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I will design stm32n5 edge ai pcb design for tinyml, iot and smart sensor devices
EMBEDDED SYSTEM AND IOT DEVELOPEMENT
Hello welcome to my profile, I'm Ayeni i develop electronic hardware and embedded solutions for connected devices, automation, smart products and IoT applications. My services include PCB design, sche...
About this Gig
Bring STM32N5 Edge AI concepts into a compact, production ready PCB built for TinyML, IoT and smart sensing applications. I create hardware architectures that support on device AI processing, sensor data acquisition, low power operation and reliable embedded connectivity.
What I offer:
- STM32N5 schematic and PCB layout
- TinyML and Edge AI hardware interfaces
- IMU, temperature, audio and environmental sensors
- Wi Fi, BLE, USB, CAN and UART interfaces
- Power management and battery circuits
- High speed routing and signal integrity considerations
- Multilayer PCB layout and DRC checks
- BOM, Gerber, Pick & Place and source files
Why choose this service:
The design process focuses on signal paths, power integrity, component placement, thermal considerations and manufacturability from the start.
What sets it apart:
STM32N5 architecture is combined with Edge AI, TinyML, IoT connectivity and sensor integration for compact intelligent devices.
Message me now with your STM32N5 project details, requirements or reference files.
Other Electronics Engineering Services I Offer
FAQ
What can you build around the STM32N5?
I can create PCB hardware for Edge AI, TinyML, smart sensors, IoT nodes, wearables, automation and intelligent embedded devices.
Can you integrate sensors with STM32N5?
Yes. I can integrate IMU, temperature, pressure, motion, environmental, audio and other sensor interfaces.
Can the PCB support TinyML applications?
Yes. The hardware can be structured around Edge AI and TinyML workloads with suitable memory, sensors, power and communication interfaces.
Which communication interfaces can you include?
Depending on the project, I can integrate USB, UART, SPI, I²C, CAN, BLE, Wi-Fi and other required interfaces.
Can you design a compact multilayer PCB?
Yes. Component placement, routing, power distribution and board stack-up can be planned for compact STM32N5 devices.
