Gowin Semiconductor Corp’s Post

GOWIN's USB Audio Class 2 (UAC2) reference design utilizes the following freely licensed Soft IP Cores, USB2.0 Soft-PHY & USB2.0 Controller, I2S RX & TX with control logic via USB HID (Human Interface Device). GOWIN UAC2 2x2 is optimized for low density FPGAs like GOWIN’s low cost LittleBee GW1N-9. This low cost USB2.0 Audio interface solution supports Audio Sample rates up to 768 kHz and 16-bits, 24-bits or 32 bits I2S data. #GOWIN #FPGA #UAC

Are you new to wireless or want to remove your project’s RF complexity ? Then you need a module! But then what should you consider to ensure module will ease your life ? Please read our case study and crack the code for seamless adding wireless to your application!!! #bluetooth #stm32 #iot #ble

How to choose a #Bluetooth module? The B-WB1M-WPAN1 is the 1st STM32WB1MMC board but also a case study that can help understand how to use a Bluetooth module in a smart way. The B-WB1M-WPAN1, based on the STM32WB1MMC wireless microcontroller, features a thermometer and an accelerometer to capture fundamental environmental data. It comes with the MB1880A USB board to power the system from a PC or a battery and provides power measurement capabilities. The board can also welcome an SMA connector for an external antenna for teams wishing to test a custom or cost-effective solution for niche applications. Throughout this blog post, we show the intricacies that go into designing, tuning, and developing a product that relies on a wireless stack. 🔍 http://spkl.io/60454UecH #STM32 #STBlog

What is OTA? OTA stands for Over-The-Air. This is used to update application and wireless stack in wireless microcontroller like our STM32WB Thanks to OTA, it is possible to update remotely the firmware using wireless 🛜 connection. For example, for our STM32WB we can use BLE (Bluetooth Low Energy). In our STM32WB Cube package we offer project examples for OTA to reprogram the firmware of the STM32WB from an app on a smart phone or from a computer. We wrote a great AN that expia is the details of the OTA. Over-the-air application and wireless firmware update for STM32WB series microcontrollers: https://lnkd.in/gASiGz8U #ota #stm32 #stm32wb #ble #wireless

The EVK Main is a versatile hardware kit enabling to evaluate any STMicroelectronics BrightSense image sensor or associated evaluation promodule on a computer. The solution includes an EVK Main board with USB-C output and a mechanical holder for stable image capture. With its two input connectors, it offers the user the flexibility to evaluate image sensors either as turnkey evaluation promodules or combined with any off-the-shelf M12 lens. https://lnkd.in/e6UbYfJF #embeddedsystems #imageprocessing #machinevision

32-bit Radiation-Tolerant MCU The SAMD21RT microcontroller unit (MCU) from Microchip Technology Inc. is based on an Arm Cortex-M0+ processing core that can run at a 48MHz operational speeds. It has 128kBytes of flash and 16kBytes of SRAM memory reserve, plus multi-channel data conversion capabilities. USB 2.0, I2C and SPI interfacing are all included. Highly suited to use in space applications, this device displays strong resilience to radiation exposure. It can cope with a 50kRad total ionising dose (TID) and exhibits a 78MeV.cm²/mg single event latch-up (SEL) immunity. The advantage of... READ MORE https://lnkd.in/ezpEjwDV Bob Vampola Suzy Kenyon Michelle Imbierski Clare Louise Reader Sophia Cardellino Nichole Forry Brian Thorsen

✅ The STM32 ARM Microcontroller utilises the data from the sensors to programme and manage the system, enabling the actuator to carry out a predetermined function. The kit's lightweight and portability make it simple to move about. #BEDO #BEDO_2024 #BEDO_trainer #Embedded

The STM32WBA 32-bit Wireless series brings designers the performance, efficiency, and security required for Bluetooth® Low Energy 5.3-enabled applications.

STM32 & MAX31865 🌡️ Precision Temperature Sensing: SPI Communication Mastery 🔍 Discover the art of precision temperature sensing by integrating STM32 microcontrollers with the MAX31865 RTD-to-digital converter! ✨ Delve into the intricacies of configuring and optimizing SPI communication to facilitate seamless data exchange. This project is perfect for enhancing your expertise in embedded systems and sensor integration, creating a robust and 📐 precise temperature sensing solution for various STM32-based applications. Experience high accuracy and reliable performance with this innovative project. ▶️ Watch the video 📄 Read the full article 👇🔗 [Link in the comments below] 🔗👇

📢 New Open-Source Library: VS1003 Codec for STM32 I've recently developed a library for the VS1003 audio codec chip using the STM32 HAL API. This project aims to simplify audio processing in embedded systems. Key features: - Compatible with STM32 microcontrollers - Easy-to-use interface for VS1003 operations - Example code included Check it out on GitHub: https://lnkd.in/gdiYBB7s Feedback and contributions are welcome! #EmbeddedSystems #STM32 #OpenSource