AMD XILINX T2 Telco User Manual Download Page 13

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Table 2: DDR4 PL Interface Pin Map (cont'd)

Pin Number

Signal Name

Description

I/O

A12

PL_DDR4_1_DQ7

DDR4 Data I/O 7

Bidirectional

N15

PL_DDR4_1_DQ8

DDR4 Data I/O 8

Bidirectional

M13

PL_DDR4_1_DQ9

DDR4 Data I/O 9

Bidirectional

M17

PL_DDR4_1_DQ10

DDR4 Data I/O 10

Bidirectional

L12

PL_DDR4_1_DQ11

DDR4 Data I/O 11

Bidirectional

N17

PL_DDR4_1_DQ12

DDR4 Data I/O 12

Bidirectional

N13

PL_DDR4_1_DQ13

DDR4 Data I/O 13

Bidirectional

M15

PL_DDR4_1_DQ14

DDR4 Data I/O 14

Bidirectional

M12

PL_DDR4_1_DQ15

DDR4 Data I/O 15

Bidirectional

J18

PL_DDR4_1_DQ16

DDR4 Data I/O 16

Bidirectional

J16

PL_DDR4_1_DQ17

DDR4 Data I/O 17

Bidirectional

H17

PL_DDR4_1_DQ18

DDR4 Data I/O 18

Bidirectional

K16

PL_DDR4_1_DQ19

DDR4 Data I/O 19

Bidirectional

J19

PL_DDR4_1_DQ20

DDR4 Data I/O 20

Bidirectional

L17

PL_DDR4_1_DQ21

DDR4 Data I/O 21

Bidirectional

K17

PL_DDR4_1_DQ22

DDR4 Data I/O 22

Bidirectional

H16

PL_DDR4_1_DQ23

DDR4 Data I/O 23

Bidirectional

E18

PL_DDR4_1_DQ24

DDR4 Data I/O 24

Bidirectional

F16

PL_DDR4_1_DQ25

DDR4 Data I/O 25

Bidirectional

G18

PL_DDR4_1_DQ26

DDR4 Data I/O 26

Bidirectional

E16

PL_DDR4_1_DQ27

DDR4 Data I/O 27

Bidirectional

H18

PL_DDR4_1_DQ28

DDR4 Data I/O 28

Bidirectional

G15

PL_DDR4_1_DQ29

DDR4 Data I/O 29

Bidirectional

E17

PL_DDR4_1_DQ30

DDR4 Data I/O 30

Bidirectional

F15

PL_DDR4_1_DQ31

DDR4 Data I/O 31

Bidirectional

C22

PL_DDR4_1_DQ32

DDR4 Data I/O 32

Bidirectional

A21

PL_DDR4_1_DQ33

DDR4 Data I/O 33

Bidirectional

B24

PL_DDR4_1_DQ34

DDR4 Data I/O 34

Bidirectional

C20

PL_DDR4_1_DQ35

DDR4 Data I/O 35

Bidirectional

C21

PL_DDR4_1_DQ36

DDR4 Data I/O 36

Bidirectional

B20

PL_DDR4_1_DQ37

DDR4 Data I/O 37

Bidirectional

A24

PL_DDR4_1_DQ38

DDR4 Data I/O 38

Bidirectional

A20

PL_DDR4_1_DQ39

DDR4 Data I/O 39

Bidirectional

C16

PL_DDR4_1_DQ40

DDR4 Data I/O 40

Bidirectional

C17

PL_DDR4_1_DQ41

DDR4 Data I/O 41

Bidirectional

D16

PL_DDR4_1_DQ42

DDR4 Data I/O 42

Bidirectional

B19

PL_DDR4_1_DQ43

DDR4 Data I/O 43

Bidirectional

D15

PL_DDR4_1_DQ44

DDR4 Data I/O 44

Bidirectional

A19

PL_DDR4_1_DQ45

DDR4 Data I/O 45

Bidirectional

Chapter 3: Pin Mapping

UG1496 (v1.0) June 15, 2022

www.xilinx.com

T2 Telco Accelerator Card User Guide

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Summary of Contents for XILINX T2 Telco

Page 1: ...language from our products and related collateral We ve launched an internal initiative to remove language that could exclude people or reinforce historical biases including terms embedded in our soft...

Page 2: ...22 Chapter 6 Xilinx Design Constraints XDC File 23 Appendix A Regulatory Compliance Statements 24 FCC Class A Products 24 Safety 24 EMC Compliance 25 FCC Class A User Information 25 VCCI Class A Stat...

Page 3: ...C ZU48DR device supporting the following targeted applications 5G NR physical layer functional offload including but not limited to Low density parity check LDPC encoding and decoding Rate matching an...

Page 4: ...an overview of the hardware features Figure 2 T2 Card High Level Block Diagram Zynq UltraScale RFSoC SC MSP432 Power Supply Unit NOR Flash PL DDR Controller Bank 67 68 69 PS MIO Bank 500 PL GTY PCIe 4...

Page 5: ...er with the provided host software installation supports the following functions PCIe Gen3 x16 interface User flash image update SC firmware update DDR4 PL BERT performance and diagnostics test DDR4 P...

Page 6: ...Figure 3 Zynq UltraScale RFSoC XCZU48DR Device Chapter 1 Introduction UG1496 v1 0 June 15 2022 www xilinx com T2 Telco Accelerator Card User Guide 6 Send Feedback...

Page 7: ...n between server BMC and T2 SC and implements a thermal closed loop control mechanism for card cooling All required telemetry data including board temperatures and power consumption is available In ba...

Page 8: ...rovided through the maintenance port See Chapter 4 Maintenance Port for details LED A green power on LED is present on the I O bracket to indicate the card is powered and in operation Chapter 2 Featur...

Page 9: ...on requires x8 bifurcation to be enabled whereas Gen 3 x16 requires x16 mode PCIe Interface Pins The following table summarizes the ZU48DR PCIe interface pin map Table 1 PCIe Interface Pin Map Pin Num...

Page 10: ...P PCIe RX Data 10 P I F37 PCIE_RX11_N PCIe RX Data 11 N I F36 PCIE_RX11_P PCIe RX Data 11 P I E39 PCIE_RX12_N PCIe RX Data 12 N I E38 PCIE_RX12_P PCIe RX Data 12 P I D37 PCIE_RX13_N PCIe RX Data 13 N...

Page 11: ...CIe TX Data 12 P O C34 PCIE_TX13_N PCIe TX Data 13 N O C33 PCIE_TX13_P PCIe TX Data 13 P O B32 PCIE_TX14_N PCIe TX Data 14 N O B31 PCIE_TX14_P PCIe TX Data 14 P O A34 PCIE_TX15_N PCIe TX Data 15 N O A...

Page 12: ...dress 13 O E14 PL_DDR4_1_BA0 DDR4 Bank Address 0 O H13 PL_DDR4_1_BA1 DDR4 Bank Address 1 O F14 PL_DDR4_1_BG0 DDR4 Bank Group 0 O C12 PL_DDR4_1_DM0 DDR4 Data Mask 0 O N14 PL_DDR4_1_DM1 DDR4 Data Mask 1...

Page 13: ...nal F16 PL_DDR4_1_DQ25 DDR4 Data I O 25 Bidirectional G18 PL_DDR4_1_DQ26 DDR4 Data I O 26 Bidirectional E16 PL_DDR4_1_DQ27 DDR4 Data I O 27 Bidirectional H18 PL_DDR4_1_DQ28 DDR4 Data I O 28 Bidirectio...

Page 14: ...ECC Bidirectional G20 PL_DDR4_1_DQ65 DDR4 Data I O 65 ECC Bidirectional E23 PL_DDR4_1_DQ66 DDR4 Data I O 66 ECC Bidirectional E21 PL_DDR4_1_DQ67 DDR4 Data I O 67 ECC Bidirectional F24 PL_DDR4_1_DQ68...

Page 15: ...K13 PL_DDR4_1_CKE DDR4 Clock Enable O F11 PL_DDR4_1_CS DDR4 Chip Select O D14 PL_DDR4_1_WE DDR4 Write Enable O J10 PL_DDR4_1_ALERT DDR4 Alert I J14 PL_DDR4_1_RST DDR4 Reset O J13 PL_DDR4_1_TEN DDR4 T...

Page 16: ...M3 DDR4 Data Mask 3 O AR38 PS_DDR4_1_DM4 DDR4 Data Mask 4 O AV22 PS_DDR4_1_DQ0 DDR4 Data I O 0 Bidirectional AW24 PS_DDR4_1_DQ1 DDR4 Data I O 1 Bidirectional AW23 PS_DDR4_1_DQ2 DDR4 Data I O 2 Bidirec...

Page 17: ...Bidirectional AP36 PS_DDR4_1_DQ35 DDR4 Data I O 35 ECC Bidirectional AT39 PS_DDR4_1_DQ36 DDR4 Data I O 36 ECC Bidirectional AP35 PS_DDR4_1_DQ37 DDR4 Data I O 37 ECC Bidirectional AR36 PS_DDR4_1_DQ38...

Page 18: ...The dual QSPI mode flash has been implemented with two 2 Gb SPI NOR flash devices Micron MT25QU02GCBB8E12 0AAT The MT25QU02GCBB8E12 0AAT NOR flash devices are automotive grade for thermal design reaso...

Page 19: ...is asserted by the Zynq UltraScale RFSoC to acknowledge the power reduction request by the SC and to avoid a fatal power cutoff protection mechanism The SC is always powered UART Maintenance Port Acc...

Page 20: ...a 0 Bidirectional R27 RF_QSPI_UPR_DQ1 QSPI Upper Data 1 Bidirectional V27 RF_QSPI_UPR_DQ2 QSPI Upper Data 2 Bidirectional P28 RF_QSPI_UPR_DQ3 QSPI Upper Data 3 Bidirectional H26 PS_SOC_SCL I2C Bus to...

Page 21: ...FSoC PS applications as required JTAG to RFSoC This JTAG chain to the RFSoC can be used for communication with the Vivado Design Suite during development for programming and debug UART to SC This UART...

Page 22: ...hat this 40A maximum current limit for the combined VCCINT and SD FEC rails is observed at the maximum operating junction temperature of 100 C The card protection circuit initiates a fatal shutdown if...

Page 23: ...d card XDC file is available for download from the T Series lounge Contact your Xilinx representative for access Note There are production and prototype versions of the XDC Ensure that you have select...

Page 24: ...isted in this document IEC 62368 1 2nd Edition 2014 A11 2017 Information technology equipment Safety Part 1 General requirements EN 62368 1 2nd Edition 2014 A11 2017 Information technology equipment S...

Page 25: ...adiated and Conducted Emissions Australia New Zealand Article 58 2 of Radio Waves Act Clause 3 Korea Regulatory Compliance Markings When required these products are provided with the following product...

Page 26: ...pment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications Operation of this e...

Page 27: ...On Windows select Start All Programs Xilinx Design Tools DocNav At the Linux command prompt enter docnav Xilinx Design Hubs provide links to documentation organized by design tasks and other topics wh...

Page 28: ...2 Xilinx shall not be liable whether in contract or tort including negligence or under any other theory of liability for any loss or damage of any kind or nature related to arising under or in connect...

Page 29: ...EATURE CONSISTENT WITH THE ISO 26262 AUTOMOTIVE SAFETY STANDARD SAFETY DESIGN CUSTOMER SHALL PRIOR TO USING OR DISTRIBUTING ANY SYSTEMS THAT INCORPORATE PRODUCTS THOROUGHLY TEST SUCH SYSTEMS FOR SAFET...

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