Bộ thực hành thiết kế hệ thống chíp ARM Leaptronix LP-2900 + LP-ARM9-2410-KIT

• Support Samsung S3C24C10 x 32-bits RISC Microprocessor which is under SARM920T frame.
• Use Xilinx Spartan-3E FPGA XC3S250E PQFP208 which contains 250,000 logic gate counts. Let you process ARM+FPGA experiments or topic research.
• Modular design, able to change other CUP boards for learning.
• Provide BootLoader function, able to use C or Assembly for writing Language, via the cable to download to the LP-2900 platform for experiment and verification.
• Able to connect to PC via RS-232 interface. Use the simple terminal program for control and process program download and execute.
• Able to download the program and programming on the NOR Flash Memory on the LP-2900 platform for stand-alone operation.
• Provide JTAG interface, when writing the program, able to use ADS or RealView for single step trace and debug.
• Provide logic analyzer interface, able to view the SPI, I2C, UART and PWM waveform for analysis. If you use Leaptronix LA or PLA, you can view the protocol decoder as well.
• If you already have LP-2900, you just purchase LP-ARM9-2410 module for upgrade to ARM9 training kit

• CPU：SAMUNG S3C24C10x
• FPGA：XILINX XC3S250E PQFP208
• Communication：RS-232 / JTAG
• Power：100V AC~240V AC (Auto-Switching)
• Frequency Range：50 / 60Hz
• Dimension：32cm x 22.6cm x 3.0 / 8.56cm
• Weight：3.5Kg
• Operation Altitude：up to 5000m
• Operation Humidity：20% ~ 70%(non-condensing)
• Operation Temperature：+5˚C ~ +45˚C

Experimental Contents

• ARM SOC Unit：
  1. Establish development environment and procedure 
  2. C and Assembly compile and example
  3. Boot-loader utility and example 
  4. SOC peripheral experiment

• Memory Unit：
  1.I²C EEPROM
  2. SPI FLASH
  3. NAND FLASH
  4. NOR FLASH

• Output Unit 
  1. 8x8 two colors dot matrix LED x 1 
  2. LCD16 x 2 display x 1
  3. 6 digit, 7 segment display x 1
  4. 3 x 4 LED output
  5. Buzzer x 1

• Linear Unit 
  1. 8 bit D/A converter x 2 
  2 .8 bit A/D converter x 1