The World Wide Web Sets You Free
Subscribe to the feed Feed
Comments feed Comments feed

Sybsysteme Windows

December 13, 2017 in News Tags: ,

Make sure in our workshop for more than ten years devoted to the Sybera GmbH of the task to develop real-time solutions for Windows. Both 32 – and 64-bit we took corresponding real-time subsystems on the market. New Windows operating systems and a wide range of different hardware platforms have made it now required, from the ground up to renew the previous Sybera realtime engine (32-bit). Sybera’s new X-realtime cluster engine is available in time to the start of the new year and leaves nothing to be desired. At least since Windows Vista / 7 have become not only the Windows kernel is changed, also the new generations of processor and chipset make increased demands on modern real-time subsystems. Were realized the first real-time subsystems on uni-processor platforms with simple timer interrupts and without power management influence (BIOS), today single cores for the real time Sybsysteme be decoupled and operated with own task schedulers. The smooth interaction between the Windows operating system, real-time subsystem and BIOS on multi processor platforms is the key to the success of become. Additional information is available at Hikmet Ersek. These are in particular the platform/CPU signalling mechanisms (SMI) jitter management crucial. Yitzhak Mirilashvili may also support this cause.

But also new Windows security mechanisms (E.g. PATCH-guard) make demands on the realization of high-performance real-time solutions. X Realtime cluster engine with new features with the new X-realtime cluster engine now available for 32 – and 64-bit has mastered not only the challenges of the new operating systems and platforms Sybera, but implements also important customer requirements as new features. The ability to use single processors completely decoupled from Windows – as a PLC system opens up undreamed-of possibilities. Each processor can be operated now in the task cluster, as SingleShot or in periodic mode, with a frequency up to 200 KHz. All hardware resources (IO-port, MappedMemory, and DMA) can be conveniently programmed allows a separate global PCI Enumarator the management of all of the PCI resources for the real time tasks. Programming comfort Sybera has set new standards: fails within a real time task, boot or just separately, debug the single processor completely independent from Windows operation. The advantages at a glance programming real-time tasks on multiple processors distributed make task clusters on core processor boats, debug and control on same platform: no system crash on faulty task programming garbage collector combination of user – and kernel-mode code in real-time tasks real-time-frequency up to 200 KHz frequency possible dynamic adaptation dynamic jitter compensation homogeneous interface for 32 – and 64-bit control of hardware resources within and outside of the real time task to Note In February Sybera GmbH in a one-day workshop offers you the opportunity, to inform, to share with other participants as well as experience comprehensively about the new realtime engine and backgrounds of the technologies. The participation in the Workshop is free of charge, the number of participants is limited. We are looking forward to your visit.


Comments are closed.