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• Linux-firmware
  [[Category:Firmware]]
  21字节（2个字） - 2019年12月12日 (四) 16:13
• How to protect the coprocessor firmware
  …main processor in the coprocessor. It will ensure integrity of the loaded firmware. …to Arm@ Trustzone and resource isolation, it is possible to authenticate a firmware before loading it.
  3 KB（545个字） - 2020年5月7日 (四) 23:40

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• Linux-firmware
  [[Category:Firmware]]
  21字节（2个字） - 2019年12月12日 (四) 16:13
• How to protect the coprocessor firmware
  …main processor in the coprocessor. It will ensure integrity of the loaded firmware. …to Arm@ Trustzone and resource isolation, it is possible to authenticate a firmware before loading it.
  3 KB（545个字） - 2020年5月7日 (四) 23:40
• WLAN and Bluetooth hardware component
  1DX chipset needs 2 pieces of firmware to work: - meta-st/meta-st-stm32mp/recipes-kernel/linux-firmware/linux-firmware-bluetooth-bcm4343.bb<br />
  4 KB（517个字） - 2020年11月5日 (四) 11:06
• Android application frameworks overview
  …mware management (check running firmware, start/stop firmware, get/set the firmware name)
  2 KB（253个字） - 2020年5月8日 (五) 23:14
• Coprocessor management troubleshooting grid
  == Coprocessor firmware loading and control == ! colspan="2" | coprocessor firmware loading and control
  5 KB（701个字） - 2020年5月7日 (四) 11:20
• Coprocessor resource table
  …urce table is a global variable declared as a structure in the coprocessor firmware. This table contains resources that the remote processor requires before be …amework overview | RemoteProc]] Linux^&reg; framework during the firmware load phase to:
  4 KB（619个字） - 2020年5月7日 (四) 23:31
• Linux remoteproc framework overview
  …rk allows the different platforms/architectures to control (power on, load firmware, power off) remote processors while abstracting the hardware differences.… *Load the ELF firmware in the remote processor memory.
  8 KB（1,196个字） - 2020年5月7日 (四) 23:41
• Coprocessor management overview
  The STM32 MPU multiprocessor system allows to run independent firmwares on each CPU core. The below subsystems are involved in the management of… ** To load and execute coprocessor firmware and define static common structures.
  4 KB（537个字） - 2020年5月7日 (四) 11:19
• How to start the coprocessor from the bootloader
  The [[Coprocessor_management_overview|coprocessor]] firmware can be loaded and started by: This article explains how this coprocessor firmware is loaded by [[U-Boot_overview|U-Boot]] and started before the Linux kernel
  8 KB（1,272个字） - 2020年5月6日 (三) 18:09
• OpenSTLinux directory structure
  …M32MP157C-DK2}} {{Highlight|Examples of firmwares running on Arm Cortex-M4 → STM32MP157C-DK2 (see more in [[STM32CubeMP1 P │ │ │ | | │ └── {{Green|firmware}}
  10 KB（963个字） - 2020年5月6日 (三) 10:08
• ST-LINK
  …debug protocols depending on ST-LINK hardware version and on its embedded firmware version: === Updating the embedded firmware ===
  5 KB（753个字） - 2020年11月2日 (一) 12:20
• How to retrieve Cortex-M4 logs after crash
  …This M4 coredump records the states of the working memory of the Cortex-M4 firmware which permits to assist in diagnosing errors. If some Cortex-M4 firmware logs have been output to the [[Coprocessor_resource_table#How_to_add_trace_
  3 KB（439个字） - 2020年5月8日 (五) 23:13
• Boot chain overview
  The [[TF-A overview|Trusted Firmware-A (TF-A)]] and [[U-Boot overview|U-Boot]] secondary program loader (U-Boot …he boot chain also installs the secure monitor and may support coprocessor firmware loading.
  8 KB（1,188个字） - 2020年11月3日 (二) 11:33
• STM32MP15 DMA
  Cortex-A7 secure firmware is located in SYSRAM (both code and data). As the internal peripherals and Cortex-A7 non-secure firmware is mainly located in external memory (DDR). In consequence, DMA transfers…
  3 KB（398个字） - 2020年5月6日 (三) 23:08
• Which STM32MPU Embedded Software Package better suits your needs
  The software image contains firmware delivered as examples with regards to the STM32Cube MPU Package (if the con …each STM32MPU Embedded Software distribution Starter Package (such as the firmware available on the Arm^&reg; Cortex^&reg;-M processor<br
  12 KB（1,772个字） - 2020年11月3日 (二) 11:24
• STM32MP15 RAM mapping
  Balancing the Cortex-M4 firmware accesses among those ports allows tuning of the system performance, which… …ble uses it. The base address is fixed, the vector table section of the M4 firmware needs to be at this place but other sections may be added on top.
  10 KB（1,387个字） - 2020年5月6日 (三) 18:57
• Wrapper for FSBL images
  …ed FSBLs are available in the dedicated "debug" subfolders of "arm-trusted-firmware". If a signed image is required, sign the image in "arm-trusted-firmware/debug/" following the description given in [[STM32MP15 secure boot#Image si
  8 KB（1,358个字） - 2020年11月2日 (一) 12:59
• Boot chains overview
  The [[TF-A overview|Trusted Firmware-A (TF-A)]] and [[U-Boot overview|U-Boot]] secondary program loader (U-Boot …color:#FFFFFF; background:{{STLightBlue}};">&nbsp;coprocessor&nbsp;</span> firmware, running on the Arm Cortex-M core. This can be used to offload real-time or
  10 KB（1,566个字） - 2020年5月6日 (三) 18:12
• Reserved memory
  …y|RETRAM]] and [[MCU SRAM internal memory|MCU SRAM]] where the coprocessor firmware will be loaded.
  2 KB（216个字） - 2020年5月7日 (四) 23:54
• STM32MP15 backup registers
  …e the Cortex^&reg;-M4 firmware '''integrity check value'''. This firmware can be loaded in U-Boot or in Linux^&reg;, depending on the [[Boo …[[Power overview|low power mode]] to recover the Cortex^&reg;-M4 firmware '''integrity check value''' and compare it to the one computed on [[RETRAM
  8 KB（1,296个字） - 2020年5月6日 (三) 23:05

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