[参考译文] Linux/WL1835MODCOM8B：无法在 DRA71x EVM 上分离 WL1835MODCOM8B

https://e2e.ti.com/support/wireless-connectivity/wi-fi-group/wifi/f/wi-fi-forum/728968/linux-wl1835modcom8b-unable-to-discove-wl1835modcom8b-on-dra71x-evm

工具/软件：Linux

您好！

下面是我们在 DRA76x DTS 文件上为在 Jacinto6Plus 上启动 WL1835com8B 所做的配置、但我们面临的是未检测到 WL1835com8B 的问题

是否需要在 jacinto6Plus 上启用任何开关？

提前感谢

vmmcwl_fixed：fixedreguler-mmcwl｛
               兼容="稳压器固定"；
               电脑控制器名称="vmmcwl_fixed"；
               稳压器最小微伏=<1800000>；
               稳压器最大值微伏=<1800000>；
               GPIO =<&GPIO5 8 0>；   /* GPIO5_8 */
               启动延迟-us =<70000>；
               使能端高电平有效；
       }；

MMC4_PINS_DEFAULT：MMC4_PINS_DEFAULT｛
      pinctrl-single、pins =<
         DRA7XX_CORE_IOPAD (0x37e8、PIN_INPUT_PULLUP | MODE3)/* uart1_CTSN.MMC4_clk *
         DRA7XX_CORE_IOPAD (0x37ec、PIN_INPUT_PULLUP | MODE3)/* uart1_rtsn.MMC4_cmd *
         DRA7XX_CORE_IOPAD (0x37f0、PIN_INPUT_PULLUP | MODE3)/* uart2_Rxd.MMC4_data0 *
         DRA7XX_CORE_IOPAD (0x37f4、PIN_INPUT_PULLUP | MODE3)/* uart2_TXD.MMC4_DAT1 *
         DRA7XX_CORE_IOPAD (0x37f8、PIN_INPUT_PULLUP | MODE3)/* uart2_CTSN.MMC4_DAT2 *
         DRA7XX_CORE_IOPAD (0x37fc、PIN_INPUT_PULLUP | MODE3)/* uart2_rtsn.MMC4_dat3 *
      >；
   }；

   MMC4_PINS_SDDR12：MMC4_PINS_SDDR12｛
      pinctrl-single、pins =<
         DRA7XX_CORE_IOPAD (0x37e8、PIN_INPUT_PULLUP | MODE3)/* uart1_CTSN.MMC4_clk *
         DRA7XX_CORE_IOPAD (0x37ec、PIN_INPUT_PULLUP | MODE3)/* uart1_rtsn.MMC4_cmd *
         DRA7XX_CORE_IOPAD (0x37f0、PIN_INPUT_PULLUP | MODE3)/* uart2_Rxd.MMC4_data0 *
         DRA7XX_CORE_IOPAD (0x37f4、PIN_INPUT_PULLUP | MODE3)/* uart2_TXD.MMC4_DAT1 *
         DRA7XX_CORE_IOPAD (0x37f8、PIN_INPUT_PULLUP | MODE3)/* uart2_CTSN.MMC4_DAT2 *
         DRA7XX_CORE_IOPAD (0x37fc、PIN_INPUT_PULLUP | MODE3)/* uart2_rtsn.MMC4_dat3 *
      >；
   }；

   MMC4_PINS_hs：MMC4_PINS_hs｛
      pinctrl-single、pins =<
         DRA7XX_CORE_IOPAD (0x37e8、PIN_INPUT_PULLUP | MODE3)/* uart1_CTSN.MMC4_clk *
         DRA7XX_CORE_IOPAD (0x37ec、PIN_INPUT_PULLUP | MODE3)/* uart1_rtsn.MMC4_cmd *
         DRA7XX_CORE_IOPAD (0x37f0、PIN_INPUT_PULLUP | MODE3)/* uart2_Rxd.MMC4_data0 *
         DRA7XX_CORE_IOPAD (0x37f4、PIN_INPUT_PULLUP | MODE3)/* uart2_TXD.MMC4_DAT1 *
         DRA7XX_CORE_IOPAD (0x37f8、PIN_INPUT_PULLUP | MODE3)/* uart2_CTSN.MMC4_DAT2 *
         DRA7XX_CORE_IOPAD (0x37fc、PIN_INPUT_PULLUP | MODE3)/* uart2_rtsn.MMC4_dat3 *
      >；
   }；

   MMC4_PINs_sdr25：MMC4_PINS_sdr25｛
      pinctrl-single、pins =<
         DRA7XX_CORE_IOPAD (0x37e8、PIN_INPUT_PULLUP | MODE3)/* uart1_CTSN.MMC4_clk *
         DRA7XX_CORE_IOPAD (0x37ec、PIN_INPUT_PULLUP | MODE3)/* uart1_rtsn.MMC4_cmd *
         DRA7XX_CORE_IOPAD (0x37f0、PIN_INPUT_PULLUP | MODE3)/* uart2_Rxd.MMC4_data0 *
         DRA7XX_CORE_IOPAD (0x37f4、PIN_INPUT_PULLUP | MODE3)/* uart2_TXD.MMC4_DAT1 *
         DRA7XX_CORE_IOPAD (0x37f8、PIN_INPUT_PULLUP | MODE3)/* uart2_CTSN.MMC4_DAT2 *
         DRA7XX_CORE_IOPAD (0x37fc、PIN_INPUT_PULLUP | MODE3)/* uart2_rtsn.MMC4_dat3 *
      >；
   }；

MMC4｛
       状态="正常"；
       VMMC-SUPPLY =<&vmmcwl_fixed>；
       总线宽度=<4>；
       pinctrl-names ="默认值"、"hs"、"sdr12"、"sdr25"；
       pinctrl-0 =<&MMC4_PINS_hs &MMC4_iodelay_default_conf>；
       pinctrl-1 =</MMC4_PINS_hs &MMC4_iodelay_manual1_conf>；
       pinctrl-2 =</MMC4_PINS_hs &MMC4_iodelay_manual1_conf>；
       pinctrl-3 =</MMC4_PINS_hs &MMC4_iodelay_manual1_conf>；
       电容断电卡；
       暂停时保持供电；
       TI、不可拆卸；

       #address-cells =<1>；
       #size-cells =<0>；
       wlcore：wlcore@2｛
               兼容="ti、wl1835"；
               reg =<2>；
               interrupt-parent =<&GPIO5>；
               中断=<7 IRQ_TYPE_EDGE_RISING >；
       }；
}；