ML507 Base System Builder Design

ML507 Stand-Alone Applications & Board Tests

Built upon the ML507 BSB and EDK's automatically generated library of device drivers and platform support, these Stand-Alone software applications can be used to gain familiarity with the EDK software development tools while exercising features on the ML507 board.

ML507 EDK BSB Design
BSB1 MicroBlaze IP BSB1 PPC440 IP
  • microblaze - 125 MHz
  • mpmc - 125 MHz
  • plb_v46 - 125 MHz
  • lmb_bram_if_cntlr
  • bram_block
  • clock_generator
  • proc_sys_reset
  • util_bus_split
  • xps_gpio
  • xps_iic
  • xps_intc
  • xps_ll_temac
  • xps_mch_emc
  • xps_sysace
  • xps_uart16550
  • lmb_v10
  • xps_timer
  • mdm
  • ppc440_virtex5 - 300 MHz
  • ppc440mc_ddr2 - 200 MHz
  • plb_v46 - 100 MHz
  • xps_bram_if_cntlr
  • bram_block
  • clock_generator
  • proc_sys_reset
  • util_bus_split
  • xps_gpio
  • xps_iic
  • xps_intc
  • xps_ll_temac
  • xps_ll_fifo
  • xps_mch_emc
  • xps_sysace
  • xps_uart16550
  • jtagppc_cntlr

Tutorial showing an example ML507 design generated with the XPS BSB wizard.

ML507 EDK BSB Design with Standard IP Addition

Standard IP Added

  • xps_tft
  • xps_ps2
  • Additional xps_gpio
  • Additional xps_iic
  • 2nd plb_v46
  • plbv46_plbv46_bridge
  • util_vector_logic

Tutorial showing an how to add Standard Supported IP to the ML507 BSB design using the EDK GUI. Adds video (DVI/VGA), PS/2 Interface, GPIO, and IIC, and supporting IP. This tutorial also provides a Gigabit Ethernet demonstration using the integrated Virtex-5 Tri-mode MAC and the open-source LWIP TCP/IP stack as described in XAPP1026.

ML507 EDK Standard IP Design with Pcores Addition

Pcores and Standard IP Added

  • opb_ac97_controller_ref (Pcore)
  • opb_v20
  • plbv46_opb_bridge
  • xps_epc
  • util_io_mux (Pcore)

Tutorial showing an how to add a AC '97 Pcore, XAPP 925 USB, and SGMII, to the ML507 STD IP design using the EDK GUI. This tutorial also provides a Gigabit Ethernet demonstration using the integrated Virtex-5 Tri-mode MAC and the open-source LWIP TCP/IP stack as described in XAPP1026.

 
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