Linux BSP for PXA and i.MX modules

Windows-CE

TRITON Development Kits for Linux

Linux Development Kits at Logic Technology

The Linux Board Support Package is created in-house and based on Debian. The Development Kits include the following on CD:

  • kernel image 2.6.x for the PXA320, PXA270,  i.MX25, i.MX27 and i.MX51
  • root file system (JFFS2 image) for all Triton modules
  • all Flash ROM images in one archive
  • root file system tar archive 
  • Triton patch 
  • patcher script and modular patches
  • linux kernel source with all Triton specific patches applied
  • cross compiler tool-chain source and install scripts
  • pre-compiled cross compiler toolchain: gcc 3.3.2 with glibc 2.2.5
  • pre-compiled cross compiler toolchain with debugger: gdb 5.2.1
  • pre-compiled gdbserver for arm-linux
  • U-Boot sources for PXA320 
  • RedBoot 2.2 and 2.3 sources for PXA270 and PXA255
  • Flash Tool Sources

Drivers included:


  • PCMCIA/Compact Flash 
  • IDE/ATA 
  • Serial ports (for PXA internal and/or external UARTs) 
  • USB Host Controller (OHCI) 
  • Sound via UCB1400 
  • Touchscreen via UCB1400 
  • MTD (Flash Rom) 
  • I2C via dedicated PXA I2C interface (NOT Power Management I2C) 
  • I2C via GPIO pins 
  • SSP (kernel internal API available) 
  • LCD framebuffer driver 
  • RTC (with DS1339 as backup) 
  • Watchdog 
  • CPU frequency scaling
     

 
KARO development kits for Freescale i.MX
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Information Additional Information
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Related Products Related products

A Windows CE BSP is available as well.

Information about supported modules:


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Supplier Info Supplier Information
Ka-RO ElectronicsAbout KA-RO:
Ka-Ro electronics was founded in 1988 by Matthias Kaussen and Rolf Rosenstein. It was recognised early on that pure manufacturing services could not completely cover the high demands set by the customer. Ever shorter development times, together with the rapid changes in component geometries and their avaialability, led to the need for a competent partner who could solve all of these problems. It is precisely the solution to these problem that KARO electronics made into its "dynamic" goal.