2106 | ADC | ARM7 | Atmel | Bootloader | CAN | CrossStudio | CrossWorks | DDS | ECos | Ethernet | ETM | FIFO | FLASH | FPGA | GCC | GDB | GNU | GNUARM | GPIO | I2C | IAP | IAR | JTAG | Kickstart | LCD | Linux | LPC | LPC-E2294 | LPC2000 | LPC2100 | LPC2104 | Lpc2106 | Lpc210x | LPC2114 | LPC2119 | LPC2124 | LPC2129 | Lpc2138 | LPC213x | LPC21xx | LPC2210 | LPC2212 | LPC2214 | LPC2292 | LPC2294 | LPC2xxx | LPC3128 | MCB2100 | Olimex | Philips | PWM | Rowley | RTC | RTOS | SPI | SSP | UART | UART0 | UART1 | ULINK | USB | Watchdog | Wiggler

This could be a nice solution for your test/debug environment.

The lpc2104 Color LCD board I used for the chess game - and now for a
user interface with large fonts - has only 16 kB of RAM.
I do not want to reprogram the flash for each test so wanted to use an
lpc2106 instead.

Simple solutions are the best! I tied the reset line of the lpc2104
low and connected the lpc2106 board in parallel with the lpc2104 game
board.
More info and some photo's cn be found on
http://www.myvoice.nl/electronics/

Have fun,

Rob



(You need to be a member of lpc2000 -- send a blank email to lpc2000-subscribe@yahoogroups.com )