523-(pin compatible replacement card of ZCU102E) dual FMC general signal processing card based on XCZU15EG.

Name: 523-(pin compatible replacement card of ZCU102E) dual FMC general signal processing card based on XCZU15EG.
Brand: Orihard
SKU: 523
Availability: InStock
Rating: 5 (1 reviews)

Item No.: 523

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Description

Overview of card

This card is based on Xilinx Zynq Ultrascale+ MPSOC series SOC XCZU15EG-FFVB1156 architecture, PS end is equipped with a set of 64-bit DDR4, capacity 32Gb, and can run stably at 2400MT and SJI-1 USB3.0 interface, 1-way gigabit network interface, 1-way DP interface, 2-way RS232,2 Can interface. The card has 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 PL terminates with a set of 64-bit DDR4 with a capacity of 32Gb, which can run stably at 2400MT Universe, with double FMC connectors, 1 group connected with 8 GTH,LA,HA,HB buses and 1 group connected with 8 GTH,LA buses. There are also two 40G QSFP fiber optic interfaces. The design meets the industrial requirements and can be used in high-speed signal processing, vehicle radar signal processing and other fields. The physical object is shown in the picture:

Picture 1:ZU15EG board physical picture.

Figure 2:ZU15EG board principle block diagram.
II. Technical indicators.
● A cluster of DDR4 is mounted on the PS, with a data width of 64-bit and a capacity of 32Gb, which can run stably at 2400 MTS.
● Two pieces of QSPI x4 NorFlash, each with a capacity of 512Mb, are mounted on the PS end, which are used for system configuration program storage.
● A piece of EMMC,64Gb capacity is mounted on the PS end, which can be used for system configuration program storage.
● The PS plug-in SD card interface supports searching up to 8192 files, which can be used for system configuration program storage.
● The PS terminal is connected with Display Port interface, which supports Display Port 1.2a protocol standard and only supports external output.
●The PS terminal is connected with a gigabit Ethernet interface to support 10/100/1000Mbps rate transmission.
● The PS end is connected with a USB3.0 interface, and the maximum speed can reach 5Gbps.
● A piece of DataFlash with SPI interface and capacity 16Mb is mounted on the PL side, which can be used to store system parameter information.
● The PL terminal is connected with two groups of independent CAN FD controllers through SPI, and the highest speed of the CAN FD interface can reach 5Mbps.
● The PL terminal is connected with two QSFP+ interfaces to support the highest data transmission rate of 40Gbps.
● The PL end is connected with two groups of FMC buses, supporting one group of 8 GTH,LA,HA,HB buses and the other group of 8 GTH,LA buses.
● The card is connected with two RS232 interfaces and transferred from PS UART, which can be used for system debugging and status information printing.
● The card has multi-channel user-defined test IO pins.
● The card has a set of 4 user-defined dialing switches.
● All the card chips use industrial-grade chips.
III. Software content.
● QSPI on the PS end loads the test code;
● EMMC on the PS end loads the test code;
● The PS SD card loads the test code.
● Test code of Display Port interface on PS end;
● PS USB3.0 interface test code.
● The PS end DDR4 reads and writes the test code;
● The gigabit network port on the PS end sends and receives the test code.
● The UART interface on PS end reads and writes test code.
● The DataFlash of SPI interface on PL end reads and writes the test code.
● PL end QSFP+ interface ibert mode test code;
● Test code of CAN FD interface on PL end;
● Other GPIO signal connectivity test code;
IV. Physical characteristics.
● PCB Size ：210*170 mm
● Working temperature: commercial grade 0 ℃ ~ + 55 ℃, industrial grade-40 ℃ ~ + 85 ℃.
● Working humidity: 10% / 80%.
V. Power supply requirements.
● Single power supply, maximum power consumption of the whole board: 30W.
● Voltage: + 12VDC ±10% 5A.
VI. Application fields.
High-speed signal processing, vehicle radar signal processing and so on.