Differences
This shows you the differences between two versions of the page.
| Next revision | Previous revisionNext revisionBoth sides next revision | ||
| controllers:c_can [2012/04/04 23:08] – created heinz | controllers:c_can [2014/06/21 12:12] – heinz | ||
|---|---|---|---|
| Line 1: | Line 1: | ||
| + | |||
| + | ==== C_CAN / D_CAN / M_CAN ==== | ||
| + | |||
| C_CAN is an CAN implementation developed by Bosch and sold as Intellectual Property IP to other chip manufactureres. http:// | C_CAN is an CAN implementation developed by Bosch and sold as Intellectual Property IP to other chip manufactureres. http:// | ||
| Line 5: | Line 8: | ||
| * ARM (in general) Bosch GmbH? offers the C_CAN module to be integrated via the AMBA(tm) APB interface protocol bus to an ARM processor. | * ARM (in general) Bosch GmbH? offers the C_CAN module to be integrated via the AMBA(tm) APB interface protocol bus to an ARM processor. | ||
| * Altera: Bosch C_CAN intellectual property (IP) module can be implemented on the Altera(r) Stratix(tm), | * Altera: Bosch C_CAN intellectual property (IP) module can be implemented on the Altera(r) Stratix(tm), | ||
| - | * Fujitsu 8FX/ | + | * Fujitsu |
| * Hynix ARM HMS30C7202 | * Hynix ARM HMS30C7202 | ||
| + | * Nuvoton NUC130/ | ||
| * OKI stand alone CAN controller ML67Q2301 | * OKI stand alone CAN controller ML67Q2301 | ||
| * SiLabs? C8051F040, C8051F500 | * SiLabs? C8051F040, C8051F500 | ||
| * ST STR911 | * ST STR911 | ||
| - | A new module design, the D_CAN? is available since 2006. | + | A new module design, the D_CAN is available since 2006. |
| - | Another one, M_CAN supports the new CAN FD since 2012. | + | Another one, M_CAN supports the new CAN FD :-) since 2012. Some semiconductor manufacturers are starting to implement it (Spansion in 2014, ST, Freescale, ...? ) |
