Embedded OS from single-core exclusive to multi-core/multi-OS!
MULCOS-2 is a bare-metal hypervisor that utilizes ARM(R) TrustZone(R) technology, providing a multi-OS operating environment along with inter-OS synchronous communication capabilities, and is compatible with both single-core and multi-core systems. In a quad-core setup, it can implement up to four RTOS in the secure space and one to four cores running a single Linux in the non-secure space, and it can also implement both RTOS and Linux on a single core. The synchronous communication features include four functionalities: message queues, semaphores, event flags, and shared memory (the shared memory feature will be supported in the next version).
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basic information
◆Main Features of MULCOS-2 - Easy upgrades with additional cores - Protection of RTOS data from Linux - Freedom to allocate cores used by the OS - Real-time performance of RTOS unaffected by Linux - Compatibility with commercially available μITRON compliant RTOS ◆Main Package Contents - MULCOS-2 main program - Driver program for μITRON - Driver program for Linux - Patches and patch procedure for Linux and U-Boot on the reference board Note: RTOS (μITRON) is not included ◆Hardware Requirements Processor from the Cortex-A series with ARM TrustZone technology implemented ◆MULCOS-2 Product Model Names - MC2-ALCVS MULCOS-2 for Altera Cyclone V SoC - MC2-XLZQ7 MULCOS-2 for Xilinx Zynq-7000 - MC2-NPMX6 MULCOS-2 for NXP i.MX 6
Price information
Project License
Price range
P5
Delivery Time
P4
Applications/Examples of results
This request matches the following requirements! - I want to use resources from a single-core RTOS on a multi-core system. - There are processes I want to start before Linux boots. - I want to use real-time processing that Linux cannot handle. - I want to leave complex peripheral functions to Linux and use an RTOS as the main system.
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Company information
Based on the technology cultivated through the development of embedded OS kernels, we are actively engaged in the development of software that utilizes multi-core processors. By providing software and platforms that support multi-core, we aim to support Japan's manufacturing industry. As the first step, we have commercialized software called MULCOS-2, which can build a multi-OS environment implementing real-time operating systems such as ITRON and Linux/Android. Moving forward, we will continue to develop real-time operating systems suitable for a wide range of applications, starting with hypervisors for high-end processors.
