runtime_library:drivers:start
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| runtime_library:drivers:start [2020/12/10 19:33] – [Zynq7000] ursgraf | runtime_library:drivers:start [2020/12/10 19:46] – [Zynq7000] ursgraf | ||
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| flink is very powerful in that a specific configuration can be prepared with a set of subdevices while each subdevice can have a configurable number of channels. These channels can be mapped on any of the available MIO-pins of the Zynq7000. This offers unique flexibility. | flink is very powerful in that a specific configuration can be prepared with a set of subdevices while each subdevice can have a configurable number of channels. These channels can be mapped on any of the available MIO-pins of the Zynq7000. This offers unique flexibility. | ||
| + | ==== Universal Asynchronous Receiver/ | ||
| + | The Zynq7000 offers two independent UART interfaces. The UART0 is available on MIO14 (RX) and MIO15 (TX) with TTL levels. UART1 is routed to an FTDI-Chip and available on the USB connector on J2. | ||
| + | <code java> | ||
| + | // 1) Initialize UART1 (115200 Baudrate, 8N1) | ||
| + | UART uart = UART.getInstance(UART.pUART1); | ||
| + | uart.start(115200, | ||
| + | // 2) Use UART1 for stdout | ||
| + | System.out = new PrintStream(uart.out); | ||
| + | // 3) Redirect stderr to stdout (optional) | ||
| + | System.err = System.out; | ||
| + | </ | ||
| + | We offer a dedicated driver '' | ||
| ===== mpc555 ===== | ===== mpc555 ===== | ||
| ==== Digital I/O’s ==== | ==== Digital I/O’s ==== | ||
runtime_library/drivers/start.txt · Last modified: 2023/03/23 09:50 by ursgraf
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