BCM48: Difference between revisions
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==BCM48== | |||
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File:BCM-5646-48-1404.jpg|[http://www.neweagle.net/support/wiki/index.php?title=Controllers#BCM-5646-48-1404_.28BCM48.29 BCM48] | |||
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== BCM48 Additional Info == | == BCM48 Additional Info == | ||
Revision as of 18:31, 9 February 2015
BCM48
BCM48 Additional Info
Freescale CodeWarrior v2.10 compiler must be used to compile software for the BCM48. This compiler can be found here.
CAN vs. Ethernet
Application
- CAN
- Small scale
- Great for embedded systems
- ECU's in vehicles are a great example of effected CAN usage
- Ethernet
- Large scale
- Perfect for automation and control of fabrication
- Connecting, controlling and monitoring all the machines within a factory is a great application for Ethernet
Cost
- CAN
- Low cost
- Small amount of software and hardware required
- With the small scale applications, CAN is a convenient option
- Ethernet
- Cost effective
- With ever decreasing costs Ethernet is a feasible option for large scale operations
- With the large amount of hardware and software required, which leads to unlimited custom options
Specifications
- CAN
- 1 Mbit/sec data transfer rate
- 1000 times faster than serial communication
- Useful integrated functions such as:
- Message collision prevention
- Error detection
- Data recovery
- Ethernet
- Up to 1000 Mbit/sec data transfer rate
- Up to 1 million times faster than serial communication
- With the software addons excessively available anything can be added, such as:
- Incorporated prioritization
- Data synchronization
- Error management