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I will design lorawan sensor node pcb low power iot telemetry lora esp32 sx1262 antenna
Wireless IoT PCB Design Engineer for LoRa Cellular GNSS Devices
I design professional wireless IoT PCBs for connected products and remote monitoring systems My work covers LoRa and LoRaWAN sensor nodes NB IoT LTE M GNSS telemetry Matter and Thread smart devices ES...
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I design custom low power IoT hardware for battery and solar powered devices used in agriculture, environmental monitoring, smart metering, asset tracking, water monitoring, livestock telemetry and remote infrastructure.
I develop electronics around ESP32 or STM32 controllers with LoRa radios such as SX1262 and SX1276, sensor interfaces, battery management, efficient regulation, charging, protection, deep sleep and antenna integration. Designs can be optimized for long battery life, compact size, RF performance and manufacturing.
Depending on the package, you can receive the schematic, PCB layout, component selection, BOM and manufacturing files. I can also integrate I2C, SPI, UART, RS485, analog inputs, pulse inputs, GNSS, solar charging and enclosure constraints.
For production focused projects, I consider RF layout, antenna placement, grounding, decoupling, power integrity, ESD protection, test points, DFM and assembly requirements.
Ideal for smart agriculture nodes, weather stations, water monitors, industrial sensors, livestock trackers and off grid telemetry devices. Send your requirements to start.
FAQ
Can you design a custom LoRaWAN sensor node PCB?
Yes. I can design a custom LoRaWAN sensor node around ESP32, STM32, SX1262, SX1276 or another suitable LoRa radio. The hardware can include sensors, power management, battery operation, antenna integration and communication interfaces.
Can you design low power and battery powered LoRaWAN hardware?
Yes. Low power architecture is a major focus of this service. I can design efficient power rails, deep sleep operation, battery management, duty cycled sensors and power domains for long battery life.
Can you design LoRaWAN PCBs for smart agriculture?
Yes. I can design hardware for soil moisture, temperature, humidity, weather stations, irrigation monitoring, tank level, livestock tracking and other agricultural telemetry applications.
Can you integrate SX1262 or SX1276 into the PCB?
Yes. I can integrate SX1262, SX1276 and compatible LoRa radio solutions with the required RF layout, antenna connection, grounding, power filtering and supporting circuitry.
Can you design solar powered LoRaWAN sensor boards?
Yes. Solar charging, rechargeable battery management, low power regulation and energy efficient operation can be incorporated for remote or off grid monitoring devices.
Can you integrate RS485, UART, SPI, I2C or GNSS?
Yes. Depending on the application, I can integrate RS485, UART, SPI, I2C, analog inputs, pulse inputs, GNSS and other sensor or industrial interfaces into the LoRaWAN hardware.
Do you provide manufacturing ready files?
Yes. Depending on the selected package, deliverables can include schematic source files, PCB source files, BOM, Gerbers and manufacturing documentation. DFM, test points, component availability and assembly requirements can also be considered.
Can you design the antenna as part of the LoRa PCB?
Yes. I can accommodate an external antenna connector or suitable PCB antenna architecture and consider antenna placement, RF routing, ground clearance and enclosure constraints during PCB development.
Can you design hardware for smart metering or remote monitoring?
Yes. I can develop LoRaWAN hardware for water monitoring, energy monitoring, industrial telemetry, infrastructure sensing, tank level monitoring and other remote measurement applications.
Can you make the PCB compact for a small enclosure?
Yes. Board dimensions, connector placement, component height, antenna clearance, mounting holes and enclosure constraints can be considered from the beginning of the PCB design.
