Searching for the best RP2350 development boards? The market offers a wide range of options, from compact mini boards to feature-rich setups with touch displays and Ethernet connectivity. The top pick for overall performance is the Waveshare RP2350B-Plus-W, which balances power and versatility, while the RP2350-One stands out for its robust microcontroller features. Many boards trade off between connectivity, display options, and ease of use, so understanding your project needs is key. Keep reading for a detailed comparison that will help you find the ideal RP2350 development board for your application.
RP2350A USB Mini Development B
Waveshare RP2350-GEEK Developm
RP2350-One 4MB Flash MCU Board
Waveshare RP2350 ETH Dev Board
Complete the kit
Key Takeaways
The top-ranked boards combine strong microcontroller performance with versatile connectivity options.Display features vary widely, with touchscreens and AMOLED options appealing to specific projects.Ethernet-enabled boards are better suited for networked applications, but often come at a higher cost.Miniature boards provide portability and simplicity, ideal for compact projects or beginners.Pricing varies considerably; the most feature-rich boards tend to be more expensive, but offer greater future-proofing.
Our Top Best RP2350 Development Boards Picks
Waveshare RP2350-GEEK Development Board with 1.14-inch Color LCD and MicrocontrollerBest for Quick Debugging and Visual FeedbackMicrocontroller: RP2350Display: 1.14-inch 65K color IPS LCDDebug Interface: CMSIS-DAP, USB to UART, 3PIN SWDVIEW LATEST PRICESee Our Full BreakdownRP2350-One 4MB Flash MCU Board Based on Raspberry Pi RP2350A Dual-core & Dual-Architecture Microcontroller ChipBest for Versatile Dual-Architecture DevelopmentProcessor: Dual-core Arm Cortex-M33 & RISC-VClock Speed: up to 150 MHzFlash Memory: 4MBVIEW LATEST PRICESee Our Full BreakdownRP2350 2.8-inch Touch Display Development Board with Raspberry Pi MicrocontrollerBest for Touch-Based GUI ProjectsDisplay Size: 2.8 inchesResolution: 240×320 pixelsColor: 262KVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350 ETH Dev Board: Ethernet Port Module with GPIO Pins, Linux CompatibilityBest for Network-Enabled Embedded ProjectsMicrocontroller: RP2350 dual-coreEthernet Port: OnboardGPIO Pins: 14 multi-functionVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350B-Plus-W Development Board High-Performance Pico-Like MCU Based on Raspberry Pi RP2350BBest for Wireless and High-Performance Embedded ApplicationsMicrocontroller: Raspberry Pi RP2350BProcessor: Dual-Core, Dual-ArchitectureClock Speed: Up to 150 MHzVIEW LATEST PRICESee Our Full BreakdownRP2350A USB Mini Development Board with Dual-Core ARM Cortex-M33 and RISC-V ProcessorsBest Overall for Versatile Embedded ProjectsMemory Storage Capacity: 2 MBCPU Model: core_mProcessor Speed: 0.15 GHzVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350A USB Mini Development BoardBest Value for Embedded PrototypingMicrocontroller: RP2350A (dual-core Arm Cortex-M33 & RISC-V)Operating Frequency: 150 MHzSRAM: 520 KBVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350 USB Mini Development Board Based on Raspberry Pi RP2350 Dual-core MicrocontrollerBest for Custom Peripheral DevelopmentMicrocontroller: Raspberry Pi RP2350 dual-coreOperating Frequency: 150 MHzSRAM: 520KBVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350 1.47-inch Display Development Board, 172×320, 262K Color, Dual-core Microcontroller, Type-C USBBest for Compact Embedded DisplaysDisplay Resolution: 172×320Display Color: 262KMicrocontroller: RP2350A (Arm Cortex-M33 + RISC-V)VIEW LATEST PRICESee Our Full BreakdownRP2350 MCU Board Zero Pico 2 – Mini Development Board Based on Raspberry Pi RP2350A Microcontroller ChipBest for Ultra-Compact Embedded ApplicationsProcessor: Dual-core Arm Cortex-M33 and RISC-VClock Speed: up to 150 MHzFlash Memory: 4MBVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350 4.3-inch Capacitive Touch Display Development BoardBest Overall for Versatile Embedded PrototypingDisplay Resolution: 800×480Display Size: 4.3 inchesColor Support: 65K colorsVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350-ETH Mini Development Board, Ethernet Port Module, Raspberry Pi MicrocontrollerBest for Network-Connected Embedded ProjectsMemory Storage Capacity: 4 MBConnectivity Technology: Ethernet, GPIO, USBCompatible Devices: Raspberry PiVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350 1.75-inch AMOLED Display Development BoardBest for Portable Embedded Projects with Rich DisplaysDisplay: 1.75-inch AMOLED, 466×466 resolutionProcessor: Dual-core, dual-architectureRAM: 520KBVIEW LATEST PRICESee Our Full BreakdownWaveshare RP2350-PiZero Development Board, Based on Raspberry Pi RP2350 Dual-core MicrocontrollerBest for Mobile and Low-Power Projects with Extensive I/OProcessor: Dual ARM Cortex-M33 or RISC-VClock Speed: 150 MHzStatic RAM: 520KBVIEW LATEST PRICESee Our Full BreakdownRP2350 MCU Board Plus Pico 2 Development Board Based on Raspberry Pi RP2350ABest for Entry-Level Raspberry Pi Pico DevelopersMicrocontroller: Raspberry Pi RP2350A dual-coreOn-Board Flash Memory: 4MBRAM: 520KBVIEW LATEST PRICESee Our Full Breakdown
More Details on Our Top Picks
Waveshare RP2350-GEEK Development Board with 1.14-inch Color LCD and Microcontroller
The Waveshare RP2350-GEEK stands out for its compact design and integrated color LCD, making it an excellent choice for developers needing immediate visual feedback during debugging. Compared to the larger, more feature-rich RP2350B-Plus-W, this board sacrifices some expandability for portability and ease of use. Its support for multiple debugging interfaces like CMSIS-DAP and UART simplifies troubleshooting, especially for newcomers or quick prototyping. The open-source firmware enhances upgrade flexibility, but limited technical specs may frustrate those seeking detailed control or higher performance. This pick makes the most sense for developers focusing on debugging and visualization in embedded projects who value simplicity over extensive features.
Best for: Developers needing a compact debugging solution with visual output, especially for ARM-based microcontroller projects.
Not ideal for: Advanced users requiring extensive GPIO or high-performance processing, as the board lacks detailed specs and advanced peripherals.
Microcontroller:RP2350Display:1.14-inch 65K color IPS LCDDebug Interface:CMSIS-DAP, USB to UART, 3PIN SWDPorts:I2C, SWDCase:White plastic
“Ideal for developers who prioritize quick debugging and visual feedback in a small, portable package.”
RP2350-One 4MB Flash MCU Board Based on Raspberry Pi RP2350A Dual-core & Dual-Architecture Microcontroller Chip
The RP2350-One impresses as a dual-architecture microcontroller board combining ARM Cortex-M33 and RISC-V cores, offering flexibility for various projects. Compared with the high-performance RP2350B-Plus-W, this model emphasizes versatility over raw power, supporting C/C++ and MicroPython for a broad range of developers. Its 4MB Flash and 520KB RAM provide enough room for moderate applications, but may fall short for complex tasks. The SMD soldering requirement can be a hurdle for beginners, but the plug-and-play Type-A port simplifies initial setup. This board suits developers looking for a dual-core, multi-architecture platform for embedded or IoT projects without the need for extensive onboard peripherals.
Best for: Embedded system developers interested in multi-architecture microcontrollers with flexible programming options.
Not ideal for: Users planning large, memory-intensive applications or those seeking an out-of-the-box plug-and-play device without soldering.
Processor:Dual-core Arm Cortex-M33 & RISC-VClock Speed:up to 150 MHzFlash Memory:4MBRAM:520KBGPIO Pins:29 multi-functionOnboard Port:Type-A male
“Suitable for developers needing a multi-architecture MCU platform that balances versatility with moderate performance.”
RP2350 2.8-inch Touch Display Development Board with Raspberry Pi Microcontroller
The RP2350 2.8-inch Touch Display Development Board excels in providing a high-resolution, capacitive touch interface, making it ideal for GUI-based applications. Its 240×320 resolution and 262K colors deliver smooth visual output, surpassing simpler display options like the RP2350-GEEK. Supporting multiple programming environments including C/C++, MicroPython, and Arduino, it offers versatile development options. However, its limited onboard memory and lack of advanced peripherals mean demanding applications may require external storage or additional hardware. The setup complexity can be a hurdle for beginners, but for those focused on touch-driven interfaces, this board offers a compelling combination of display quality and flexibility.
Best for: Developers creating touch-based interfaces or GUI prototypes for embedded systems.
Not ideal for: Projects requiring large memory or extensive peripheral support, as the onboard resources are modest.
Display Size:2.8 inchesResolution:240×320 pixelsColor:262KTouch Points:5-point capacitiveMicrocontroller:RP2350 dual-coreMemory:16MB onboard Flash, 520KB SRAM
“Perfect for developers designing touch-interactive GUIs in embedded projects with moderate complexity.”
Waveshare RP2350 ETH Dev Board: Ethernet Port Module with GPIO Pins, Linux Compatibility
The Waveshare RP2350 ETH Dev Board provides a compact Ethernet-enabled platform, ideal for networked applications. Its onboard Ethernet port and support for Linux, C/C++, MicroPython, and Arduino position it as a versatile choice for IoT and communication-intensive projects. When compared with the RP2350-B-Plus-W, it emphasizes connectivity over onboard peripherals, with 14 GPIO pins allowing for external device integration. The limited onboard memory (520KB SRAM, 4MB Flash) constrains complex software, but for TCP/IP communication and basic server/client roles, it performs well. The technical setup can be demanding for beginners, but its small size makes deployment straightforward in embedded environments.
Best for: Developers building networked IoT devices or embedded Linux applications requiring Ethernet connectivity.
Not ideal for: Projects with intensive memory demands or those needing extensive peripherals, due to limited onboard resources.
Microcontroller:RP2350 dual-coreEthernet Port:OnboardGPIO Pins:14 multi-functionMemory:520KB SRAM, 4MB FlashSize:Tiny
“Designed for networked embedded solutions where Ethernet connectivity and Linux compatibility are priorities.”
Waveshare RP2350B-Plus-W Development Board High-Performance Pico-Like MCU Based on Raspberry Pi RP2350B
The RP2350B-Plus-W offers a high-performance, compact platform with dual-core, dual-architecture support, and integrated Wi-Fi 4 plus Bluetooth 5.2. Its robust wireless capabilities make it ideal for IoT and smart device projects. Compared to the more basic RP2350-GEEK, this board emphasizes connectivity and processing power, supported by onboard Flash, GPIO, SPI, I2C, UART, ADC, and PWM. Its 16MB Flash allows more extensive firmware storage, but the absence of an onboard display limits immediate visual feedback. Setup and programming require some familiarity with embedded wireless modules, making it less suitable for absolute beginners. This board suits projects demanding high data throughput, wireless connectivity, and compact size.
Best for: Wireless IoT developers needing a compact, high-performance board with integrated Wi-Fi and Bluetooth.
Not ideal for: Users seeking a basic debugging or display-focused solution, as it lacks an onboard screen or extensive peripherals.
Microcontroller:Raspberry Pi RP2350BProcessor:Dual-Core, Dual-ArchitectureClock Speed:Up to 150 MHzMemory:16MB Flash, 520KB SRAMWireless:Wi-Fi 4, Bluetooth 5.2Connectivity:Type-C USB, GPIO, SPI, I2C, UART, ADC, PWM
“Best suited for wireless IoT projects requiring a compact, high-performance MCU with extensive connectivity options.”
RP2350A USB Mini Development Board with Dual-Core ARM Cortex-M33 and RISC-V Processors
This model stands out for combining dual-core ARM Cortex-M33 and RISC-V processors, offering exceptional flexibility for different processing needs. Compared to the Waveshare RP2350A, it provides similar dual-core performance but with a broader set of onboard interfaces, including multiple GPIOs and communication options. Its complex setup may challenge newcomers, and the limited 2MB onboard storage restricts larger applications. However, its rich feature set makes it ideal for developers seeking a highly adaptable platform for embedded systems, especially when hardware variety is essential. The main tradeoff involves its potentially steep learning curve and storage constraints for large projects.
Best for: Advanced developers working on complex embedded systems needing multiple interfaces and processor options
Not ideal for: Beginners or hobbyists who prefer plug-and-play simplicity without extensive configuration
Memory Storage Capacity:2 MBCPU Model:core_mProcessor Speed:0.15 GHzConnectivity Technology:USB 2.0Operating System:LinuxProcessor Brand:ARMCompatible Devices:Keyboards, Mice, USB Storage DevicesRAM Memory Technology:SRAMTotal USB Ports:2
“This board is best suited for experienced developers needing maximum flexibility and interface options for embedded projects.”
Waveshare RP2350A USB Mini Development Board
This board delivers a balanced combination of processing power and connectivity, making it a strong choice for budget-conscious developers. Its dual-core Cortex-M33 and RISC-V processors, running at up to 150MHz, match the performance of the RP2350A but with a focus on prototyping. The onboard 520KB SRAM and 2MB flash provide sufficient memory for many embedded applications, though larger data projects might stretch its limits. While the multiple GPIOs and interfaces like SPI, I2C, and UART cater well to diverse projects, its complexity can be daunting for beginners. Compared to the RP2350A USB Mini, it emphasizes affordability without significantly sacrificing features, making it excellent for those who need capable hardware without premium pricing.
Best for: Hobbyists and small-scale developers seeking a cost-effective yet capable microcontroller for prototyping
Not ideal for: Users requiring extensive onboard storage or plug-and-play simplicity without a steep learning curve
Microcontroller:RP2350A (dual-core Arm Cortex-M33 & RISC-V)Operating Frequency:150 MHzSRAM:520 KBFlash Memory:2 MBConnectivity:Type-C, USB 2.0/1.1, USB Type AGPIO Pins:15Interfaces:2 × SPI, 2 × I2C, 2 × UART, 4 × ADC, 14 × PWMAdditional Features:Temperature sensor, onboard timer, floating-point libraries, PIO state machines
“Ideal for budget-minded developers who need a versatile microcontroller capable of handling diverse embedded projects.”
Waveshare RP2350 USB Mini Development Board Based on Raspberry Pi RP2350 Dual-core Microcontroller
This board combines the familiarity of the Raspberry Pi ecosystem with dual-core processing, making it appealing for those integrating embedded microcontrollers into Pi-based projects. Its 150MHz clock, onboard 520KB SRAM, and 2MB Flash mirror the capabilities of similar boards like the RP2350A but with a focus on compatibility with Raspberry Pi development environments. The USB host and device modes add flexibility, yet soldering is required for direct connection, and onboard memory limits large data handling. Compared to the RP2350A, this model is better suited for developers who want Raspberry Pi compatibility and are comfortable with hardware assembly, but it may be less accessible for absolute beginners.
Best for: Developers familiar with Raspberry Pi who need microcontroller integration for peripherals and custom projects
Not ideal for: Beginners or those seeking plug-and-play solutions without soldering or hardware setup
Microcontroller:Raspberry Pi RP2350 dual-coreOperating Frequency:150 MHzSRAM:520KBOnboard Flash:2MBUSB Ports:Type A and Type CGPIO Pins:15 multi-functionSPI:2I2C:2UART:2ADC:4 channels, 12-bitPWM Channels:14PIO:12 state machines
“Best suited for Raspberry Pi developers needing microcontroller capabilities with flexible connectivity, willing to handle hardware assembly.”
Waveshare RP2350 1.47-inch Display Development Board, 172×320, 262K Color, Dual-core Microcontroller, Type-C USB
This compact board integrates a vivid 1.47-inch LCD with a dual-core microcontroller, making it ideal for visual display projects. Its 172×320 resolution and 262K colors provide decent clarity for embedded GUIs, outperforming larger but less integrated displays. The onboard 520KB SRAM and 16MB Flash support moderate data and program storage, but for high-detail or data-heavy applications, the limited onboard memory could be a constraint. Its modern connectivity, including Type-C USB, and energy-efficient features make it suitable for portable projects. Compared to larger display boards like the 2.8-inch models, this option excels in space-saving, though the smaller resolution might not suit high-detail needs.
Best for: Developers creating wearable or space-constrained projects requiring visual output
Not ideal for: High-resolution display applications or projects needing large graphic data handling
Display Resolution:172×320Display Color:262KMicrocontroller:RP2350A (Arm Cortex-M33 + RISC-V)Max Speed:150MHzMemory:520KB SRAM, 16MB FlashConnectivity:Type-C USB, USB 1.1Additional Features:RGB LED, onboard temperature sensor, TF card slot
“This board is ideal for visual projects where space is limited but decent display quality is needed, suitable for portable embedded devices.”
RP2350 MCU Board Zero Pico 2 – Mini Development Board Based on Raspberry Pi RP2350A Microcontroller Chip
This tiny board packs significant processing power with dual-core ARM Cortex-M33 and RISC-V cores, along with 4MB of Flash and 520KB RAM. Its small form factor makes it perfect for space-constrained projects, and its extensive GPIO and communication interfaces support complex embedded systems. The ability to program via drag-and-drop using USB simplifies development for those comfortable with microcontroller workflows. However, the limited onboard flash memory can restrict large firmware or data storage, and some technical familiarity with soldering and system integration is necessary. Compared with larger boards like the Waveshare RP2350, this model sacrifices size for a high degree of portability, making it suitable for wearable tech or tiny IoT devices.
Best for: Developers creating tiny, portable embedded systems needing high processing power in minimal space
Not ideal for: Users requiring large onboard storage or turnkey plug-and-play solutions without soldering
Processor:Dual-core Arm Cortex-M33 and RISC-VClock Speed:up to 150 MHzFlash Memory:4MBRAM:520KBConnectivity:Type-C, USB 1.1GPIO Pins:29Interfaces:2 × SPI, 2 × I2C, 2 × UART, 4 × ADC, 24 PWM channelsAdditional Features:Temperature sensor, on-chip timer, floating-point libraries, PIO state machines
“This board is perfect for space-sensitive embedded applications where portability and processing power are priorities, assuming some technical skill.”
Waveshare RP2350 4.3-inch Capacitive Touch Display Development Board
This model stands out for its high-performance dual-core microcontroller supporting ARM Cortex-M33 and RISC-V architectures, making it highly adaptable for demanding embedded applications. Its rich array of onboard features—including storage, multiple communication interfaces, and advanced debugging—facilitates rapid prototyping and complex project development. Compared to the smaller AMOLED display options, this board’s larger 4.3-inch screen offers better visibility for user interfaces, though it requires more power and space. The complex setup, however, may challenge beginners, and it’s less suited for simple or low-power projects.
Best for developers needing a flexible, high-performance platform with extensive onboard peripherals
Not ideal for hobbyists seeking a plug-and-play solution or projects with tight size constraints
High-performance dual-core microcontroller supports demanding applicationsRich set of onboard components including storage and communication interfacesFlexible power input and advanced debugging features facilitate developmentComplex setup may require technical expertiseLimited to embedded system development, not a consumer display
Verdict: This board suits experienced developers needing a versatile, powerful prototyping platform with extensive I/O and debugging support.
Display Resolution:800×480Display Size:4.3 inchesColor Support:65K colorsMicrocontroller:Dual-core ARM Cortex-M33 / RISC-VClock Speed:up to 150 MHzRAM:520KB
“Best Overall for Versatile Embedded Prototyping — a strong pick in this lineup.”
Waveshare RP2350-ETH Mini Development Board, Ethernet Port Module, Raspberry Pi Microcontroller
The RP2350-ETH balances compactness with essential connectivity, featuring Ethernet and GPIO for networked embedded systems. Its onboard 4MB Flash provides enough space for typical applications, yet falls short for large or complex codebases compared to larger boards like the RP2350 4.3-inch model. Its Raspberry Pi compatibility and Ethernet port make it ideal for IoT gateways, industrial controls, or networked sensors. However, it requires a certain level of technical skill to configure, and lacks advanced display or user interface options.
Best for developers building Ethernet-connected embedded solutions or IoT devices
Not ideal for projects requiring rich displays or extensive onboard storage
Dual-core ARM Cortex-M33 and RISC-V processors enable flexible performanceOnboard 4MB Flash suitable for typical embedded applicationsMultiple connectivity options including Ethernet and GPIOLimited onboard storage for large applicationsRequires technical expertise for setup and programming
Verdict: This compact, network-ready board is perfect for Ethernet-based embedded projects but less suited for graphic-intensive applications.
Memory Storage Capacity:4 MBConnectivity Technology:Ethernet, GPIO, USBCompatible Devices:Raspberry PiProcessor Count:2
“Best for Network-Connected Embedded Projects — a strong pick in this lineup.”
Waveshare RP2350 1.75-inch AMOLED Display Development Board
This compact board shines with its high-resolution AMOLED screen, making it ideal for portable devices or wearable projects. Its dual-core, dual-architecture processors—either ARM Cortex-M33 or RISC-V—offer flexibility for performance tuning. The onboard sensors, including accelerometer and gyroscope, add value for motion-based applications. Compared to larger display boards like the 4.3-inch, this option is highly portable but has limited RAM, which can restrict complex applications. Its lack of Wi-Fi or Bluetooth might limit connectivity options for some users.
Best for developers creating portable, sensor-rich embedded devices or wearables
Not ideal for projects requiring extensive onboard memory or wireless connectivity
High-resolution AMOLED display with touch controlFlexible dual-core, dual-architecture processingMultiple connectivity interfaces and onboard sensorsLimited onboard RAM for complex applicationsNo built-in Wi-Fi/Bluetooth connectivity
Verdict: This display-focused board is suited for portable, sensor-driven projects but less so for applications demanding large memory or wireless communication.
Display:1.75-inch AMOLED, 466×466 resolutionProcessor:Dual-core, dual-architectureRAM:520KBStorage:16MB onboard FlashConnectivity:USB 1.1, GPIO, SPI, I2C, UART, ADC, PWMAdditional features:Accelerometer, Gyroscope IMU
“Best for Portable Embedded Projects with Rich Displays — a strong pick in this lineup.”
Waveshare RP2350-PiZero Development Board, Based on Raspberry Pi RP2350 Dual-core Microcontroller
The PiZero-based RP2350 offers extensive I/O options, including HDMI, TF card, and multiple GPIOs, making it a strong choice for mobile or low-power applications. Its support for both ARM Cortex-M33 and RISC-V architectures provides flexibility, while its 16MB flash and 520KB RAM suffice for many embedded tasks. Compared with larger boards like the 4.3-inch display model, it is more compact but demands additional components for expanded memory or peripherals. Its complexity and limited onboard storage mean it’s best suited for users comfortable with hardware assembly and software setup.
Best for developers working on mobile, battery-powered, or low-power embedded systems
Not ideal for projects needing rich displays or large onboard storage
Flexible dual-core architecture with multiple processor optionsExpandable memory and extensive I/O for customizationPower options include Type-C and battery recharge featuresComplex for beginners due to extensive featuresLimited onboard storage of only 16MB
Verdict: This board excels in mobile, low-power embedded projects requiring versatile I/O but isn’t suited for applications with heavy storage or display needs.
Processor:Dual ARM Cortex-M33 or RISC-VClock Speed:150 MHzStatic RAM:520KBOnboard Flash:16MBConnectivity:DVI, HDMI, TF card, USBGPIO Pins:5
“Best for Mobile and Low-Power Projects with Extensive I/O — a strong pick in this lineup.”
RP2350 MCU Board Plus Pico 2 Development Board Based on Raspberry Pi RP2350A
The RP2350-Plus offers a straightforward, Pico-like experience with a dual-core Raspberry Pi RP2350A chip, making it accessible for those familiar with Raspberry Pi Pico but seeking more performance. Its 4MB flash and 520KB RAM suit simple projects, and its compatibility with C/C++ and MicroPython supports quick onboarding. Compared with larger, feature-rich boards, this one emphasizes ease of use and affordability, though its limited RAM constrains complex applications. It’s an excellent choice for beginners or hobbyists focused on basic embedded projects and mobile device development.
Best for beginners or hobbyists starting with Raspberry Pi Pico-like microcontrollers
Not ideal for advanced projects requiring large memory or intensive processing
Compatible with Raspberry Pi Pico modules and accessoriesSupports multiple programming languages including C/C++ and MicroPythonRich GPIO and communication interfaces for versatile prototypingLimited RAM of 520KB restricts complex applicationsRequires some technical know-how for setup and programming
Verdict: This board provides an accessible, low-cost platform for newcomers and simple embedded applications but isn’t suited for demanding or memory-intensive projects.
Microcontroller:Raspberry Pi RP2350A dual-coreOn-Board Flash Memory:4MBRAM:520KBConnectivity:Type-C, GPIO, SPI, I2C, UARTGPIO Pins:26Maximum Load Current:2A
“Best for Entry-Level Raspberry Pi Pico Developers — a strong pick in this lineup.”
How We Picked
The selection process focused on evaluating each RP2350 development board’s performance, build quality, ease of use, and value for money. We considered the range of available features such as display options, connectivity ports, and processor capabilities, ensuring they match typical project requirements. Boards were ranked based on their versatility, user feedback, and how well they balance complexity with accessibility. This approach ensures that both hobbyists and professional developers can find suitable options tailored to their needs.
Factors to Consider When Choosing Best RP2350 Development Boards
Choosing the right RP2350 development board depends on several key factors. Understanding these will help you avoid common pitfalls, such as overpaying for features you don’t need or selecting a board that’s too limited for your project. Consider your project’s scope, required connectivity, display needs, and budget to narrow down your options effectively.
Performance and Processing Power
Assess the microcontroller’s processing capabilities to ensure it can handle your application’s workload. Boards with dual-core processors like the RP2350B tend to support more complex tasks and multitasking, making them suitable for advanced projects. However, if your project is simple, a less powerful but more affordable microcontroller may suffice, helping you save costs without sacrificing necessary functionality.
Display Options and User Interface
Display features significantly impact user interaction. Touchscreens, especially larger or AMOLED displays, improve usability but add to the cost. If you need a visual interface for your project, prioritize boards with high-resolution, responsive touch displays. For backend or sensor-focused projects, a simple GPIO or minimal display setup might be enough, reducing complexity and expense.
Connectivity and Expansion
Consider whether your project requires Ethernet, USB, or GPIO access. Boards with built-in Ethernet modules or multiple USB ports support networked applications or peripheral integration. For IoT projects, reliable network connectivity is key; however, adding expansion modules can increase complexity and price. Balance your need for connectivity with the overall project scope and budget.
Form Factor and Portability
The size and shape of the board influence your device’s portability and integration options. Miniature boards are ideal for space-constrained projects or embedded applications, while larger boards offer more expansion ports and features. Think about how your project will be deployed—stationary or portable—to choose a form factor that fits your needs.
Price and Future-Proofing
While budget constraints matter, investing in a more capable board can extend your project’s lifespan and reduce need for upgrades. Higher-priced boards often come with better performance, more features, and longer software support. Consider your long-term goals and whether spending more now will provide better value over time, especially for professional or commercial projects.
Frequently Asked Questions
Can I upgrade the firmware on RP2350 development boards easily?
Most RP2350 development boards support firmware updates via standard methods like USB or Ethernet connections, often with dedicated software tools provided by the manufacturer. Ease of updating depends on the specific board’s design and available documentation. For ongoing projects, the ability to easily upgrade firmware is important to maintain security and add new features, making boards with robust support and clear instructions more appealing.
Which RP2350 board is best for beginner hobbyists?
For beginners, boards with simplified interfaces, clear documentation, and integrated displays are ideal. The Waveshare RP2350-GEEK, with its built-in color LCD and user-friendly layout, makes it easier to start experimenting. Simpler boards with fewer expansion options but straightforward setup tend to reduce confusion and help newcomers learn quickly without feeling overwhelmed.
Are RP2350 development boards suitable for industrial applications?
Yes, some RP2350 boards are designed with industrial use in mind, featuring robust build quality, Ethernet connectivity, and long-term software support. Boards like Waveshare RP2350-ETH Mini are tailored for reliable networked operations in industrial environments. However, always verify if the specific board complies with industrial standards and certifications before deploying in critical applications.
What should I prioritize if I need a display for my project?
Prioritize display quality, touch responsiveness, and size based on your user interface needs. AMOLED screens provide vivid colors and deep blacks, ideal for high-quality visual applications, while larger touchscreens facilitate easier interaction. Consider the power consumption and integration complexity, especially if your project is portable or power-sensitive.
Is it worth paying extra for a board with Ethernet connectivity?
Yes, if your project relies on network communication or remote management, investing in a board with Ethernet support can simplify connectivity and improve reliability. Ethernet-enabled boards generally offer faster data transfer and more stable connections compared to Wi-Fi modules, which might be less consistent in noisy environments. However, for purely standalone projects, this feature may be unnecessary and add to the overall cost.
Conclusion
For most users, the Waveshare RP2350B-Plus-W offers the best balance of performance, connectivity, and expandability, making it the ideal choice for versatile development needs. Beginners or hobbyists will benefit from the simplicity and ease of use of the Waveshare RP2350-GEEK, while professionals working on networked or industrial projects should consider boards with Ethernet and robust build quality, like the RP2350-ETH Mini. Budget-conscious buyers can opt for smaller, less feature-rich boards, but investing a bit more generally pays off with increased long-term flexibility and support.