Overview
Description
This product is a real-time operating system (real-time OS) that is an implementation of the μITRON4.0 specification. μITRON is the predominant real-time OS for embedded systems in Japan. Its low resource requirements, outstanding real-time performance, and broad range of service calls make it very suitable for embedded systems requiring true real-time and multi-tasking capabilities.
In addition, its high degree of compatibility with the compiler package from Renesas Electronics and multitasking debugging on the IDE will help you greatly reduce development times and get your products to market more quickly.
Note:
All products listed as target devices are obsolete or not recommended for new designs.
Features
- Conformance with the µITRON4.0 Specification
The design conforms with the µITRON4.0 Specification, which prescribes a representative OS architecture for embedded control. - Real-time performance
Task switching time is 1.8μsec, which is even faster than the previous product.Time it takes a target task to be activated after a wup_tsk is issued. (SH7729R@167MHz, at time of cache hit) [Learn More] - Superb functionality
Supports more than 100 service calls, such as the dynamic task generation system call.They support various applications.[Learn More] - Configurator
The configurator is equipped which makes the setup of OS construction parameters easier.[Learn More] - Supports the multi-task functionality in High-performance Embedded Workshop
The Debugging Extension is an optional software which supports the following functions:[Learn More]：- Displaying the states of OS control objects such as tasks, semaphores, etc.
- Issues the service calls for task activation and event flag setting etc.
- Graphically-displayed service call history
- Cooperation with 3rd parties
We provide various solutions to deliver great environments for debugger/application software development, distribution of middleware, customization, and hardware platform etc. in conjunction with our partner vendors. - Target CPU: SuperH RISC engine Family SH-3、SH3-DSP、SH4AL-DSP (MMU (Memory Management Unit) is not supported.)
- Supported compiler: C/C++ Compiler Package for SuperH Family
- Learn More
Release Information
Latest Ver.: V.2.03 Release 01
Released: Nov 01, 2011
Details of upgrade (See Tool News)
Operating Environment
Agreement Details
Target Devices
Downloads
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| Type | Title | Date |
| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.04 Release 00 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.04 Release 00 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 04 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 04 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 03 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 03 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 02 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 02 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 01 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 01 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.1.04 Release 00 (No source code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.1.04 Release 00 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 00 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.03 Release 00 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.02 Release 02 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.02 Release 02 (Source Code attached) Upgrade
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| Upgrade - Debugger | Real-time OS Debugger Debugging Extension V.1.08 Release 00 Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.02 Release 00 (No Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.2.02 Release 00 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.1.03 Release 01 (No source code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.1.03 Release 01 (Source Code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V.1.03 Release 02 (No source code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V1.3.00 (No source code attached) Upgrade
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| Upgrade - OS | Realtime OS for SuperH Family HI7700/4 V1.3.00 (Source Code attached) Upgrade
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Documentation
Log in required to subscribe
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| Type | Title | Date |
| Manual - Development Tools | PDF 199 KB 日本語 | |
| Manual - Development Tools | PDF 113 KB 日本語 | |
| Application Note |
PDF
750 KB
日本語
AI-generated Summary:
Real-time OS aware debugging supports various real-time operating systems including HI7200/MP, ThreadX, uC/OS-II, and TOPPERS variants. It operates within High-performance Embedded Workshop on Windows platforms and integrates with SuperH Family RISC engine simulators/debuggers. The document details environment setup, program downloading, OS definition selection, task state monitoring, execution history, and timing display functions.
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| Tool News - Note | PDF 197 KB 日本語 | |
| Tool News - Release | PDF 233 KB 日本語 | |
| Tool News - Note | PDF 193 KB 日本語 | |
| Manual - Development Tools | PDF 2.82 MB 日本語 | |
| Tool News - Release | PDF 197 KB 日本語 | |
| Tool News - Release | PDF 200 KB 日本語 | |
| Technical Update | PDF 19 KB 日本語 | |
| Technical Update | PDF 33 KB 日本語 | |
| Technical Update | PDF 18 KB 日本語 | |
| Application Note |
PDF
3.03 MB
AI-generated Summary:
The document provides important disclaimers and usage guidelines for semiconductor products, emphasizing that the information is for reference only and subject to change. It highlights that Renesas assumes no liability for damages or third-party rights infringements arising from the use of the data. Safety considerations are stressed, advising users to design circuits with protective measures to prevent injury or damage. Export control restrictions and the need for prior approval for reproductions are also noted.
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| Technical Update | PDF 21 KB 日本語 | |
| Technical Update | PDF 52 KB 日本語 | |
| Tool News - Notification | PDF 199 KB 日本語 | |
| Tool News - Notification | PDF 206 KB 日本語 | |
| Technical Update | PDF 18 KB 日本語 | |
| Guide | PDF 756 KB | |
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Additional Details
Supported CPU Cores
SH-3, SH3-DSP, SH4AL-DSP
*MMU (Memory Management Unit) is not supported.
Kernel specifications
| Specifications/Functions: | Supports the following functions including uITRON4.0 spec-compliant standard profile. ・Service calls for dynamic object creation(cre_???, acre_???) and deletion(del_???) ・Mutex (TA_CEIL attribute only) ・Message buffer ・Variable-length memory pool ・Alarm handler ・Over handler The following are the Renesas-specific functions ・Task-attached event flag ・Cache support function |
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| Scheduling types: | Priority basis type / Event-driven type |
| Target CPU: | SH-3, SH3-DSP, SH4AL-DSP *MMU is not supported. |
| Service call number: | 152 (Count xxx_yyy plus ixxx_yyy as one) |
| Maximum object number: | 1023 (Only the cycle handler and the alarm handler have 15 each) A maximum value can be selected with the configurator |
| Maximum Priority number: | 255, A maximum value can be selected with the configurator |
| Application operating mode: | All application programs are operated in privileged mode |
| Performance (Time takes for a target task to be executed after the wup_tas is issued.): | 1.3 microseconds (SH73180, 216MHz, cache enabled) |
| Kernel code size: | From 7.5K bytes to 46K bytes |
| Kernel RAM usage per task: | Data: 64 bytes Stack: 184 bytes |
Components
| Provided items | Explanation | Note |
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| Kernel source program | Kernel source program | Provided only with mass- production licenses which include source code. |
| Kernel library | Kernel library for system building Kernel library for DSP support DSP standby control function library Optimaized timer function library Cache support library | Compliant with big/little endian |
| Standard header files | ITRON specification common definition files Kernel specification definition files Other definition files | Header files are provided both in Assembler and C language |
| Configurator | To configure a construction parameter | — |
| Various sample programs | CPU initialization routine assembler source CPU initialization routine C source Exception enter/exit processing assembler source Section initialization processing C source Section information definition file Undefined interrupt detailed information acquisition process source System down routine source Timer driver source | — |
| Workspace for construction | HEW workspace for system building Project file for separate linkage Project file for whole linkage | — |
| Manual | HI7000/4series user's manual | — |
Processing Flow
Image
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