Functional Safety Solution for Industrial Automation
详情介绍
Overview
To reduce the development burden on customers as the application of functional safety standards such as IEC61508 expands within many industrial fields, Renesas offers Functional Safety Support Scheme contributing to realization of safe and trusted factory.
Functional Safety Support Scheme offers Fundamental Technology indispensable for IEC61508 SIL(*) certification, Reference kit for constructing functional safety system, and Certification Support for solving customer's problem.
Main features are as follows:
- Offer functional safety technology at a one-stop
- Reduce time for constructing functional safety system
- Correspond to various safety application
* SIL : Safety Integrity Level which is defined in the functional safety standard
Functional Safety Support Scheme for Industrial Automation
Contents of Functional Safety Support Scheme
IEC61508 SIL3 Fundamental Technology
●Safety Package
The Safety Package provides a self-test diagnostic software library for microcontroller and a complete safety manual. The package has been IEC61508 SIL3 certified by TUV Rheinland. For safe system development, developers can select the information they require from the safety manual and make use of the self-test diagnostic software library to alleviate the burden on microcontroller-level development to confirm to functional safety.
Product name | Contents | MCU | Frequency |
---|---|---|---|
Safety Package (product version) |
|
RX631, RX63N Group | 100MHz |
RX111 Group | 32MHz | ||
Safety Package (evaluation version) |
|
RX631, RX63N Group | 100MHz |
RX111 Group | 32MHz |
- Diagnosis targets
- Test timing
- - At start up, Interval execution after start up
- Running of Test condition
- - All execution or division execution
- Development tool (C compiler)
- - Renesas CC-RX compiler for functional safety
- - IAR Embedded Workbench® for RX FS
●CC-RX Compiler for Functional Safety
For constructing software in the functional safety system, it is necessary to prove that the compiler generates valid code. Renesas offers IEC61508 certified C compiler for functional safety.
Product name | Contents |
---|---|
C/C++ Compiler Package for RX Family |
|
IEC61508 Certification Kit for RX Compilers |
|
IEC61508 SIL3 Reference Kit
Renesas has documented safety system specifications and specifications for its implementation, and based on these has performed detailed design, safety analysis, and diagnostics on a dual structure of microcontroller hardware and software. These results are offered as a safety reference kit. By using the safety reference kit as a template, the developer can vastly reduce the system development time. The content and format of the safety requirements specifications and safety concept of the documents have been verified by TUV Rheinland, so it is easy for developers who are aiming for system certification to use.
Product name | Contents | MCU | Frequency |
---|---|---|---|
Safety Reference Kit |
|
RX631, RX63N Group | 100MHz |
RX111 Group | 32MHz |
Reference hardware
Board for evaluating function and performance, mounted with two RX microcontrollers
- Evaluation board
- Manual
- Connection diagram
- BOM
For RX63
For RX111
Reference software
Various diagnostic software for RX micro controller peripherals
-
Sample source code
- - Evaluation application
- - Middleware for MCU peripheral diagnosis
- - Peripheral driver
- API specification
Reference documents
Safety-related documents, and documents covering diagnostic and control methods, required CPU performance, etc.
-
Documents & guideline for the concept phase
- - Safety plan (SP)
- - Verification and validation plan (V & V)
- - Safety requirements specification (SRS)
- - Safety concept (SC)
-
Documents for diagnostic method
- - Inter-MCU communication
- - Software error diagnosis
- - Power supply voltage diagnosis
- - Other circuits diagnosis
-
Documents for safety validation
- FMEA, coverage computation and more
Total 18 documents
Certification Support
According to the requirement of the customer, Renesas widely offers certification support like seminar, design consulting and so on.
Solution Application Image
Motor Control Application
Remote IO Application
Sensor Application
Solution Product List
Product name | Product number | note | |
---|---|---|---|
RX631/63N | RX111 | ||
Safety Package (product version) (CC-RX compiler) | RTK0EF0040F01001SJ | RTK0EF0041F01001SJ | |
Safety Package (product version) (IAR compiler) | RTK5631NSPF04000SJ | RTK51110SPF01000SJ | |
Safety Package (evaluation version) | RTK5631NSPF02001SJ | RTK51110SPF02000SJ | Only for IAR compiler |
Reference hardware | RTK0EF0002D01001BJ | RTK0EF0011D01001BJ | |
Reference software | RTK0EF0004F01001SJ | RTK0EF0017F01001SJ | |
Reference documents | RTK0EF0005Z01001ZJ | All documents including Document set for the concept phase | |
Document set for the concept phase | RTK0EF0031Z01001ZJ | Documents extracted from Reference documents for the concept phase |
Recommended Products
Block | Semiconductor device | Recommended products | Features, etc. |
---|---|---|---|
MCU for Safety Control | MCU | RX631 | RX 32bit CPU, 100MHz, FPU Flash ROM:max2MB (program)/32KB (data) RAM:max256KB USB2.0 x2ch, CAN x3ch, I2C, SCI, RSPI 12bit/10bit ADC, 10bit DAC, temparature Sensor 16bitTimer Unit, Multifunction timer pulse unit Encryption and decryption functions CRC calculator |
RX63N | RX 32bit CPU, 100MHz, FPU Flash ROM:max2MB (program)/32KB (data) RAM:max256KB Ethernet MAC x1ch, USB2.0 x2ch, CAN x3ch, I2C, SCI, RSPI 12bit/10bit ADC, 10bit DAC, TemparatureSensor 16bitTimer Unit, Multifunction timer pulse unit Encryption and decryption functions CRC calculator |
||
RX111 | RX 32bit CPU, 32MHz Flash ROM:max512KB (program)/8KB (data) RAM:max64KB USB2.0 x1ch, I2C, SCI, RSPI 12bit ADC, 8bit DAC, temparature Sensor Multifunction timer pulse unit CRC calculator |
||
Network interface | Multi Protocol Ethernet controller | R-IN32M3-CL | Integrated real-time OS accelerator and Ethernet accelerator Integrated CC-Link IE Field (slave) core and internal memory Arm Cortex-M3 (100MHz), Gbit Ethernet MAC (2 port switch) CAN x2ch, CC-Link x1ch, UART x2ch, CSI x2ch, Timer x4ch |
R-IN32M3-EC | Integrated real-time OS accelerator and Ethernet accelerator Integrated EtherCAT (slave) core and internal memory Arm Cortex-M3 (100MHz), 2 port integrated Ethernet PHYs CAN x2ch, CC-Link x1ch, UART x2ch, CSI x2ch, Timer x4ch |
||
R-IN32M4-CL2 | Integrated real-Qme OS accelerator and Ethernet accelerator Integrated CC-Link IE Field (slave) core and internal memory Arm® Cortex® -M4 processor with FPU (100MHz) Two built-in Gbit EtherPHY ports CANx2ch, CC-Link x1ch, UART x2ch, CSI x2ch, Timer 32bit x4ch, Timer 16bit x16ch, 10bit ADC x8ch |
||
RZ/T Series (RZ/T1) | Tightly-coupled RAM* (TCM) 544KB Arm® Cortex® -R4 Processor with FPU (600/450MHz), Ethernet MAC (2 port switch), USB2.0,CAN *High-speed built-in memory that allows direct access from the processor core to the memory interface without passing through cache memory |
||
Built-in network function MCU & MPU | RX71M | RXv2 32bit CPU 240MHz, FPU Flash ROM:Max.4MB (program)/64KB (data) Ethernet MAC x2ch, PTPcontroller (IEEE1588Precision Clock Synchronization Protocol) USB2.0 x2ch, CAN x3ch |
|
RX64M | RXv2 32bit CPU 120MHz, FPU Flash ROM:Max.4MB (program)/64KB (data) Ethernet MAC x2ch, PTPcontroller (IEEE1588Precision Clock Synchronization Protocol) USB2.0 x2ch, CAN x3ch |
||
RZ/N Series (RZ/N1) | Dual 500MHz Arm® Cortex®-A7 and Cortex®-M3 CPU, on-chip FPU, up to 2MB of on-chip SRAM with ECC, Ethernet interface including advanced 5 port Ethernet switch, independent Ethernet GMAC and support for EtherCAT, SercosIII, Profinet, Powerlink, EtherNet/IP, DLR, PRP, HSR. Complete subset of peripherals such as Quad SPI, DDR controller, NAND Flash Controller, LCD controller, SDIO-eMMC |