Arduino LibrariesNimBLE-Arduino (2.4.0) for esp32/arm-ble by h2zero
➡️ https://github.com/h2zero/NimBLE-Arduino
Bluetooth low energy (BLE) library for Arduino based on NimBLE.
#ArduinoLibraries #ArduinoLibs #esp32Libraries #arm-bleLibraries
ArjanA highly optimized Art-Net and sACN pixel controller for GD32 Cortex-ARM microcontrollers, built around a Timer → DMA → GPIO architecture for deterministic timing, minimal CPU overhead, and maximum output efficiency.
http://gd32-dmx.org/pixel.html
#neopixel #pixel #arm #gigadevice
http://gd32-dmx.org/pixel.html
#neopixel #pixel #arm #gigadevice
maxfx🚀 FreeBSD support has been committed to ARM Compute Library!
This is a great step forward for running optimized ARM workloads on FreeBSD, especially for embedded and aarch64 platforms.
Looking forward to testing and integrating it into real-world FreeBSD setups.
𝕃𝕚𝕟𝕦𝕩𝟘RE: https://bonito.cafe/@linux0/116253109970856474
Bitácora de ingenieria inversa
Episodio 1 - X6-bootleg pt.2
Fecha 2026-03-19
Bueno, ya hay drivers y de todo (Que no hice yo)... lo que necesito ahora es ver como reemplazo todo esto de forma casera.
Estos SoCs hacen el siguiente boot sequence.
Conceptualmente SPL carga el mismo código que U-Boot pero restringido, solo los drivers necesarios y una version recortada de esos drivers, todo para meterlo en la SRAM.
A mi parecer, son conceptualmente equivalentes estos terminos.
BROM = BIOS
SPL = Bootstrap
U-Boot = Bootloader //Este es literalmente así jajajaja, no es "equivalente" U-boot es un bootloader, solo que un bootstrap y un bootloader tienen diferencias.
Al margen de eso, dejo estos artículos de utilidad.
Libreria F1C200S
Codigo pelado para Allwiners
Proyectos con F1C100s/F1C200s
F1C100s-info
#sunxi #linux #reverseengineering #devlog #drivers #lowlevel #hacking #os #firmware #soc #arm
cnx-software.comClintech Pico – The first Raspberry Pi RP2354B board offers 48 GPIOs in Raspberry Pi Pico form factor
Clintech Pico – The first Raspberry Pi RP2354B board offers 48 GPIOs in Raspberry Pi Pico form factor
Designed by Clintech Ltd. in Bulgaria, the Clintech Pico Board appears to be the first development board based on the Raspberry Pi RP2354B chip with 2MB on-chip memory. It retains the same form factor as a Raspberry Pi Pico 2 but adds extra GPIOs to make use of the 48 general-purpose GPIOs provided by the RP2354B chip. Like the Raspberry Pi Pico 2, this board features 40 castellated and through holes on the sides, exposing GPIOs 0–22 and 26–28, along with 3 debug pins. Additionally, the board includes 27 extra on-board through holes that break out the remaining GPIOs (23–25 and 29–47) as well as the QSPI interface (SD0–SD3 and SCLK) for external memory. Clintech Pico specifications: SoC - Raspberry Pi RP2354B CPU Dual-core Arm Cortex-M33 @ 150 MHz with Arm Trustzone, Secure boot Dual-core 32-bit RISC-V Hazard3 @ 150 MHz (3-stage in-order pipeline; RV32IMAC with Zba, Zbb, Zbs, Zbkb, Zcb, Zcmp, and
更新されたよ、見に来てね!→ #GNOME 50登場! #AI がバグを発見? #Ubuntu & #Telnet の危機を救え #Arm サーバーの無停止革命 2026年3月19日(木) #News #security https://www.youtube.com/watch?v=tPHsWCLgGpo
#GNOME 50登場! #AI がバグを発見? #Ubuntu & #Telnet の危機を救え #Arm サーバーの無停止革命 2026年3月19日(木) #News #security
更新されたよ、見に来てね!→ 【ダイジェスト版】#GNOME 50登場! #AI がバグを発見? #Ubuntu & #Telnet の危機を救え #Arm サーバーの無停止革命 3月19日(木) #News #security https://www.youtube.com/shorts/Sry09Wki0Rc
【ダイジェスト版】#GNOME 50登場! #AI がバグを発見? #Ubuntu & #Telnet の危機を救え #Arm サーバーの無停止革命 3月19日(木) #News #security
Interfacing Linux
KekaKeka v1.6.1 for #macOS💻 is here!
ZIP & ZSTD enhancemets 🛠️
What’s new? https://r.keka.io/?v=1.6.1
Get it on https://download.keka.io
Thanks for the continued love and feedback to all users! ❤️
Special thanks in this update:
GitGoo70
tirlarim
Thanks to all the translators 🌍! In this update:
🇨🇳 _maxsky
🇨🇿 erbenfr
🇷🇺 nitrodox
🇸🇪 lnswlrd
🇧🇬 m_dragoev
🇫🇷 marccroteau
nietras 👾