1. Group 10 – Extensible Digital Logic Educational Tool

3.  Ability to run an embedded operating system  Has a Java Virtual Machine that can run on its architecture  Ample graphic processing ability and interface  Ample sound processing ability and interface  USB or RS232 connectivity to interface with the micro processor

4.  ARM Cortex-A8 Processor (600 MHz)  Capable outputting HDMI with an expansion board  Capable of stereo output with expansion board  USB interface  Runs a special JVM, not the Sun x86 JVM

5.  ARM Cortex-A8 Processor (600 MHz)  Capable of running open GL and outputting S- Video  Capable of stereo output  USB and RS232 interface  Runs a special JVM, not the Sun x86 JVM

6.  Intel® Atom processor (1.6 GHz)  Intel® Graphics Media Accelerator 950 capable of outputting VGA or RCA  X86 architecture so many JVM’s available  Common architecture, programs will be more portable  USB interface  Capable of stereo output

7.  USB interface to connect with the Linux host  RS 232 interface to connect with the Linux host  SPI for optionally outputting the game score to a shift register and seven segment display  At least 20 general purpose I/O pins

8.  44 pins with 33 general purpose I/O pins  Available in LQFP ($3.83)  32kB Program memory  2kB RAM

9.  32 pins with 22 general purpose I/O pins  Available in QFN ($1.98)  16kB Program memory  512B RAM

10.  28 pins with 24 general purpose I/O pins  Available in PDIP ($6.30) and SOIC ($6.04)  24kB Program memory  2kB RAM