Excellent topic but so hard to understand what he is saying. Bikini of the stack?

This video has NOTHING AT ALL to do with Azure RTOS (Eclipse ThreadX)😡😡

OH YEAAAAH!!!! NOW THIS IS GOOD STUFF!!!! YOU GET A THUMBS UP!!!

Larger LCD panels typically have a controller. Can any ST chip replace that controller? Drive an LCD panel directly? Example: Waveshare banner LCD has HDMI adapter, plus touch screen control, on a PCB on the back of the panel. If I don't need HDMI, can an ST chip replace that PCB?

Very good content, slow paced which is ideal for beginners, it's just a pity that the voice is monotone. At least in me it induces sleep. Aside from that, I have nothing to fault the videos, good work.

So, is that tiny ML?

❤

hi, RTOS on STM32MP1xx when will we have.

👍

A better title might be: "a short introduction to the workshop activities.

@3:10 get error "invalid network".

very nice!

Simply _packed attribute tell it clear.

hi can you share the code?

Awesome ❤

Excelente..... Te felicito....un abrazo....!!❤

I don't know if I need this much graphics power. Looking for a device that can sit between (wired) keyboard and PC. Passes through data, takes power from PC. "Activated" when a keyboard combination invokes it.

Just wanted to say thank you for the course. Very difficult to find good information

Great !

@AdityaMehendale are you asking for a webinar?

narration > music

I'd like to see this combined with a fast 120MHz ADC. If this runs at 600MHz, you get 5 clocks per sample. A true test of cpu capabilities.

Is it possible to initialize the STM32H745 FDCAN for Classic 2.0 (non-FD) mode? I'm interested in transmitting 30 8-byte messages every second.. I assume the peripheral's FIFO isn't that deep, so I will either have to use a TX FIFO empty interrupt in order to feed it more data... OR (preferably).. Have the DMA push the data to the FDCAN peripheral automatically without CPU intervention. How doable are either of these? Does the DMA controller support memory to FDCAN, or are there registers that the FDCAN needs configured for every transfer?

با للانجليزية وفضاعة النطق

Le guignol 😷 est sûrement celui qui a planché sur la santé connecté...

This is phenomenal

can we use STM32 Nucleo board NUCLEO-F401RE

Someone must simplify the electronic system, as it is very complex and includes many parts that may consume a lot of energy.

Masha Allah

Nice workshop! I tried it with STM32CubeIde1.15.0 and I had some problems with STM32_WPAN in CubeMX; with 1.14.1 version it works!

Great Graphics

Your wiki does not seem to be editable by me which seems to be a defining aspect of 'wiki'. I wouldn't call it a wiki.

great size of info .what a big development .

Came to this video cause of the android 15 update

Great content !!!But the background music is very distracting!

Très belle vidéo, merci !

Renesas is #1

User: what is the point of having multiple segments? is only part of the surface returning a value because that is where the specular reflection occurs? Model: The multi-zone functionality in the VL53L5CX sensor offers several advantages for liquid level detection, especially when dealing with potential challenges like surface reflections, container shapes, and varying liquid properties: * Handling Specular Reflections: You are correct that specular reflections (direct reflections like a mirror) can be an issue. With multiple zones, the software can analyze the reflection data from various points on the liquid surface. This allows it to identify and potentially disregard zones with abnormally high or low readings, which might be due to specular reflections or other anomalies. * Adapting to Different Container Shapes: Containers with curved surfaces or complex geometries can cause inconsistencies in single-point measurements. Multi-zone sensing allows the system to capture a more comprehensive picture of the liquid level across different areas of the container, leading to a more accurate overall measurement. * Averaging and Noise Reduction: By analyzing data from multiple zones, the software can average the readings and reduce the impact of noise or minor fluctuations in individual zones. This results in a more stable and reliable liquid level measurement. * Identifying Obstructions: In some scenarios, there might be objects or obstructions partially blocking the sensor's view of the liquid surface. Multi-zone sensing helps to detect such situations by identifying inconsistencies in the readings across different zones. This allows the system to flag potential issues or adapt its measurement strategy accordingly. Essentially, having multiple segments provides redundancy and spatial information, enabling the system to overcome limitations associated with single-point measurements and deliver a more robust and accurate liquid level detection solution.

Is’it automotive grade ?

There is no better than STM32 for embedded graphics performance, tools, quality, and overall value! Great job!

Plz give me its block diagram

What is the point if it is more advanced if pi zero is cheaper

Is the dev board available?

What is the global availablility looking like? There can be some pretty large import costs if not locally distributed.