Software Development Tools, Small, Fast, Reliable, Scalable Real-Time Operating System

Freescale OSEKturbo OS is the leading OSEK/VDX Real Time Operating System (RTOS) implementation available on the market today in terms of quality and performance. OSEKturbo fully conforms to the latest OSEK/VDX Operating System standard1. The RTOS is fully configurable and statically defined within the CodeWarrior IDE environment. Only those functions that are required are included providing the user with a truly scaleable RTOS. OSEKturbo OS is available for a wide range of 8-, 16- and 32-bit embedded microprocessors. The emphasis in the design of OSEKturbo OS was to meet demanding performance requirements, while maintaining the outstanding reputation for stability and quality (SEI CMM level 52 ) established in more than five years of automotive ECU development. The result is that Freescale OSEKturbo is one of most widely used OSEK/VDX OS implementations on the market today. Although the OSEK/VDX specification was created by the automotive industry, the specification does not limit its use to automotive applications and it is increasingly being used in a wide range of embedded applications ranging from industrial control to telecom products.

• OSEKturbo releases exist for all OS (BCC1, ECC1, BCC2, ECC2) and COM (CCCA and CCCB) conformance classes.
• Supported Processors
• Freescale 68HC08
• Freescale 68HC(S)12
• Freescale MPC5xx
• Freescale MPC5200
• Freescale DSP56800E
• Freescale S12X
• Freescale MPC55xx
• Freescale MAC7100
• Technical Enhancements
• Timescale feature that enables cyclic task activations based on efficient alarms
• OSEKturbo highly optimized for speed and memory on each target
• ORTI (OSEK Runtime Interface) for kernel aware debugging
• Enhanced OSEK Builder for OIL configuration
• Multiple scheduling policies
• Event control for task synchronization
• Resource management based on OSEK priority ceiling protocol
• Counter management
• Efficient alarm management
• Optimal stack methods
• Stack monitoring
• Fast links for accessing system data structures
• Automatic exclusion of unused system services
• Specific hardware features such as memory bank switching and use of low power modes, interrupt handler and Floating Point registers
• Full internal OSEK communication for inter process communication
• Task management for activation and termination of tasks
• Interrupt management
• Error handling