ESP32-P4-Module Development Board
The ESP32-P4-Module is a high-performance dual-core RISC-V development board based on the ESP32-P4 chip. It provides rich human–machine interface (HMI)
ESP32 PCB Development: Innovate Your loT ProjectsPowerful, Versatile, Ready for Your Next Design
A one-stop IoT PCBA solution integrates hardware design, component sourcing, PCB fabrication, assembly, testing, and quality control into a single streamlined workflow, simplifying the entire process from concept to mass production.
Integrating the ESP32 and its peripheral circuits into a custom PCB module reduces the need for external components and connectors. This approach is ideal for scalable production and results in a lower overall BOM cost.
Modular design minimizes wiring and manual assembly errors. Power supply, RF, and circuit layouts are more controllable, ensuring better stability and consistency in mass production.
A well-designed PCB layout and antenna design can significantly improve Wi-Fi and Bluetooth performance, reduce power consumption, and enhance communication quality.
With a mature PCB module as the foundation, application-level development can focus more on functionality and software, shortening the time from prototype to mass production.
Hardware Development
Software Development
PCB Manufacturing
Functional Testing
Final Product Assembly
Shenzhen Leadsintec Technology is a technology-driven company specializing in custom PCB development and embedded hardware design based on the ESP32 series chips. We have long been serving the fields of IoT, smart hardware, and industrial control.
Our team consists of experienced hardware engineers and embedded software engineers, with full delivery capabilities covering requirements analysis, schematic design, PCB layout, prototype debugging, and support for small-batch and mass production.
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The ESP32-P4-Module is a high-performance dual-core RISC-V development board based on the ESP32-P4 chip. It provides rich human–machine interface (HMI)
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This module is designed for long-range, ultra-low-power communication, supporting ISM Sub-GHz (150–960 MHz), global 2.4 GHz, and 1.9–2.1 GHz satellite
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Deep understanding of ESP32 architecture to ensure stable wireless performance, strong compatibility, and reliable mass production.
Integrates MCU, power management, and RF components to shorten development cycles and reduce secondary development effort.
Optimized antenna layout and impedance matching to enhance Wi-Fi and Bluetooth communication quality.
Customized functions and form factors to meet diverse industry application requirements.
From schematic design and PCB layout to SMT manufacturing, testing, and delivery, we provide a true one-stop solution.
Optimized supply chain and DFM design to reduce BOM cost and support large-scale production.
From inquiry to mass production, we provide a complete turnkey esp32 PCB solution.
Submit your detailed project requirements..
Engineering team provides a feasibility report for the product.
Provide quotation based on product requirements and finalize the contract.
Engineers complete the product’s firmware and hardware design.
Confirm design files, build prototypes, and perform functional testing.
Deliver PCB Gerber files, schematics, BOM, firmware source code, and technical documentation.
Support PCBA manufacturing，Design production test fixtures，Program firmware for mass production
Our product and technical experts will respond within 24 hours
Our ESP32 PCB solution covers the full development cycle: requirement analysis, hardware & firmware design, prototype creation, functional testing, and production-ready PCBA. We provide complete documentation including schematics, Gerber files, BOM, and firmware source code.
Yes. We support fully customized ESP32 PCB designs, including different module types (ESP32-WROOM, ESP32-WROVER, etc.), single-layer or multi-layer PCBs, and special form factors to fit your product enclosure.
Absolutely. Our solution includes firmware deployment for ESP32 modules, functional testing on the PCB, debugging, and integration with sensors or peripherals. We also support OTA firmware programming for mass production.
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