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Home > HardWare > MPSoC FPGA Card
519-PCIe accelerated Computing Card of 4-way 100G Optical Fiber based on ZU19EG
519-PCIe accelerated Computing Card of 4-way 100G Optical Fiber based on ZU19EG 519-PCIe accelerated Computing Card of 4-way 100G Optical Fiber based on ZU19EG

519-PCIe accelerated Computing Card of 4-way 100G Optical Fiber based on ZU19EG

Item No.: 519
This card is designed and developed independently by our company, which is based on Xilinx Zynq UltraScale+ MPSOC series SOC XCZU19EG-FFVC1760 architecture and supports PCIE Gen3x16 mode. 
INQUIRY PDF Format
Description
  1. Overview of the card.
    This card is designed and developed independently by our company, which is based on Xilinx Zynq UltraScale+ MPSOC series SOC XCZU19EG-FFVC1760 architecture and supports PCIE Gen3x16 mode. Among them, the arm side is equipped with a group of 64-bit DDR4 with a total capacity of 4GB, which can run stably in 2400MT/s, and the PL terminal supports two groups of 64-bit DDR4, each with a capacity of 4GB, with a maximum operating speed of 2666MTUnites; the card has an automatic power-up sequence and supports a variety of startup modes, such as Nor Flash startup, EMMC startup, SD card startup and so on. The card supports 1-way USB3.0 interface, 1-way Gigabit Ethernet interface, 1-way DP output interface, 2-way debug serial port (RS232), 2-way Can interface, and 4-way QSFP28 interface, supporting 100G data transmission rate. The PL side extends a standard FMC HPC interface to support 8-way GTH interface and LA/HA/HB fully defined interface. The design of the card meets the industrial requirements and can be used in high-speed signal processing, vehicle radar signal processing and other fields.

Figure 2:ZU19EG card principle block diagram
  1. Main functions and performance.
card function Parameters. Content
PL end FMC 2-way FMC HPC，ASP-134486-01
8-way GTH,LA definition per route.
Optical fiber. 4-way QSFP28+, can be configured with 100G, 40G Ethernet, Aurora, RapidIO protocols.
DDR4 Two groups of 64 MetabitUnites, 4GB, 4GB, and 2400 MTS.
PCIe Gen3 x16 Support for PCIe3.0 protocol.
IO 8 x 3.3V IO.
PS end DDR DDR4，64-bit/4GB，2400MT/s；
QSPI Flash QSPI x2 NorFlash, capacity 512Mb per chip.
EMMC 32GB
SD Card 16GB SD card available.
CAN 2-way CAN.
Display Port Support Display Port 1.2a protocol standard, only support external output.
USB  1-way USB3.0.
The network. 1-way Gigabit Ethernet, RJ45 interface.
RS232 2-way RS232 debug serial port.
card size Standard PCIe full height 2 beat 3 long.
card weight (including heatsink).
card power supply Voltage: + 12VDC ±10% 5A.
card power
consumption		 60W
Operating temperature Industrial  -20℃到+65℃
 
  1. Software support:
  1. Load the test code on the QSPI on the PS end.
  2.  Load the test code on the EMMC on the PS end.
  3.  Load the test code on the SD card on the PS end.
  4.  Read and write test code for DDR4 on the PS end.
  5.  Send and receive test code for gigabit network port on PS.
  6.  Read and write test code with RS232 interface on PS end.
  7.  Read and write test code with CAN interface on PS end.
  8.  Test code for DisplayPort interface on PS end.
  9.  Read and write test code with USB3.0 interface on PS end.
  10.  Read and write test code for DataFlash of SPI interface on PL end.
  11.  Four groups of QSFP28+ interface ibert mode test code on the PL end.
  12.  Read and write the test code on the DDR side of the PL end.
  13.  PCIe Gen3 x16 XDMA interface test software on PL end.
  14.  Other GPIO signal connectivity test codes
  1. Application areas:
    High-speed signal processing, optical fiber access, accelerated computing
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