IO601

Intelligent CAN module with 2 isolated and software-selectable high/low speed CAN ports

This module is a very versatile intelligent CAN-bus I/O module. Due to the on-board microcontroller and its firmware which handles incoming and outgoing CAN messages autonomously the real-time target machine's main CPU is offloaded from directly managing the low-level flow of CAN messages. The module offers 2 isolated CAN ports. Each port can be software-selected for highspeed or lowspeed operation. The xPC Target driver blockset for this module offers a complete Setup block and various types of Receive and Transmit blocks supporting FIFO mode as well as Object mode.

Highlights

• 2 galvanically isolated CAN 2.0b ports
• Software selectable highspeed/lowspeed mode (individually for each channel)
• Powerful on-board microcontroller running low-level CAN firmware
• 'Lean' on-board CAN firmware leads to minimal receive and transmit driver block latencies
• Extensive xPC Target driver blockset
• Setup driver block downloads microcontroller firmware each time a target application is initialized: Easy update of firmware

This I/O module is in the PMC form factor and can be used in any of the Performance, Mobile, and Modular or application optimized real-time target machines from Speedgoat (exception: Classic real-time target machine). The PCI bus of this module runs at 32-bit/33MHz.

Each module comes with a short external test cable (both connectors terminated) for easy loopback testing. An xPC Target driver block library is also part of the package.

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Customer quote

"Up and running in less than a day!"

Darren Hartman,
HUSCO International

News

Visit usat our booth at the MathWorks Model-Based Design Forum on May 26, 2009 in Darmstadt, Germany (01-May-09)

Performance and Automation real-time target machine fully launched (01-Nov-08) Read more

Half-width Modular real-time target machine launched (01-Oct-08) Read more

McLaren Electronic Systems and Red Bull Technology joined Speedgoat at the MathWorks Automotive Conference (10-Jun-08) Read more

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