REDIce-Linux flexible real-time Linux Kernel

REDIce-Linux flexible real-time Linux kernel-general Linux technology-Linux programming and kernel information. The following is a detailed description. REDSonic's RedIce-Linux is a real-time Linux kernel designed to support applications with critical tasks and time to provide quality services for your system. RedIce-Linux includes high-precision microsecond notes, short time-first kernels, powerful predictable system schedules, and mechanisms to ensure task performance.

RedIce-Linux provides the capability and reliability of open-source Linux with the unique real-time system capability to ensure application performance. The RedIce-Linux kernel is based on the Linux operating system and can be executed within microseconds.

REDIce-Linux software development kit

The SDK provides easy-to-use POSIX APIs to help system developers write real-time applications at the top of the REDIce-Linux kernel (completely compatible with common Linux distributions. The REDIce-Linux SDK includes a budget-controlled rate-monotonic schedule to ensure real-time performance and isolation between real-time applications. RedIce-Linux 1.0 and SDK can be freely evaluated and downloaded from REDSonic, here.

The real-time embedded Linux Solution Provider REDSonic released the RedIce-Linux 2.0 beta version, which is the first full integration of the hard real-time Linux critical technology. Unlike other real-time Linux commands on the market, REDIce-Linux allows RTAI and REDIce-Linux to run simultaneously. This requires a very low response time (less than 50 microseconds) and a hard real-time user application (fully supported by the Linux kernel), which works side by side and has the same work priority structure.

The REDIce-Linux method adds new real-time capabilities in the standard Linux kernel and saves all existing Linux functions. This is done by inserting a priority point into the kernel and including microsecond memory. In addition to taking precedence over the kernel, REDIce-Linux also includes a very flexible schedule, reporter, and distribution operator. By isolating these two modules, it can easily modify and integrate different calendar examples into the same common framework. You can now get the REDIce-Linux 2.0 beta to evaluate and select the consumer and creator.

REDIce-Linux advantages:

Cost efficiency-with REDIce-Linux's resource and budget control system components, you can build the same function at a lower hardware cost.

Reliability-because all tasks have their own budget and system resources, they are isolated from each other. In this way, the error behavior of a task will not affect the overall stability of the system.

Predictable-REDIce-Linux provides more predictable behavior by using an integrated time-driven and shared-driven schedule example.

Response-the task is not blocked by other critical tasks with blurred time lengths. The task is more reliable due to reduced kernel blocking latency.