January 5, 2011 – LynuxWorks announced LynxSecure 4.0 support of the new Intel Core i7 and i5 processor families. LynxSecure is a separation kernel and embedded hypervisor that provides an environment in which multiple guest operating systems and their applications can execute at the same time, in their own virtual partitions, without compromising security, reliability or data integrity.The new generation of Intel Core processors offers a new microarchitecture and features multi-core processing showing an impressive leap in energy efficient performance using Intel Turbo Boost and Intel Hyper-Threading Technologies.
In addition to being software compatible with previous IA-32 processors, the new processor families now include both an integrated graphics engine and a memory controller—which gives developers an efficient two-chip platform to use in designing demanding virtualized solutions. These new embedded processors are aimed at meeting the needs of developers in retail, medical, gaming, military and government and energy industries, and when combined with LynxSecure offer a unique platform for developing next generation embedded systems.LynxSecure 4.0 provides one of the most flexible secure virtualization solutions for use in Intel architecture based embedded and computer systems.
Designed to maintain the highest levels of military security, and built from the ground up to achieve it, LynxSecure 4.0 now offers a combination of security with functionality, allowing developers and integrators to use the latest software and hardware technologies to build complex multi-OS based systems. LynxSecure offers two virtualization schemes, para-virtualized guest OSes such as Linux and LynxOS-SE offering maximum performance, and fully virtualized guest OSes such as Windows, Solaris and Chromium OS requiring no changes to the guest OS. Another key feature that LynxSecure offers is the ability to run guest OSes that have Symmetric Multi-processing (SMP) capabilities.
The new quad-core Intel Core i7 processor makes this feature a reality by allowing one of the guest OSes to run across multiple cores, offering performance never seen before in a virtualized embedded system.
