Mission Hope gives the small and the weak a platform. The nonprofit organization Mission Hope was founded in Vienna in 2007. It supports projects that come the children in need in Austria for good. As part of our social resposibility Oregano Systems supports this project.
The Christian Doppler Research Association promotes the cooperation between science and industry. Specifically, this takes place in dedicated research units with fixed terms, in which application-orientated basic research is pursued: Christian Doppler Laboratories at universities and non-university research institutions Josef Ressel Centres at universities of applied sciences. Under the supervision of highly qualified scientists, research groups work in close cooperation with the commercial partners on innovative responses to business-related research issues. Starting with April 2015 Oregano Systems is proud to be an active member of the Christian Doppler Research Association. “It’s another step to strengthen our research activities”, states Nikolaus [more…]
The syn1588® NIC and syn1588® PTP-Stack have been successfully tested in the Oregano Systems’ labs with Windows 10® Technical Preview! A few days ago, Microsoft provided a download of “Windows 10® Technical Preview”. We took this chance to test the Oregano Systems syn1588® products with this latest Windows version. The results of this test is: The current version of our syn1588® PCIe NIC and our syn1588® PTP-Stack are perfectly compatible with Windows 10® Technical Preview. We are looking forward to the final version of Windows 10® and will support it right from the start.
We are proud to welcome our new syn1588® distributor for Japan ASCOT Co., LTD. That’s another step to provide our customers local support for our high quality syn1588® equipment. We are excited to be moving forward with this new distributor as this will allow customers more efficiently access to the syn1588® product line in Japan. Please find the contact information of ASCOT Co., LTD in the “Distributors” section.
The highly accurate and reliable synchronization of distributed systems based on local, synchronized clocks is key for many modern, large-scale IT systems such as smart grids, mobile communications infrastructure, factory automation, traffic control systems, or financial services. In contrast to previous approaches, the goal of HiProSync is to achieve robust and accurate synchronization only in the end nodes. They are extended by a synchronization logic (Clock Engine) that synchronizes to multiple reference clocks (master clocks) at the same time. The various references and connections are continuously monitored and evaluated for their quality. On One hand this approach allows to efficiently [more…]