"One board, multiple chips, efficient development"
"One board, multiple chips, efficient development"
[New Product Recommendation] WIZnet IO Module Debugging Baseboard – Creating an "All-Round Platform" for Efficient IoT Development
In today's rapidly developing Internet of Things (IoT) era, quickly building stable and efficient network communication prototypes has become a core requirement for embedded engineers and developers. To help you accelerate product verification and reduce development costs, we proudly introduce the WIZnet IO Module Carrier Board—a general-purpose hardware platform designed specifically for evaluating and developing the entire WIZnet hardware TCP/IP protocol stack chip series!
🔧 I. Why choose this debugging baseboard?
"One board with multiple cores", flexible adaptation, plug and play!
This baseboard adopts a highly integrated design and is compatible with various WIZnet IO modules (such as W5500io, W5100Sio, W6100io, W6300io, etc.). By simply replacing different IO modules, performance testing and functional verification of multiple network chips can be completed on the same platform, truly achieving "one platform for comprehensive evaluation".
Whether it's a smart home node, an industrial controller, or a data acquisition device, it can help you easily build network communication prototypes and significantly shorten product development cycles.
🚀 Key Highlights at a Glance
✅ High-performance main control chip
Equipped with STM32F103RCT6 (ARM Cortex-M3 core, 72MHz main frequency), 256KB Flash + 48KB SRAM, it runs smoothly and responds quickly.
✅ Abundant interfaces for worry-free development
- J-TAG interface: Supports emulators such as I-Link and ULINK, enabling online debugging, program burning, and single-step tracing.
- CH340 USB-UART conversion circuit: Enables serial communication between the PC and the baseboard, facilitating log printing and firmware download.
- Type-C interface: Integrates power input and USB data transfer into one, making connection simpler.
✅ Intelligent Power Management:
Built-in voltage regulator circuit provides a stable 3.3V power supply; mechanical slide switch controls the entire board's on/off state, saving energy and providing convenience.
✅ One-click operation for convenient debugging:
Use the BOOT button + reset button in combination to easily switch startup modes and improve debugging efficiency.
✅ Open source support accelerates secondary development.
Provides complete schematics, reference code, and basic driver libraries to help developers get started quickly and significantly reduce the learning curve.
📦 Supported WIZnet IO module (optional)
| Module model | chip | Feature Description |
|---|---|---|
| WIZ-IP55 | W5500 | Hardware TCP/IP protocol stack, 8 independent sockets |
| WIZ-IP51S | W5100S | Four independent sockets, high cost performance |
| W5500io | W5500 | As above, applicable to various scenarios. |
| W5100Sio | W5100S | Highly efficient and stable, suitable for low- to mid-range applications. |
| W6100io | W6100 | Supports IPv6 and has strong compatibility. |
| W6300io | W6300 | Parallel bus interface, high-speed data throughput |
✅ Simply purchase the corresponding IO module, insert it into the baseboard, and you can start development!
🎯 Typical application scenarios
🔹 Chip Evaluation: Quickly test the communication performance and stability of network chips such as W5500, W5100S, and W6100.
🔹 Prototype Development: Serves as a prototype for the network communication component of IoT terminal devices, such as smart home appliances and sensor gateways.
🔹 Teaching Experiments: An ideal experimental platform for university courses on embedded systems and computer networks.
🔹 Solution Pre-research: Verifies the feasibility of network functions before product initiation to reduce risks.
💡 Super easy to use, just three steps!
- Select and insert the required WIZnet IO module (such as W5500io).
- Connect the baseboard to the computer using a Type-C cable.
- Turn on the power switch, install the CH340 driver, and begin programming and debugging via JTAG or serial port.
🏆 Summary of Product Advantages
| project | Advantages Description |
|---|---|
| High integration | Integrated main control, debugging, power supply, and communication interface; ready to use out of the box. |
| Flexible and compatible | The "one board, multiple chips" design saves on hardware investment. |
| Developer-friendly | Seamless integration with mainstream IDEs such as Keil MDK and IAR using standard interfaces. |
| Stable and reliable | High-quality self-developed PCB layout, optimizing signal integrity |
| Open source support | Provides a complete set of materials to facilitate rapid secondary development. |
🛠️ Dedicated to every developer
Whether you are an experienced embedded engineer or a student maker just starting out in the Internet of Things field, this WIZnet IO module debugging baseboard will bring you an unprecedented development experience—efficient, flexible, low-cost, and easy to use.
Take action now! The only thing separating your IoT project from "idea" to "reality" is a test board!
📞 Inquire Now / Place an Order for Samples
📦 Bulk Purchase & Customization Services Available
📎 Complete Technical Documentation and Support Provided
WIZnet IO Module Debugging Baseboard – More than just a development board, it's your best partner on your path to innovation!
#IoT Development #Embedded Systems #WIZnet #STM32 #TCP/IP Protocol Stack #Hardware Development #Smart Hardware #Maker Essentials #Teaching Experiments #Rapid Prototyping