NXP LPC1768 mbed LPC1768 vs TI LaunchPad
Side-by-side comparison of features, pricing, ratings, and alternatives.
The NXP LPC1768 mbed board is a compact development platform featuring a 32‑bit ARM Cortex‑M3 MCU running at 100 MHz. It includes on‑board USB, Ethernet, and a range of I/O pins, making it ideal for rapid prototyping of embedded applications. Supported by the mbed OS ecosystem, the board provides easy access to libraries, cloud services, and a web‑based IDE, allowing developers to focus on functionality rather than low‑level setup. Its robust peripherals and extensive community support make it a go‑to choice for education, hobby projects, and early‑stage product development.
The Texas Instruments LaunchPad development ecosystem provides engineers, students, and hobbyists with affordable and versatile hardware platforms to start prototyping quickly. Featuring onboard emulation, standard BoosterPack expansion headers, and extensive software support through Code Composer Studio and Energia, LaunchPads streamline the transition from initial concept to working embedded design. Built around a wide range of Texas Instruments microcontroller families—including MSP430, C2000, and SimpleLink wireless devices—these boards cater to diverse applications ranging from ultra-low-power sensing to real-time motor control and connected IoT solutions. With integrated debugging and rich ecosystem resources, the LaunchPad series empowers developers of all skill levels to accelerate their embedded development workflows.
- Extensive mbed OS library support
- Built‑in Ethernet and USB ports
- Rich set of I/O peripherals
- Strong community and documentation
- Extremely affordable entry point for embedded development
- Standardized BoosterPack ecosystem simplifies hardware expansion
- Integrated USB debugging eliminates need for external programmers
- Comprehensive software libraries and out-of-the-box demos
- No built‑in Wi‑Fi module (requires external shield)
- Limited flash compared to newer MCUs
- Power consumption higher than ultra‑low‑power chips
- Steep learning curve for Texas Instruments proprietary toolchains
- BoosterPack ecosystem is smaller than Arduino shield ecosystem
- Documentation can be fragmented across multiple product families
More alternatives & similar tools
Alternatives to NXP LPC1768 mbed LPC1768
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Alternatives to TI LaunchPad
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An all-in-one Bluetooth Low Energy and Cortex-M4 development board.
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A high-performance ARM Cortex-M7 development board designed for demanding embedded applications.
A tiny Wi-Fi development kit for creating connected IoT devices and prototypes.
The Verdict
AI-generated from listing dataThe TI LaunchPad is the low‑cost, ultra‑low‑power starter kit with a rich BoosterPack ecosystem, while the NXP LPC1768 offers higher performance, built‑in Ethernet and a fully open‑source design at a higher price.
Key differences
- •Price: LaunchPad $15‑$30 vs LPC1768 $55.
- •Connectivity: LaunchPad optional Wi‑Fi/Bluetooth; LPC1768 includes Ethernet but no built‑in Wi‑Fi.
- •Performance: LPC1768 runs a 100 MHz Cortex‑M3 with 1 DMIPS/MHz; LaunchPad focuses on ultra‑low‑power, no MHz spec given.
- •Hardware openness: LPC1768 is open‑source hardware; LaunchPad is not.
- •Ecosystem: LaunchPad uses BoosterPack modules (smaller ecosystem); LPC1768 supports Arduino shields via adapter.
Pricing & value
LaunchPad costs $15‑$30, roughly half the $55 price of the LPC1768, offering lower entry cost.
Performance
LPC1768 specifies a 100 MHz Cortex‑M3 core delivering up to 1 DMIPS/MHz; LaunchPad performance not quantified.
Connectivity
LPC1768 includes built‑in Ethernet and USB; LaunchPad only offers optional Wi‑Fi/Bluetooth and basic USB/UART/SPI/I2C.
Power & efficiency
LaunchPad advertises ultra‑low‑power performance for battery‑operated apps; LPC1768 notes higher power consumption.
Compatibility
LPC1768 is open‑source and supports Arduino shields; LaunchPad uses proprietary BoosterPack modules.
Warranty & support
Both provide a 1‑year warranty; documentation quality varies but not quantified.
Choose NXP LPC1768 mbed LPC1768 if…
Developers needing higher processing power, Ethernet connectivity, and open‑source hardware.
Choose TI LaunchPad if…
Beginners, students, or hobbyists needing cheap, low‑power boards with simple USB debugging.
Common questions
Which board is cheaper to start prototyping?
The TI LaunchPad costs $15‑$30, while the NXP LPC1768 is $55.
Do either boards include built‑in Wi‑Fi?
LaunchPad offers optional Wi‑Fi/Bluetooth modules; LPC1768 has no built‑in Wi‑Fi.
Is the hardware design open source?
The LPC1768 board is open source; the LaunchPad is not.