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20 December 2024
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N 18:10 | Connectivity:STM32WB0 Build BLE Project 2 changes history +8,326 [Registered User (2×)] | |||
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18:10 (cur | prev) +29 Registered User (Changed categories.) | ||||
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18:06 (cur | prev) +8,297 Registered User (Created page with "{{DISPLAYTITLE: How to build a STM32WB0 Bluetooth<sup>®</sup> Low Energy project}} ==Presentation== This page describes how to build easily and install STM32WB0 Bluetooth® Low Energy example applications.<br> Project examples can be found on '''STM32CubeWB0 MCU Package'''<ref name="STM32CubeWB0-Package">[https://www.st.com/en/embedded-software/stm32cubewb0.html STM32CubeWB0 MCU Package]</ref>, and are available for different platforms. {|style="margin-left: auto; margi...") Tag: 2017 source edit | |||
| N 15:53 | Connectivity:STM32WB0 Data Throughput diffhist +53,212 Registered User (Created page with "{{DISPLAYTITLE:STM32WB0 Bluetooth<sup>®</sup> LE – Data throughput measurement}} ==Data throughput profile== Data throughput applications are proprietary applications used to measure the throughput between devices according to different parameters, 1M or 2M PHY, different connection intervals. Data throughput applications are named BLE_DataThroughput_Client and BLE_DataThroughput_Server.<br> The data throughput server is the device exposing three characteristics to b...") | ||||
| N 13:00 | Connectivity:Bluetooth LE Audio - STM32WBA Gaming Audio Profile diffhist +13,090 Registered User (Created page with "{{DISPLAYTITLE: Bluetooth<sup>®</sup> LE audio - Gaming Audio Profile }} == Introduction == The Gaming Audio Profile is a Bluetooth® Low Energy Audio Profile specified by the Bluetooth SIG. It is categorized as a "use-case profile", meaning that it is a high-layer profile designed for a specific use case. The complete specification can be found on the Bluetooth SIG website<ref name="GMAP-spec>[https://www.bluetooth.com/specifications/specs/gaming-audio-profile-1-0/ Ga...") | ||||
19 December 2024
| N 07:54 | Category:How to start with ROT on STM32H5 diffhist +264 Registered User (Created page with "<big>This category includes all articles "How to start with ROT and STM32H7RS"</big> <noinclude> 10 {{PublicationRequestId | Auto | | Automatic approval based on the “Category model” article}} </noinclude>") | ||||
18 December 2024
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N 15:20 | Connectivity:STM32WB0 EATT 2 changes history +16,915 [Registered User (2×)] | |||
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15:20 (cur | prev) +47 Registered User (Changed categories.) | ||||
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14:59 (cur | prev) +16,868 Registered User (Created page with "{{DISPLAYTITLE: STM32WB0 Enhanced ATT (EATT)}} == '''Enhanced ATT (EATT) feature''' == Enhanced ATT is a Bluetooth<sup>®</sup> Low Energy 5.2 standard feature: it is implemented for STM32WB0.<br> Whereas the original unenhanced attribute protocol operates in a sequential manner, the enhanced attribute protocol provides a way to perform concurrent/parallel transactions between a Bluetooth<sup>®</sup> Low Energy client and a server and potentially reduce the latency of...") Tag: 2017 source edit | |||
| N 14:13 | Connectivity:STM32WB0 BLE Stack Integration diffhist +36,079 Registered User (Created page with "{{DISPLAYTITLE:STM32WB0 Bluetooth<sup>®</sup> LE Stack Modularity and Integration}} =='''Introduction'''== This wiki describes to an application developer the STM32WB0 series Bluetooth<sup>®</sup> LE stack library modularity feature and how to integrate the Bluetooth<sup>®</sup> LE stack library on a user application.<br> <br> {| style="margin-left: auto; margin-right: auto;" |- !Acronym definitions |- | {| |- !Acronym!!Definition |- |ACI||Application Controller Inte...") | ||||
17 December 2024
| N 16:15 | Connectivity:STM32WB0 Serial Port diffhist +34,676 Registered User (Created page with "{{DISPLAYTITLE:STM32WB0 Bluetooth<sup>®</sup> LE – Peer 2 Peer Applications}} ==Serial Port application == The '''Serial Port Application''' is a Generic Attribute Profile (GATT) based low-energy application defined by STMicroelectronics with proprietary UUIDs(128 bits).The Serial Port application can be used to demonstrate Point-to-Point communication using Bluetooth Low Energy GATT component. It is used to exchange data entered on the UART of each board.<br> The '...") | ||||
16 December 2024
| 15:43 | Connectivity:STM32WB0 BLE Privacy diffhist +19 Registered User (Changed categories.) | ||||
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15:42 | Connectivity:STM32WB0 BLE security 2 changes history +48 [Registered User (2×)] | |||
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15:42 (cur | prev) −28 Registered User (Changed categories.) | ||||
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15:42 (cur | prev) +76 Registered User (Changed categories.) | ||||
| N 12:35 | Connectivity:STM32WB0 Connection Oriented Channel – COC diffhist +20,055 Registered User (Created page with "==STM32WB0 - Connection Oriented Channel== A Connection Oriented Channel - COC allows the exchange of Bluetooth<sup>®</sup> Low Energy data at L2CAP layer without GATT layer. There is no notion of client/server, only central and peripheral.<br> To set a COC logical link, it is necessary to establish first a Bluetooth<sup>®</sup> Low Energy link. Over this Bluetooth<sup>®</sup> Low Energy link, one or several COCs can be established.<br> The central or the peripheral...") | ||||
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N 10:29 | Connectivity:STM32CubeWB0 Real Time Debug 2 changes history +12,606 [Registered User (2×)] | |||
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10:29 (cur | prev) +41 Registered User (Changed categories.) | ||||
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10:28 (cur | prev) +12,565 Registered User (Created page with "{{DISPLAYTITLE:STM32CubeWB0: Real Time Debug}} ==Introduction== The STM32CubeWB0 firmware provides real time (RT) debug capabilities. The RTDebug module is GPIO based for a minimal impact on real time timings. The module is present, by default, into the application framework. While enabling the RTDebug module in the application, the user can choose, among a various list of signals, the ones it wants to monitor and which GPIO is assigned for output. Some default config...") Tag: 2017 source edit | |||
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N 10:23 | Connectivity:STM32CubeWB0 Memory Management 2 changes history +23,551 [Registered User (2×)] | |||
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10:23 (cur | prev) +41 Registered User (Changed categories.) | ||||
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09:47 (cur | prev) +23,510 Registered User (Created page with "{{DISPLAYTITLE:STM32CubeWB0: Memory management }} ==Introduction== An enhanced version of dynamic allocation is available with the STM32WB0: the Advanced Memory Manager (AMM). It eases dynamic allocations in a multitask/shared environment without adding much complexity. <br><br> The new features provided by AMM are the following: * Support of several Virtual Memories * Minimum size warranty per Virtual Memory (Quality Of Service - QOS) * Callback in case of memory alloc...") Tag: 2017 source edit | |||
| N 09:43 | Connectivity:Bluetooth qualification workspace example with STM32WB05 diffhist +12,799 Registered User (page creation) | ||||
| 09:36 | Security:How to create ROT examples for STM32N6 diffhist −50 Registered User (Changed categories.) | ||||