This is an old revision of the document!
CAN controller certification
For the testing philosophy of CAN chips see http://www.cs-group.de/attached/sae99pc349.PDF This Paper is not anymore available. Who knows where to get it? SAE
But there is another one by Wolfhard Lawrenz “Conformance Test of In-Vehicle Communication Protocols - Why?
”
http://www.cs-group.de/uploads/media/CT_Concept_02.pdf
The following standards are important:
- ISO 11898-1:2015: CAN Data link layer and physical signaling for Classical CAN and CAN FD
- ISO 11898-2: CAN High Speed Physical Layer
- ISO 11898-3: CAN Low-speed, fault-tolerant, medium-dependent interface
- ISO 11898-4: TTCAN Time-triggered communication
- ISO 11898-5: CAN High-speed medium access unit with low-power mode
- ISO 11898-6:2013: High-speed medium access unit with selective wake-up functionality
- ISO 16845-1: CAN Conformance Test Plan, since Oct 2016 it covers Classical CAN and the CAN FD protocols.
- ISO 16845-2 CAN FD Physical Layer Test Plan
Test Lab C&S is testing compliance with OSI Layer 2.
Table
Chip | Manufacturer | Test Lab |
---|---|---|
SJA1000 | Philips | . |
PIC18FXX8 | Microchip | C&S |
C_CAN IP | Bosch | C&S |
T89C51CC01 | Atmel | C&S |
T89C51CC02 | Atmel | C&S |
ATMega32M1 | Atmel | C&S |
BF534/536/537 | Analog Devices | C&S |
MB96340 | Fujitsu | ? |
TMS320F2803x | Texas Instruments | ? |
HI-3110 | Holt Inc. | C&S |
μPD70F34x (V850) | Renesas (NEC) | C&S |
?? | Freescale | ? |
The table is not complete! Please visit this for a table maintained by C&S for CAN Standalone Controller, Micro controller and CAN-IPs.
The lab tests OSI layer 1 too, for High- and Low-Speed Transceivers. C&S maintains two tables for tested products
The Germany based IHR is another well-known test expert, which is going to provide a test tool compliant to ISO 16845-1..