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* General Information | * General Information | ||
− | ** [[IPv6]] | + | ** [[IPv6|IPv6 - Internet Protocol Version 6]] |
+ | ** [[Imaging_of_Windows_Based_Computers_using_DISM|Imaging Windows based Computers using DISM]] | ||
+ | ** [[Ubuntu14.04_Acer_Aspire_V5_571_Broadcom_BCM43228_WiFi|WiFi on ubuntu 14.04 using Broadcom BCM43228]] | ||
+ | ** [[Watts_Cleaver_INPLUG| Watts Clever INPLUG Smart Plug]] | ||
+ | ** [[TPLINK_Archer_T4U_RTL8812au_Linux_Drivers|TP-Link Archer T4U AC1200 Wireless Dual Band USB Adapter Linux Drivers]] | ||
+ | ** [[DLINK_DWA-171_AC750_RTL8812au_Linux_Drivers|Dlink DWA-171 AC750 Wireless Dual Band USB Adapter Linux Drivers]] | ||
+ | ** [[Setup_NFS_Server_RootNFS|Setup NFS Server for RootNFS]] | ||
+ | ** [[Setup_TFTP_Server|Setup TFTP Server for booting Kernel Images]] | ||
+ | |||
+ | * Electronics | ||
+ | ** [[LT8490_MPPT_Buck_Boost_Solar_Regulator| LT8490 MPPT Buck Boost Solar Regulator]] | ||
+ | ** [[LT3652_Power_Tracking_2A_Battery_Charger_SLA_Lithium_MPPT| LT3652 Power Tracking 2A Battery Charger]] | ||
+ | ** [[12V_7AH_SLA_Low_Voltage_Disconnect| 12V 7Ah SLA Low Voltage Disconnect]] | ||
+ | **[[WD2002SJ_LTC3780_Synchronous_Buck_Boost_Converter_Ebay_Automatic_lifting_pressure| LTC3780 Synchronous Buck Boost Converter, VIN 5-32V VOUT 1-30V, 80W]] | ||
** [[OV7670_Camera_Module_with_AL422_FIFO_Theory_of_Operation|OV7670 Camera Module with AL422 FIFO - Theory of Operation]] | ** [[OV7670_Camera_Module_with_AL422_FIFO_Theory_of_Operation|OV7670 Camera Module with AL422 FIFO - Theory of Operation]] | ||
+ | ** [[EDISON_12VDC_TO_220_380VDC_CONVERTER|EDISON: The 12VDC to 220-380VDC Converter]] | ||
− | * GuruPlug | + | * 802.15.4 WPAN Radios |
− | ** [[GuruPlug_Building_Kernel|Building the | + | ** [[Microchip_MRF24J40_Explorer_2.4GHz_Wireless_UART_Development_Kit_(GP-GC500)|Microchip MRF24J40 Explorer 2.4GHz Wireless UART Development Kit (GP-GC500)]] |
− | ** [[GuruPlug_Building_RootFS|Creating UBIFS Root Filesystem]] | + | ** [[Budget_802.15.4_6LoWPAN_Protocol_Analyser_using_Wireshark| Budget 802.15.4 6LoWPAN Protocol Analyser using Wireshark for the Internet of Things (IoT)]] |
− | ** [[ | + | |
+ | * SensorTag (802.15.4 / BLE SoC) | ||
+ | ** [[CC2650_SensorTag_BuildYourOwnDevPack|Build your own CC2650 SensorTag DevPack Notes]] | ||
+ | ** [[6LOWPAN_Contiki_6lbr_SLIP_Radio_CC2650_SensorTag|Building 6LoWPAN Border Router using CC2650 SensorTag as SLIP-radio]] | ||
+ | |||
+ | * LoRaWAN | ||
+ | ** [[LoRaWAN_Mote_Firmware_Libraries| LoRaWAN Mote Firmware Libraries]] | ||
+ | ** [[AU_915_928_The_Things_Network_Australia_Frequency_Plan|The Things Network Frequency Plan for Australia]] | ||
+ | ** [[RAK833_LoRaWAN_Concentrator_Raspberry_PI| RAK833 LoRaWAN Concentrator Hat for Raspberry PI]] | ||
+ | |||
+ | * 433MHz Radios | ||
+ | **[[Reverse_engineering_the_RF_protocol_on_a_Kambrook_Power_Point_Controller| Reverse engineering the 433MHz RF protocol on a Kambrook Power Point Controller]] | ||
+ | **[[Reverse_engineering_the_RF_protocol_on_a_4_outlet_powerboard|Reverse engineering the 433MHz RF protocol on a 4 outlet powerboard]] | ||
+ | |||
+ | * GuruPlug Server Plus | ||
+ | ** [[GuruPlug_Upgrading_uBoot|Upgrading U-Boot with Device Tree Support for the GuruPlug Server Plus]] | ||
+ | ** [[GuruPlug_Building_Kernel|Building the Linux Kernel with Device Tree Support for the GuruPlug Server Plus]] | ||
+ | ** [[GuruPlug_Building_Embedbian_rootfs|Building an Emdebian (Embedded Debian) root filesystem for GuruPlug/armel]] | ||
+ | ** [[GuruPlug_Building_RootFS|Creating an UBIFS Root Filesystem]] | ||
+ | ** [[GuruPlug_uBoot_USB_Commands|U-Boot USB Commands]] | ||
+ | ** [[GuruPlug_Libertas_SD8688|Enabling Libertas SD8688 802.11g WiFi]] | ||
+ | ** [[Updating_the_kernel_on_the_GuruPlug|Updating the Kernel on the GuruPlug]] | ||
* Hacking the Seagate FreeAgent GoFlex Home | * Hacking the Seagate FreeAgent GoFlex Home | ||
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** [[Seagate_FreeAgent_GoFlex_Home_Console_Port|Console Port]] | ** [[Seagate_FreeAgent_GoFlex_Home_Console_Port|Console Port]] | ||
** [[Seagate_FreeAgent_GoFlex_Home_Firmare_Recovery|Firmware Recovery Mechanism]] | ** [[Seagate_FreeAgent_GoFlex_Home_Firmare_Recovery|Firmware Recovery Mechanism]] | ||
− | ** [[Seagate_FreeAgent_GoFlex_Home_Building_Kernel|Building the GoFlex Home | + | ** [[Seagate_GoFlexHome_Upgrading_uBoot|Upgrading U-Boot with Device Tree Support for the Seagate GoFlex Home]] |
− | ** [[Seagate_FreeAgent_GoFlex_Home_Building_RootFS|Creating UBIFS Root FileSystem]] | + | ** [[Seagate_FreeAgent_GoFlex_Home_Building_Kernel|Building the Linux Kernel with Device Tree Support for the GoFlex Home]] |
+ | ** [[Seagate_FreeAgent_GoFlex_Home_Building_RootFS|Creating UBIFS Root FileSystem for the Seagate GoFlex Home]] | ||
** [[Seagate_FreeAgent_GoFlex_Home_MTDTests_Toshiba_TC58NVG1S3ETA00|MTD Tests on the Toshiba TC58NVG1S3ETA00 256Mbyte NAND]] | ** [[Seagate_FreeAgent_GoFlex_Home_MTDTests_Toshiba_TC58NVG1S3ETA00|MTD Tests on the Toshiba TC58NVG1S3ETA00 256Mbyte NAND]] | ||
− | * Userland Applications | + | * BeagleBone Black |
+ | ** [[BeagleBoneBlack_Upgrading_uBoot|Upgrading U-Boot for the BeagleBone Black]] | ||
+ | ** [[BeagleBoneBlack_Building_Kernel|Building the BeagleBone Black Kernel]] | ||
+ | ** [[BeagleBoneBlack_Default_uBoot_Environment_Variables|BeagleBone Black Default uBoot Environment Variables]] | ||
+ | ** [[BeagleBoneBlack_Boot_Process|Understanding the BeagleBone Black Boot Process]] | ||
+ | ** [[BeagleBoneBlack_Cape_Manager|BeagleBone Black Cape Manager]] | ||
+ | ** [http://elinux.org/BeagleBone_and_the_3.8_Kernel Beaglebone and the 3.8 Kernel - Device Tree (DT)] | ||
+ | ** [[BeagleBoneBlack_IEEE802154_Microchip_MRF24J40| Using the Microchip IEEE 802.15.4 Radio on the BeagleBone Black]] | ||
+ | ** [[Updating_DTC| Updating the Device Tree Compiler]] | ||
+ | |||
+ | * Raspberry Pi | ||
+ | ** [[Understanding_RaspberryPi_Boot_Process|Understanding the Raspberry Pi Boot Process]] | ||
+ | ** [[RaspberryPi_RootNFS|Setting up the Raspberry Pi to boot from Root NFS]] | ||
+ | ** [[Compiling_uBoot_RaspberryPi|Compiling U-Boot with Device Tree Support for the Raspberry Pi]] | ||
+ | ** [[Raspberry_Pi_Building_Mainline_Kernel|Building the Linux Kernel with Device Tree Support for the Raspberry Pi]] | ||
+ | |||
+ | * ARM Userland Applications | ||
+ | ** [[Cross_Compiling_BusyBox_for_ARM|Cross Compiling BusyBox & GLIBC for ARM]] | ||
+ | ** [[Cross_Compiling_SFTP-Server_DropBear_for_ARM|Cross Compiling SFTP-server for DropBear]] | ||
** [[Cross_Compiling_MTD_Utils_for_ARM|Cross Compiling MTD Utilities for ARM]] | ** [[Cross_Compiling_MTD_Utils_for_ARM|Cross Compiling MTD Utilities for ARM]] | ||
** [[Cross_Compiling_SAMBA_for_ARM|Cross Compiling Samba SMB/CIFS Server for ARM]] | ** [[Cross_Compiling_SAMBA_for_ARM|Cross Compiling Samba SMB/CIFS Server for ARM]] | ||
** [[Cross_Compiling_USBIP_for_ARM|Cross Compiling USB/IP for ARM]] | ** [[Cross_Compiling_USBIP_for_ARM|Cross Compiling USB/IP for ARM]] | ||
+ | ** [[Cross_Compiling_Wide-DHCPv6_for_ARM|Cross Compiling Wide DHCPv6 for ARM]] | ||
+ | ** [[Cross_Compiling_ISC_dhcp_for_ARM|Cross Compiling ISC DHCP for ARM]] | ||
+ | ** [[Cross_Compiling_BIND_for_ARM|Cross Compiling BIND for ARM]] | ||
+ | ** [[Cross_Compiling_Radvd_for_ARM|Cross Compiling Radvd for ARM]] | ||
+ | ** [[Cross_Compiling_iptables_for_ARM|Cross Compiling IPTables for ARM]] | ||
+ | ** [[Cross_Compiling_Linux_wpan_tools_for_ARM|Cross Compiling wpan-tools (IEEE 802.15.4) User Space Tools]] | ||
+ | ** [[Cross_Compiling_RP-PPPOE_for_ARM|Cross Compiling RP-PPPoE for ARM]] | ||
+ | ** [[Cross_Compiling_BlueZ_Bluetooth_tools_for_ARM|Cross Compiling BlueZ Bluetooth Tools for ARM]] | ||
+ | ** [[Cross_Compiling_Asterisk_IPPBX_for_ARM|Cross Compiling Asterisk for ARM]] | ||
+ | ** [[Cross_Compiling_iw_wpa_supplicant_hostapd_rfkill_for_ARM|Cross Compiling iw, wpa_supplicant, hostapd and rfkill for ARM]] |
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