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ML510
QuickStart
August 2008
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Overview • Setup • Boot with ACE-loader ACE File • Observe LCD and Terminal messages • Load new Configuration • Re-load ACE-loader
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ML510 BSB DIMM0 Hardware • The ML510 MicroBlaze design hardware includes: – DDR2 Interface (512 MB) – BRAM – External Memory Controller (EMC) – Networking – UART – Interrupt Controller – GPIO – EEPROM (IIC and SPI) – Timer – System ACE CF Interface – PLB Arbiter Note: Presentation applies to the ML510
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ML510 BSB DIMM0 Hardware • The ML510 PPC440 design hardware includes: – DDR2 Interface (512 MB) – BRAM – External Memory Controller (EMC) – Networking – UART – Interrupt Controller – GPIO – EEPROM (IIC and SPI) – Timer – System ACE CF Interface – PLB Arbiter Note: Presentation applies to the ML510
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ML510 BSB DIMM1 Hardware • The ML510 MicroBlaze design hardware includes: – DDR2 Interface (512 MB) – BRAM – Networking – UART – Interrupt Controller – Timer – System ACE CF Interface – PLB Arbiter Note: Presentation applies to the ML510
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ML510 BSB DIMM1 Hardware • The ML510 PPC440 design hardware includes: – DDR2 Interface (512 MB) – BRAM – External Memory Controller (EMC) – Networking – UART – Interrupt Controller – GPIO – EEPROM (IIC and SPI) – Timer – System ACE CF Interface – PLB Arbiter Note: Presentation applies to the ML510
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ML510 Dual Processor Hardware • The ML510 Dual Processor design hardware includes: • PPC440_0: – DDR2 Interface (512 MB) – BRAM (64 KB) – External Memory Controller – Networking – UART – Interrupt Controller – GPIO – EEPROM (IIC and SPI) – System ACE CF Interface – PLB Arbiter • PPC440_1: – DDR2 Interface (512 MB) – BRAM (64 KB) – Networking – UART – Interrupt Controller – PLB Arbiter Note: Presentation applies to the ML510
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Additional Setup Details • Refer to ml510_overview_setup.ppt for details on: – Software Requirements – ML510 Board Setup • Equipment and Cables • Software • Network – Terminal Programs • This presentation requires the 9600-8-N-1 Baud terminal setup Note: Presentation applies to the ML510
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Hardware Setup • Connect the Xilinx Parallel Cable IV (PC4) to the ML510 board • Connect the RS232 null modem cable to the ML510 board Note: Presentation applies to the ML510
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Hardware Setup • The ML510 uses a DVI video interface • Connect a DVI monitor or • Use a DVI/VGA adapter to connect a VGA monitor – http://www.belkin.com Note: Presentation applies to the ML510
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Hardware Setup • USB Keyboard – www.dell.com Note: Presentation applies to the ML510
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Software Setup • Start a Terminal Program for each UART: Note: Presentation applies to the ML510
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Factory CompactFlash • The CompactFlash shipped with the ML510 board has the following ace files preloaded: Note: Presentation applies to the ML510
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Network Setup • Set PHY0 Jumpers • MII – Connect pins 1 & 2 on J50 and J28 • RGMII – Connect pins 1 & 2 on J50; connect J49 Note: Refer to the ML510 User Guide – UG356 for details
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CompactFlash Setup • Insert the CompactFlash provided with the ML510 fully into the CompactFlash slot on the ML510 board
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Equipment Setup • Set SW3 DIP Switches to 00010101 (1 = ON) • Power-up the ML510 board Note: Presentation applies to the ML510
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ACE–Loader • The terminal window also reflects the ACE-loader application • Type the desired number in the terminal window to choose an application • After each demo, push the SysACE reset to return to bootload Note: Presentation applies to the ML510
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CF1 – TestApp Peripheral • Type 1, to launch the TestApp Peripheral DIMM0 design – Set jumpers for MII; takes several minutes to complete Note: MicroBlaze DIMM0 Design
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CF2 – VxWorks DIMM0 • Type 2, to launch the VxWorks on the Pcore DIMM0 design Note: PPC440 DIMM0 Design
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CF3 – TestApp Peripheral • Type 3, to launch the TestApp Peripheral DIMM1 design – View on COM2; takes several minutes to complete Note: MicroBlaze DIMM1 Design
