaller often means less cost and allows to build smartness in the actuator or sensor itself.

Altreonic Press Release - 26th February 2009

Altreonic has announced the release of OpenComRTOS with support for transparent real-time programming of heterogeneous target systems, including multi-core CPUs. The product will be demonstrated at Embedded World in Nuernberg next week. Nominated for the Embedded Award at Embedded World, OpenComRTOS is the result of a four year effort to develop a network-centric RTOS (Real-Time Operating System).

Time to Quality gives More for Less

Think before you begin. Some people might call this wisdom, but it is at the core of systems and software engineering. It serves two main goals: firstly to analyse and to understand and secondly to plan and to predict.

The core of systems engineering is to think ahead. Yes, it might look like it takes more effort but's that often because the team is not yet well versed in it. Training and experience is important. Once achieved, results will be reached faster but the main gain is that the cost of redesign is less likely and also much lower. Thinking ahead means control of the process and being in charge. Read it all in the attached leaflet.

To download the pdf file(s), register first and log in. If you have any problems contact us.

 

Altreonic partner in Flanders Drive ASIL project

Altreonic participates in the Flanders Drive ASIL project. It's full title is "Safety Integrity Levels in Automotive: from requirements towards a validated system". In this project Altreonic will contribute by integrating awareness for the selected Standard's compliance in its OpenCookbook environment. The specific and measurable goal of this project is to provide each of the Flanders’ drive partners with the capability to execute projects in appliance to SIL (Safety Integrity Level).

New white paper on OpenCookbook

A new white paper on Altreonic's methodology and how it is applied in OpenCookbook, our environment for supporting projects from early requirements till the release of the product has now been made available.

To download the pdf file(s), register first and log in. If you have any problems contact us.

OpenComRTOS supports LEON3

LEON3 is a 32bit SPARC CPU used by the European Space Agency. It is available in commercial as well as in fault-tolerant versions with SEU capability from e.g. Gaisler Research. A first port was undertaken using a Xilinx FPGA board.

A small "ping-pong" test program using two tasks and two semaphores compiled down to 6092 bytes and was measured at 73  microseconds for a complete loop (clock frequency 50 MHz).

A first release is scheduled for end November.

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