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Semantic MediaWiki
There are 1 incomplete or pending task to finish installation of Semantic MediaWiki. An administrator or user with sufficient rights can complete it. This should be done before adding new data to avoid inconsistencies.- 18:24, 5 May 2025 STM32CubeMX errata 6.15.x (hist | edit) [38,590 bytes] Registered User (Created page with "==Main fixed issues for 6.14.1== {| class="st-table" style="text-align:left;" |- ! ID !! Summary |- | [https://intbugzilla.st.com/show_bug.cgi?id=204885 204885 ] || '''The configuration tab of the SAI feature is not displaying all the expected settings in the projects using STM32HRxxx, STM32H7Sxxx, and STM32H7Bxxx products.''' The correction for this matter was provided with STM32CubeMX 6.14.1. |- | [https://community.st.com/t5/stm32cubemx-mcus/issues-with-code-generatio...")
- 10:06, 7 April 2025 ADC measurements applications (hist | edit) [46,099 bytes] Registered User (Created page with "== Titre 1 ==") Tag: 2017 source edit
- 13:36, 2 April 2025 ADC measurements recommendations (hist | edit) [9,715 bytes] Registered User (ADC measurements recommendations articles) Tag: 2017 source edit
- 15:58, 31 March 2025 H264 power consumption setup (hist | edit) [639 bytes] Registered User (Created page with "On this page, you can find a description of the setup used to measure the power consumption of H.264 encode use cases. These measurements have been done using STM32N6570-DK (version C01) and STLINK-V3PWR. === Using external SMPS === ==== Board rework ==== Current injection using I_SENS_EXT before the external SMPS (3.3V) Remove R23, R24, and C27 237x237px ==== STLINK-V3PWR connection ==== === Using Internal SMPS ===...") Tag: Visual edit
- 12:55, 28 March 2025 H264 Hardware Handshake encoding (hist | edit) [5,108 bytes] Registered User (Created page with "===Introduction=== As seen in [https://wiki.st.com/stm32mcu/wiki/Introduction_to_Hardware_Video_Encoding_with_STM32#DCMIPP [Hardware Handshake mode]] , encoding in 'Hardware Handshake' mode is interesting as it allows reducing memory footprints. However, it presents some real-time constraints that need to be understood, especially if it involves integrating a new camera. We will detail these constraints by taking the timings of the IMX335 and OV5640 that we have mon...") Tag: Visual edit
- 14:54, 26 March 2025 Introduction to Hardware Video Encoding with STM32 (hist | edit) [12,007 bytes] Registered User (bck1) Tag: Visual edit
- 16:06, 6 March 2025 Connectivity:Getting started with STM32CubeWiSE-RadioExplorer (hist | edit) [7,468 bytes] Registered User (1st draft of the STM32CubeWiSE-RadioExplorer) Tag: Visual edit originally created as "Getting started with STM32CubeWiSE-RadioExplorer"
- 17:45, 5 March 2025 Getting started with STM32WiSE-RadioExplorer (hist | edit) [18 bytes] Registered User (Created page with "===Introduction===") Tag: Visual edit
- 18:17, 12 February 2025 Connectivity:Introduction to sub-1GHz (hist | edit) [8,320 bytes] Registered User (Created page with "### Introduction to Sub-GHz RF Communication Sub-GHz RF (Radio Frequency) communication is a wireless communication technology that operates in the frequency range below 1 GHz. This range includes several industrial, scientific, and medical (ISM) bands, such as the 433 MHz, 868 MHz, and 915 MHz bands. Sub-GHz RF communication is widely used in various applications, including long-range wireless sensor networks, smart metering, home automation, and industrial control sys...") Tag: 2017 source edit originally created as "Introduction to SubGhz"
- 15:59, 12 February 2025 Connectivity:NUCLEO-WL33CC Hardware setup (hist | edit) [6,266 bytes] Registered User (Created page with "=== Introduction to NUCLEO-WL33CC=== The STM32WL3x Nucleo-64 boards based on the '''MB1801 mezzanine board''' and '''MB2029 MCU RF board''' (NUCLEO-WL33CC1 and NUCLEO-WL33CC2 order codes) embed the STM32WL33CCV6 sub-GHz application processor. This high‑performance and low‑power application processor can operate in 433, 868, and 915 MHz bands. The boards are declined in two product variants with dedicated front ends tuned for specific frequency bands. * NUCLEO-WL33C...") Tag: 2017 source edit originally created as "NUCLEO-WL33CC Hardware setup"
- 12:20, 11 February 2025 Connectivity:Getting started with LC sensing controller (LCSC) (hist | edit) [7,764 bytes] Registered User (Introduction) Tag: 2017 source edit originally created as "Getting started with LC sensing controller (LCSC)"
