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 DAMC-FMC2ZUP User’s Manual 

 

Introduction 

 

The  card  provides  two  FMC  sockets,  one  FMC+  (VITA  57.4  compliant)  and  one 

FMC  High  Pin  Count  (VITA  57.1  compliant).  Both  connectors  populate  all  LA  and 

HA differential  pair lines  and can operate on VADJ  level  in  the range  from 1.2V to 

1.8V. A total of 24 transceivers are routed to the FMC+ socket and 8 to the FMC HPC 

connector. Front panel connectivity comprises a Micro HDMI type-D connector with 

a proprietary pin assignment offering a Gigabit Ethernet interface (over external SFP), 

clock input and two trigger in/out signals. The front panel Gigabit Ethernet connection 

can be used in conjunction with the available HW infrastructure provided on the board 

to implement a White Rabbit endpoint.  

A fully fledged USB Type-C connector implementing Alternate Mode Display 

Port is connected to the PS, this allows to provide USB HS, USB SS 3.0, DisplayPort 

and  power  delivery  capabilities  on  a  single  compact  interface.  This  offers  the 

possibility to omit a CPU boards in the MicroTCA systems.  

The  RTM  interface  is  designed  according  to  class  D1.1  and  implements  the 

full  set  of  42  LVDS  lines  and  2  MGT  links.  The  board  supports  all  existing  digital 

RTMs from DESY (i.e. DRTM-AD84, DRTM-VM2, DRTM-PZT4).  

The  ARM  Cortex-A53  processor  in  the  MPSoC  can  run  GNU/Linux  from  a 

MicroSD card on the front panel or from the embedded 8GB eMMC flash memory. 
The  Zynq  Ult  family  of  FPGAs  is  supported  by  all  modern  development 

tools,  such  as  Vivado,  HLS,  Yocto,  Petalinux,  SDSoC  and  SDAccel,  this  makes 

DAMC-FMC2ZUP capable of addressing the ever-growing need of processing power 

while also reducing development time. 

 

1.2

 

DAMC-FMC2ZUP Features 

 

Two FPGA Low-Power Xilinx MPSoC Ult options are available: 

  

MPSoC FPGA 

ZU11EG-L2 

ZU19EG-L2 

Logic Cells 

653 k 

1.143 k 

DSP Slices 

2.928 

1.968 

BlockRAM 

21.1 MiB 

34.6 MiB 

UltraRAM 

22.5 MiB 

36.0 MiB 

PCIe 

Gen. 3 x4 or x8 

Ethernet MAC 

100G 

ARMs 

1.333 GHz Quad-Core ARM Cortex-A53, 

MALI-400 GPU, 600 Mhz Dual-core ARM 

Cortex-R5 

GTY 

transceivers 

16 GTY transceivers (28.21 Gbps) routed to 

FMC+ transceivers 

GTH 

32 GTH Transceivers (16.375 Gbps/ 12.5 Gbps 

Содержание DAMC-FMC2ZUP

Страница 1: ...P User s Manual 1 DAMC FMC2ZUP Zynq Ultrascale MPSoC based Dual FMC FMC Carrier Board with MicroTCA 4 D1 1 support User s Manual All Rights Reserved CAEN ELS s r l Rev 1 0 April 2021 MTCA 4 MicroTCA f...

Страница 2: ...DAMC FMC2ZUP User s Manual 2 This product is licensed by CAEN ELS s r l in AREA Science Park S S 14 km 163 5 34149 Basovizza TS Italy Mail info caenels com Web www caenels com...

Страница 3: ...ASH PROGRAMMING 22 2 6 WHITE RABBIT SUPPORT 22 3 MODULE MANAGEMENT CONTROLLER 23 3 1 SERIAL CONSOLE 23 3 2 JTAG MULTIPLEXING 23 3 3 HPM UPDATE 24 3 4 XMODEM UPDATE 24 3 5 FPGA BOOT MODE SELECTION 24 3...

Страница 4: ...DAMC FMC2ZUP User s Manual 4 Document Revisions Document Revision Date Comment Preliminary Release October 2020 Preliminary Release 1 0 April 2021 First Release...

Страница 5: ...to 80 RH non condensing Altitude Up to 2000 m Pollution degree 2 Storage Temperature 10 C to 60 C Storage Humidity 5 to 90 RH non condensing CAEN ELS will repair or replace any product within the guar...

Страница 6: ...to x4 con guration in this use case to accommodate non conventional backplane topologies Gigabit Ethernet port 0 is directly connected to the PS subsection of the FPGA while port 1 connects to the PL...

Страница 7: ...his offers the possibility to omit a CPU boards in the MicroTCA systems The RTM interface is designed according to class D1 1 and implements the full set of 42 LVDS lines and 2 MGT links The board sup...

Страница 8: ...nd USB host capability may save a CPU module Zone 3 Class D1 1 compliance with full interlock support 64 bit 4 GiB DDR4 with 2400 MT s connected to PS accessible from PL via AXI Bridge 16 bit 1 GiB DD...

Страница 9: ...ere are two ordering option for the two versions of the DAMC FMC2ZUP carrier board Description Ordering Code MicroTCA 4 Zynq UltraScale FMC Carrier with XCZU11EG L2FFVC1760E DAMCFMC2ZUP1 MicroTCA 4 Zy...

Страница 10: ...the board Components on side 1 top side 1 Main FPGA Zynq Ultrascale 2 FMC connector 3 FMC HPC connector 4 Secondary FPGA Spartan 7 5 DDR4 memory modules PS a PL b 6 Power Section 7 Ethernet IC 8 Main...

Страница 11: ...ion 11 Components on side 2 bottom side 1 MMC 2 MLVDS transceivers 3 Flash memories for FPGA con guration a Zynq Ultrascale b Spartan 7 4 Power Management 5 Clock Section 6 eMMC memory Figure 1 2 DAMC...

Страница 12: ...and 1 GbE interface on Port 0 is provided through a specialized RGMII to Ethernet 1000 baseX IC to guarantee fully compliance to the MicroTCA standard The RGMII communication is under control of the...

Страница 13: ...e PCIe interface or to implement any other supported protocol restrictions may apply depending on MicroTCA system con guration Low Latency Links ports 12 to 15 As for the previous link these ports are...

Страница 14: ...DAMC FMC2ZUP User s Manual DAMC FMC2ZUP Architecture 14 Figure 2 1 Block Diagram...

Страница 15: ...HA 00 HA 01 and HA 17 are clock capable pins and are routed to dedicated inputs on the FPGA allowing them to access the clock resources of the PL MGT interfaces A total of 24 MGT 6 full MGT Quads are...

Страница 16: ...rface are routed to the PL section of the FPGA All the signals reside on the same I O bank HA 00 HA 01 and HA 17 are clock capable pins and are routed to dedicated inputs on the FPGA giving them acces...

Страница 17: ...RTM CLK1 This signal is driven by the RTM module and fed to the clock network as will be described in Section 2 2 GTP0 1_CLK_IN and GTP0 1_CLK_OUT Transceiver reference clocks from to the RTM are part...

Страница 18: ...he Main FPGA and to the PLL towards the Zone3 connector The other outputs are used as reference for MGTs and to synchronize the PL section of the Main FPGA The secondary PLL listed as PS PLL in the pr...

Страница 19: ...DAMC FMC2ZUP User s Manual DAMC FMC2ZUP Architecture 19 Figure 2 2 Clock Network Diagram...

Страница 20: ...tage and current readouts and is responsible to bring the board to a safe condition whenever a supply voltage is out of speci cations This component also allows trimming the output voltages and it s r...

Страница 21: ...GA PS JTAG Interface with all internal Controllers accessible by default refer to Xilinx UG1085 Zynq UltraScale Device TRM Chapter 39 Figure 39 1 Secondary FPGA JTAG Interface FMC and FMC connectors J...

Страница 22: ...hrough IPMI instructions HPM 1 Hardware Platform Management 2 6 White Rabbit Support The board provides most of the necessary infrastructure needed to implement a White Rabbit End Point The interconne...

Страница 23: ...the front panel USB connector It uses VT100 escape sequences to support convenience features like colors autocompletion and shell history To avoid flooding dumb terminals with unsupported escape sequ...

Страница 24: ...HPM targets can also be updated via XMODEM over the serial USB The update has to be initiated with the xm console command 3 5 FPGA boot mode selection The ZUP boot mode can be set to JTAG first or sec...

Страница 25: ...eying RTMs are compatibility checked according to the MicroTCA 4 1 standard The RTM s FRU is searched for a Zone3 Compatibility Record matching the AMC and payload power to the AMC is only enabled if...

Страница 26: ...available on this interface 2 User accessible LEDs from Main FPGA PL 3 High Density microHDMI type D with proprietary pinout for White Rabbit with 2 leds 4 microSD slot Can be used to expand storage c...

Страница 27: ...x based operating systems when an USB cable is connected to this interface 2 new devices will appear into the dev folder usually they are identi ed as tty devices Monitoring the output of the dmesg co...

Страница 28: ...gnment of the 2 Extension Power Connectors available on the board see Figure 1 1 DAMC FMC2ZUP Top side Figure 5 1 Pin allocation of Extension Power Connectors Pins 1 3 and 5 are connected to VCC12_FMC...

Страница 29: ...On the front panel it is also present a High Density microHDMI connector type D that can be used for trigger clock white rabbit purposes The block diagram of the available connections is shown in the...

Страница 30: ...connections Trigger signals can be used to provide an external trigger to the Main FPGA or to send such signal from the board to another device Trigger signals on the connector are differential LVDS a...

Страница 31: ...FPGA F20 FMC1 Vadj TRIGGER_1_P Main FPGA E20 FMC1 Vadj TRIGGER_0_P Main FPGA D19 FMC1 Vadj TRIGGER_0_N Main FPGA C19 FMC1 Vadj SFP_TX_P Main FPGA U6 AC coupled SFP_TX_N Main FPGA U5 AC coupled SFP_RX...

Страница 32: ...1 2 Get Set JTAG multiplexing st 0 15 Get Set RTM temp sensor mask rte enable override Get Set RTM e keying policy cfu CPLD force update fru 0 n Dump FRU information bz jtag qspi qspi2 sd pjtag raw Ge...

Страница 33: ...DAMC FMC2ZUP User s Manual Appendix 33 Figure 5 6 FMC connections...

Страница 34: ...DAMC FMC2ZUP User s Manual Appendix 34 Figure 5 7 FMC connections...

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