===== RCW =====

^  RCW Source  ^  ^
| Hard-coded in CPU  |    |
| QSPI  |  |

^  Manufacturer ^  Part Number  ^  Properties  ^
| Lauterbach  |  JTAG-ARMV8-A/R, LA-3743  | Debugger for Cortex-A/R (ARMv8 32/64-bit)  |
| :::  | CONV-ARM20/MIPI34, LA-3770  | ARM Converter ARM-20 to MIPI-10/20/34  |
| NXP  | CWH-CTP-BASE-HE,\\  935328292598  |
| :::  | CWH-CTP-CTX10-YE,\\  935327448598  |
| Ronetix  | PEEDI, PD-CORTEX-GDB  | Flash-Programmer & High Speed JTAG Emulator  |
| :::  | FLASH PROGRAMMER,\\  PGM-CORTEX  | Flash-Programmer  |
| :::  | ADAPTER_CORTEX10  | Adapter PEEDI to CORTEX-10  |

=====How to write RCW onto QSPI NOR =====

Please set DIP switch S1 as follows 

^  S1  ^^^^^
^  DIP  ^  1  ^  2  ^  3  ^  4  ^
^  ON  |  •  |  |  •  |  •  |
^  OFF  |  |  •  |  |  |

===== Starterkit Interfaces and Functions =====


{{template>en:templates:howto:buttons|description="There are two GPIO buttons on the MBL1012AL. They are bound to the gpio-keys driver, and can be tested with the evtest tool."|image="{{ :en:layerscape:tqmls1012al:mbls1012al:linux:yocto:tqmls1012al_gpio-button.png?nolink&400 \|}}"|device="/dev/input/event0"|test="evtest /dev/input/event0"}}


{{template>en:templates:howto:ethernet|description="The STKLS1012AL Starterkit provides four Gigabit interfaces."|ubootdescription="The IP configuration can be done statically or by a DHCP server in the network."|linuxdescription="The configuration file for the eth0 interface is located in /lib/systemd/network/ these configuration file can be altered to customize the default interface configuration."|table="\| eth0  \| 10-eth0.network  \|"}}


{{template>en:templates:howto:i2c|module="tqmls1012al/mbls1012al"|mod_arch="layerscape"|ubooti2c="0"|linuxi2c="0"}}

{{template>en:templates:howto:rtc|}}

{{template>en:templates:howto:temperature|description="There are three temperature sensors located on the STKLS1012AL, you can read them with the following commands:"}}

{{template>en:templates:howto:usb|}}


{{template>en:templates:howto:userled|description="The MBLS1012AL has two user controllable LEDs, the behavior of these LEDs can be selected by several triggers."|image="{{ :en:layerscape:tqmls1012al:mbls1012al:linux:yocto:mbls1012al_user_led.png?nolink&400 \|}}"|location="/sys/devices/platform/leds/leds/"|example="/sys/class/leds/V15/trigger"}}