NEW PRODUCTS – LPCXpresso LPC1769 & LPCXpresso LPC1347 Development Boards with LPC-Link

NEW PRODUCT – LPCXpresso LPC1769 Development Board with LPC-Link – If you want a fast, modern MCU that has just about everything covered for you, the ARM Cortex-M3 based LPC1769 is a pretty reliable choice!

  • 120MHz ARM Cortex-M3 MCU with 512 kB flash and 64 kB SRAM
  • Full-Speed (12 Mb/s) USB 2.0 with on-chip PHY support USB device, host and OTG
  • Ethernet support (with dedicated DMA for high speed memory transfers)
  • Four UARTs, CAN 2.0, Three SPI buses, Three I2C buses, and I2S for audio
  • 12-bit ADC and 10-bit DAC
  • Four HW timers, including one motor control PWM timer with support for three-phase motor control
  • Quadrature encoder interface
  • RTC with a separate power domain to keep track of the time even when the board is powered down

With a modern, highly efficient Cortex-M3 core, the LPC1769 packs a lot of punch (single cycle 32-bit multiply, etc.), and has all the peripherals you’re likely to need to get just about any sensor hooked up to it, get some motors whirling, and have it talking to the outside world via USB, Ethernet, CAN or UART.

While the LPC1769 doesn’t have the super-handy USB bootloader found on it’s newer, smaller cousin the LPC1347, it does still have a UART-based bootloader built into the ROM memory, so it’s almost impossible to brick the MCU.

The LPCXpresso board includes an on-board SWD/JTAG debugger than can be used to debug your LPC1769 project in NXP’s free LPCXpresso IDE (free for up to 128KB), but you can also debug the board with any other SWD or JTAG debugger using the optional SWD connector, or program the boards via the free Flash Magic tool or an open source utility like lpc2isp.

The LPC1769 isn’t the most beginner friendly devices out there, but for those of us who have microcontroller experience and want to step it up, they are an excellent introduction to proper embedded design and development. Given the popularity of these chips there are quite a few resources out there for them, such as ports of popular open source RTOSes like FreeRTOS, and stacks like LWIP or uIP.

Best of all, this is the same MCU that’s used on most of the mbed boards out there, and the mbed source code has recently been republished under an open source license, so you have a large pool of proven, well-thought-out code to take advantage of trying to build something amazing with this kitchen-sink of an MCU!

Technical Details:

  • Datasheet:
  • User Manual:
  • Chip Overview (app notes, etc.):
  • Weight: 19g
  • Dimensions: 34.24mm / 1.34″ x 138.39mm / 5.44″
  • In stock and shipping now!

    NEW PRODUCT – LPCXpresso LPC1347 Development Board with LPC-Link – The LPC1347 LPCXpresso board is part of NXP’s LPCXpresso eco-system of low cost development boards based around the free (GCC and Eclipse-based) LPCXpresso IDE. All LPCXpresso boards include an on-board hardware SWD/JTAG debugger, so you don’t need any additional hardware (other than a USB mini-B cable) to start some serious debugging (including setting and stepping through breakpoints, etc.).

    The LPCXpresso boards are actually two separate boards, and the debugger (called the LPC-Link) can actually be separated from the LPC1347 MCU half, but this is only useful if you plan to use the debugger with other boards inside the LPCXpresso IDE. The MCU side of the board breakout out every pin on the LPC1347, and is actually a really nice dev board because it’s so minimal! You can do what you want with the MCU, without all kinds of conflicts, and it comes in a pretty breadboard friendly size.

    This LPCXpresso is for the LPC1347:

    • 72MHz ARM Cortex-M3 MCU with 64 KB flash and 12 KB SRAM
    • Full-Speed (12Mb/s) USB 2.0, with ROM-based drivers for USB HID, MSC, CDC and DFU
    • Built in USB bootloader makes it easy to update the flash on any PC (no extra HW or SW required!)
    • 4KB internal EEPROM
    • 12-bit 500k sample/s ADC, 4 HW timers, 2 SPI ports, I2C, and USART

    Looking for an affordable general-purpose, USB-enabled MCU that packs a lot of punch in a small package? The LPC1347 is an excellent choice with a highly efficient ARM Cortex-M3 core at up to 72MHz, 64KB flash and 12KB SRAM. What makes it stand out in the crowd of small M3 MCUs? It has built in ROM-based USB drivers that make it relatively easy to implement USB, but more importantly it includes a super-handy USB bootloader that makes the device appear as a USB Mass Storage device with 64KB flash. To update your firmware, just drag and drop your binaries files onto the flash drive, reset, and voila … your device is programmed! No extra HW, no special software, and no worries about being able to de-brick your device in the future!

    In traditional Adafruit fashion, though, we wouldn’t just throw something fun at you and say ‘have at it!’. KTOWN has put together a completely open source code base for the LPC1347 (and it’s Cortex M0-based cousins the LPC11U24 and LPC11U37) that makes it easy to get started with this board and MCU from the command-line (using a Makefile), or with several modern IDEs (NXP’s free LPCXpresso IDE, Rowley Associates Crossworks for ARM, The free cross-platform CodeLite IDE, as well as experimental project files for Keil). The code base also includes drivers for a lot of popular Adafruit sensors, like the ADXL345, the BMP085, some OLED and graphic displays, and lot of other goodies!

    If you’re new to ARM, and need a bit of hand-holding to get started, this is probably the board you want to pick up: its got that nice built in USB boot-loader, lots of example code, GCC support and a debugger built in.

    Technical Details:

    • Weight: 19.78g
    • Dimensions: 34.33mm / 1.35″ x 138.41mm / 5.44″

    In stock and shipping now!

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    1. Is there a tutorial for getting mbed code running on this device? Tempting to use mbed for development and these for deployment, since they’re about 1/2 the price.

    2. I haven’t tried them yet, but Embedded Artists has a basic project package using the mbed libraries with the LPC1769 board with the LPCXpresso IDE here:

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