LPC3250 Developer's Kit v2
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LPC3250 Developer's Kit v2

Embedded Artists' LPC3250 Developer's Kit lets you get up-and-running quickly with the LPC3250 OEM Board. The LPC3250 OEM Board is equipped with NXP's ARM926EJ-S based LPC3250 microcontroller suitable for applications that require high performance, high integration, and low power consumption.

The LPC3250 OEM Board is using LPC3250 MCU rev A.

The Kit is perfect for running Linux with its large on-board RAM and Flash, network and graphics capabilities.

Focus on your value-added application by using this Developer's Kit as your prototyping platform. It includes the software components needed to get up-and-running with your software development on day 1.

When you are finished with prototyping and/or evaluation you can easily transfer your application and the OEM Board into production.

Display Options

Note that display options are sold separately

 

Unpacking

 

Specification

LPC3250 OEM Board

Processor NXP's ARM926EJ-S LPC3250 microcontroller in BGA package
External Flash 128 MB NAND FLASH (1Gbit)
4 MB SPI-NOR FLASH (32Mbit)
Data Memory 64 MB DDR SDRAM + 256 KB internal
16-bit data bus to DDR SDRAM
Ethernet 100/10M Ethernet interface based on National DP83848 Ethernet PHY
Clock Crystals 13.000 MHz crystal for CPU
Dimensions 66 x 48 mm
Power 3.15V-3.3V powering
Connectors 200 pos expansion connector (as defined in SODIMM standard), 0.6mm pitch
Other • 256 Kbit I2C E2PROM for storing non-volatile parameters
• 5 LEDs
• Buffered 16-bit databus

OEM Base Board

Connectors and Interfaces • 200 pos, 0.6mm pitch SODIMM connector for OEM Board
• LCD expansion connector with control signals for touch screen interface
• Expansion connector with all OEM Board signals
• Ethernet connector (RJ45)
• CAN interface & connector (provision for second CAN interface, but not mounted)
• MMC/SD interface & connector
• USB1: OTG or Host interface & connector
• USB2: Device or Host interface & connector
• Provision for NXP JN5148 RF module (former Jennic) interface (RF module not included)
• Full modem RS232 (cannot be fully used on 32-bit databus OEM boards)
• RS422/485 interface & connector
• Provision for IrDA transceiver interface (transceiver not mounted)
• I2S audio codec (mic in, line in, line out, headphone out) • SWD/JTAG connector
• Trace connector and pads for ETM connector
Serial Expansion Connector, 14-pos connector with UART/I2C/SPI/GPIO pins
Power • Power supply, either via USB or external 5V DC
• Optional coin cell battery for RTC and LED on ALARM output (coin cell not included)
Other • OEM Board current measuring
• Parallel NOR flash on external memory bus
• 16-bit register and LEDs on external memory bus
• 5-key joystick
• 3-axis accelerometer (I2C connected)
• LM75 temperature sensor (I2C connected)
• 5 push-button keys (four via I2C and one on ISP-ENABLE)
• 9 LEDs (8 via I2C and one on ISP-ENABLE)
• Trimming potentiometer to analog input
• USB-to-serial bridge on UART #0 (FT232R) and ISP functionality
• Reset push-button and LED
• Speaker output on analog output from OEM Board, or from I2S audio codec
• 160x150 mm in size

 

Documentation and Resources

The following resources are available for download either directly below or from our support site after registration of the LPC3250 Developer's Kit.

Documents

Software

Sample Software Disclaimer

  • A Linux port based on NXPs Linux port for the LPC3250 microcontroller. The port is also integrated in the Linux Target Image Builder (LTIB). Please visit NXP's community site for more information www.lpclinux.com.
  • NXP's Common Driver Library (CDL) framework has been used to develop a number of sample applications for the LPC3250 OEM Board. The main IDE is Keil's MDK-ARM which is the only one being tested by Embedded Artists. NXP's CDL package also supports CodeSourcery GCC and IAR Embedded Workbench.
  • ADC - an example using interrupts to measure ADC channels 0, 1 and 2
  • Ethernet - A polled Ping application that illustrates the usage of the Ethernet interface
  • Kickstart - A simple bootloader stored in block 0 of the NAND flash loading an application stored in block 1 an onwards.
  • LCD - An application using NXP's SWIM library to draw some color bars on the QVGA LCD display
  • NAND Programmer - This application programs the NAND flash with the kickstart application in block 0 and a second application, for example, the S1L application in block 1 and onwards.
  • RTC An example using the Real-Time Clock to generate TICK events
  • S1L - A more complex bootloader that allows you to load applications from several sources such as the NAND flash, serial port or MMC/SD card.
  • SD/MMC - A sample application using the memory card interface
  • SLC NAND - An application that is using the Single-Level NAND controller to read and write data to the NAND flash.
  • SPI NOR - This application illustrates how to read and write data to the NOR Flash.
  • Timer - A simple example using the timer interface
  • Touch Screen - This application first runs a calibration sequence and then uses NXP's SWIM library to let you draw on the display using the touch screen.
  • UART - A simple example illustrating how to use the UART

External

Included in kit

  • One LPC3250 OEM Board (EA-OEM-401)
  • One OEM Base Board (EA-OEM-500)
  • One USB cable, type A to mini-B
  • Headset with microphone
  • Serial number that gives you access to the support site for this product

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