Talk will be introduction of Beagle Board and building system for Embedded Linux. This system can be anyone can use for application development and testing. Where I will cover basics of ARM, fundamentals of Beagle Board, Linux booting and filesystem, Kernel basics, use of qemu and GNU toolchain.

1. Building an Embedded Linux System for Beagle Board @amitkarpe

4. @Introduction # low cost # low power # mini computer # ** community ** # open hardware design # OMAP 3530 # system-on-a-chip

5. Beagle Board

6. @mini computer # can run Windows CE, Linux or Symbian # Video out by S-Video and HDMI connections # SD/MMC card slot # USB On-the-Go port # RS-232 serial connection # JTAG connection # Jacks for audio in/out # 256MB of NAND flash memory # 256MB of RAM # Power socket 5v

8. @OMAP 3530 # Microprocessors from Texas Instruments # Open Multimedia Application Platform # 720 MHz ARM Cortex A8 # PowerVR SGX530 GPU # HD Video capable 520 MHz C64x+ DSP # ISP (Image Signal Processor) # "Image, Video, Audio" (IVA2) accelerator # e.g. Nokia's N-series range, Palm Pre and Motorola Droid

9. @Cortex-A8 Family --> Cortex Arch Version --> ARMv7-A Core --> cortex-A8 Feature --> VFP, NEON, Jazelle RCT, Thumb-2, 13-stage superscalar pipeline Cache (I/D)/MMU --> variable (L1+L2), MMU+TrustZone Typical MIPS @ MHz --> up to 2000 (2.0 DMIPS/MHz in speed from 600 MHz to greater than 1 GHz)