NOTICE OF DISCLAIMER: The information disclosed to you hereunder (the “Information”) is provided “AS-IS” with no warranty of any kind, express or implied. Xilinx does not assume any liability arising from your use of the Information. You are responsible for obtaining any rights you may require for your use of this Information.
Page 3
VCU110 Software Install and Board Setup Xilinx VCU110 Board Software Requirements VCU110 Hardware Setup UART Driver Install Clock Setup Ethernet Setup Optional Hardware Setup References Note: This presentation applies to the VCU110...
Software Requirements Xilinx Vivado Design Suite 2015.4, Design Edition with SDK Note: Presentation applies to the VCU110...
Page 6
– VCU110 Board – One CFP4 Loopback – One BullsEye cable (not shown) – Two XM107 FMC Loopback boards – Ethernet cable – Two Micro USB cables – 180 W Power supply (not shown) Note: Presentation applies to the VCU110...
Page 7
VCU110 Hardware Setup CFP4 Loopback Adapter – https://www.multilaneinc.com – Part # ML4050 For the Board Interface Test, begin with the CFP4 Loopback in slot MOD0 Note: Presentation applies to the VCU110...
Page 8
VCU110 Hardware Setup Attach the two FMC XM107 boards to the FMC connectors, J2 and Note: Presentation applies to the VCU110...
Page 9
(J4) on the VCU110 board Connect a USB Type-A to Micro-B cable to the USB JTAG (Digilent) (J135) connector on the VCU110 board Connect the Ethernet cable to P3 Connect these cables to your PC Note: Presentation applies to the VCU110...
Page 10
VCU110 Hardware Setup BullsEye Loopback Adapter – www.avnet.com – Part # HDR-155805-01-BEYE Note: Presentation applies to the VCU110...
Page 11
– 011-013 and 012-014 (Link 1) – 015-017 and 016-018 (Link 0) Connect GTY Ref Clock to 175 MHz clock source (not included) – Connect to BullsEye Clocks: – 019 and 020 (GTY Ref Clock) Note: Presentation applies to the VCU110...
Page 12
VCU110 Hardware Setup BullsEye Loopback Adapter – Elastomer must be installed – Note the larger smaller alignment pins Note: Presentation applies to the VCU110...
Page 13
VCU110 Hardware Setup BullsEye Loopback Adapter – Attach to VCU110, observing the larger smaller alignment pins Note: Presentation applies to the VCU110...
Page 14
VCU110 Hardware Setup Attach to J87, initially, for the Board Interface Test Note: Presentation applies to the VCU110...
Page 15
VCU110 Hardware Setup Connect the power supply to the VCU110 (J15) – Connect this power supply to a power outlet – Power on the VCU110 board for the UART driver installation Note: Presentation applies to the VCU110...
Page 16
VCU110 Hardware Setup Watch your fingers around the fan when board is powered on – Fan blades will break – Fan model: Cofan F-7015HH12B Note: Presentation applies to the VCU110...
Page 17
UART Driver Install Install Si Labs CP210x USB UART Drivers – Refer to UG1033 for details on installing the USB to UART Drivers Note: Presentation applies to the VCU110...
Page 18
– The Enhanced COM Port is the System Controller COM Port – The COM Port numbers will vary from system to system These COM Port Numbers will be used in several of the tutorials Note: Presentation applies to the VCU110...
Terminal Setup Refer to UG1036 regarding Tera Term installation Board Power must be on before starting Tera Term Start the Terminal Program and select the Enhanced USB Com Port Note: See AR63771 regarding SDK Terminal Program...
Page 20
Terminal Setup Set the baud to 115200 Note: Presentation applies to the VCU110...
Page 21
Terminal Setup If 115200 UART output occurs while set to 9600 (typically the System Controller), you may need to reset Tera Term. From the menu select: Control -> Reset Terminal Note: Presentation applies to the VCU110...
Page 22
Terminal Setup Press SW14 to reset the System Controller and clear the terminal output Note: Presentation applies to the VCU110...
Clock Setup Needed for IBERT and IPI designs – The Board Interface Test sets the Clocks automatically Open a Terminal window for the Enhanced COM Port Cycle board power and review System Controller UART output Note: Presentation applies to the VCU110...
Page 24
Clock Setup The Si5328s must be set when power is cycled Press the “Enter” key after each entry Press “1”, “2”, and “156.25” to set the CFP4 Si5328 frequency Note: Presentation applies to the VCU110...
Page 25
Clock Setup Press “3”, and “175” to set the Interlaken and ExaMax Si5328 frequency Note: Presentation applies to the VCU110...
Page 26
Clock Setup Press “5” to set the HMC Frequency for the IPI Clock Test – The HMC IBERT Test will set it’s own frequency automatically Note: Presentation applies to the VCU110...
Page 27
Clock Setup Press “0” to return to the main menu Note: Presentation applies to the VCU110...
Page 28
Clock Setup The IBERT GTH tests require clocks from the FMC Si570s Frequency must be set to 163 MHz for the GTH tests Press “4”, “1”, and “4” Note: Clocking test will pass with FMC 156.25 MHz...
Page 29
Clock Setup Set both FMC cards to 163 MHz Press “1” then “163” to set XM107 on FMC HPC0 to 163 MHz Note: FMC Si570s revert to 156.25 MHz when power is cycled...
Page 30
Clock Setup Set both FMC cards to 163 MHz Press “2” then “163” to set XM107 on FMC HPC1 to 163 MHz Note: Presentation applies to the VCU110...
Ethernet Setup Open the Windows Control Panel – Set to View by Category Click on “View network status and tasks” Note: Presentation applies to the VCU110...
Page 32
Ethernet Setup Click on “Change adapter settings” Note: Presentation applies to the VCU110...
Page 33
Ethernet Setup Right-click on the Gigabit Ethernet Adapter that you will be using for this test and select Properties Note: Presentation applies to the VCU110...
Page 34
Ethernet Setup Click Configure – Set the Link Speed & Duplex to Auto Negotiation then click OK Note: Presentation applies to the VCU110...
Page 35
Ethernet Setup Reopen the properties after the last step Double-click the Internet Protocol Version 4 Set your host (PC) to this IP Address: Note: Remember to restore your IP settings when finished...
Page 36
Optional Hardware Setup Jumper the PMOD header On header J52, connect: – 1 to 2 – 3 to 4 – 5 to 6 – 7 to 8 Note: Presentation applies to the VCU110...
Page 37
– 1 to 3 – 2 to 4 – 5 to 7 – … – 37 to 39 – 38 to 40 – Also connect TDO to TDI on J5 Note: Presentation applies to the VCU110...
Page 38
– Part number: PCB1324-001 Samtec ExaMax Backplane (Tachyon PCB material) – www.samtec.com/examax.aspx – Part number: ExaMax HSBP-1 Interlaken cable – TE Connectivity – Part number: 2274955-1 Note: XM107 FMC cards must be removed before inserting the VCU110 into an ExaMax chassis...
Page 39
“OIF Compliant” For the Samtec Backplane, use slots J5 and J10 Very carefully insert the two VCU110 boards into the backplane Carefully attach the Interlaken cable to the two VCU110 boards Note: Presentation applies to the VCU110...
Page 40
Connect a USB Type-A to Micro-B cable to the USB UART connector both VCU110 boards Connect a USB Type-A to Micro-B cable to the USB JTAG (Digilent) connector on both VCU110 boards – Connect these four cables to your Note: Presentation applies to the VCU110...
Page 41
Optional ExaMax/Interlaken Hardware Setup With 4 USB Micro cables connected Note: Presentation applies to the VCU110...
Page 42
Optional ExaMax/Interlaken Hardware Setup Connect two 180 w Power supplies to the two VCU110 boards Note: Presentation applies to the VCU110...
Page 43
Optional ExaMax/Interlaken Hardware Setup Verify the COM ports setup Right-click on My Computer and select Properties – Click on Device Manager Note: Presentation applies to the VCU110...
Page 44
Optional ExaMax/Interlaken Hardware Setup Expand the Ports Hardware – Four Silicon Labs UART ports should appear – XTP381 test requires that there are exactly 2 Enhanced COM ports present Note: Presentation applies to the VCU110...