FPGA Carrier Modules

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HSFPX00X Carrier Board

0 views January 21, 2021 admin 0

  1. Introduction
    1. Board Features
    2. Applications
  2. How to use HSFPX00X module
    1. Hardware Accessories Required
    2. Boards Supported
    3. Connection Diagram
    4. PCIe x8 Edge Connector
  3. Connection Details
  4. Technical Specification
  5. Mechanical Dimensions
  6. Schematics

Introduction

The HSFPX00X is carrier board for connecting module with Edge Rate® Rugged High-Speed Male connector like Numato Lab’s HSFPX002 FPGA module. The HSFPX00X carrier board features High Pin Count (HPC) high-speed FMC connector conforming to ANSI/VITA 57.1 Standard for the purpose of adding additional features to the board by using custom or commercial off-the-shelf daughter boards and a x8 PCIe interface.

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Board Features

  • 4 Edge Rate® Rugged High-Speed Female connector
  • 8 lane PCIe Gen2.0 (5.0GT/s)
  • USB 3.1 Gen 1 @ 5Gbps (USB Type-C connector)
  • 2 FMC connector with a maximum of 130 IOs for user-defined purposes
  • 6 SMA connectors for 3 external differential clocks
  • Can be powered from PCIe slot or from an external power supply
  • JTAG header for programming and debugging
  • Dimension: 167.65mm x 111.15mm
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Applications

  • Product Prototype Development
  • Development and Testing of custom embedded processors
  • Educational tool for Schools and Universities
  • Communication Devices Development
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How to use HSFPX00X module

The following sections describe in detail how to use this module.

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Hardware Accessories Required

Along with the module, you may need the accessories listed below for easy and fast installation:

  1. 12 V DC Power Supply.
  2. USB A to USB-C cable.
  3. A Xilinx Platform Cable USB II compatible JTAG programmer.
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Boards Supported

Along with the module, you may use any of the module below, or any other compatible FPGA module.

  • Numato Lab HSFPX002 FPGA Module
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Connection Diagram

This diagram should be used as a reference only. For detailed information, see HSFPX00X’s schematics and mechanical dimensions at the end of this page. Details of individual connectors are as shown below.

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PCIe x8 Edge Connector

Signal NameFPGA GPIO Module
(Connector A)
PCIe_REFCLK_PA73
PCIe_REFCLK_NA75
PCIe_TX0_PA80
PCIe_TX0_NA82
PCIe_TX1_PA86
PCIe_TX1_NA88
PCIe_TX2_PA92
PCIe_TX2_NA94
PCIe_TX3_PA98
PCIe_TX3_NA100
PCIe_TX4_PA110
PCIe_TX4_NA112
PCIe_TX5_PA116
PCIe_TX5_NA118
PCIe_TX6_PA122
PCIe_TX6_NA124
PCIe_TX7_PA128
PCIe_TX7_NA130
PCIe_RX0_PA79
PCIe_RX0_NA81
PCIe_RX1_PA85
PCIe_RX1_NA87
PCIe_RX2_PA91
PCIe_RX2_NA93
PCIe_RX3_PA97
PCIe_RX3_NA99
PCIe_RX4_PA109
PCIe_RX4_NA111
PCIe_RX5_PA115
PCIe_RX5_NA117
PCIe_RX6_PA121
PCIe_RX6_NA123
PCIe_RX7_PA127
PCIe_RX7_NA129
PCIe_PERST#D126 (Connector D)
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Connection Details

FMC Connector 1

FMC Pin NameFMC Pin Location
FMC Pin NameFMC Pin Location
FMC1_DP0_M2C_PC6FMC1_DP0_M2C_NC7
FMC1_DP1_M2C_PA2FMC1_DP1_M2C_NA3
FMC1_DP2_M2C_P
A6FMC1_DP2_M2C_NA7
FMC1_DP3_M2C_PA10FMC1_DP3_M2C_NA11
FMC1_DP4_M2C_PA14FMC1_DP4_M2C_NA15
FMC1_DP5_M2C_PA18FMC1_DP5_M2C_NA19
FMC1_DP6_M2C_PB16FMC1_DP6_M2C_NB17
FMC1_DP7_M2C_PB12FMC1_DP7_M2C_NB13
FMC1_DP0_C2M_PC2FMC1_DP0_C2M_NC3
FMC1_DP1_C2M_PA22FMC1_DP1_C2M_NA23
FMC1_DP2_C2M_PA26FMC1_DP2_C2M_NA27
FMC1_DP3_C2M_PA30FMC1_DP3_C2M_NA31
FMC1_DP4_C2M_PA34FMC1_DP4_C2M_NA35
FMC1_DP5_C2M_PA38FMC1_DP5_C2M_NA39
FMC1_DP6_C2M_PB36FMC1_DP6_C2M_NB37
FMC1_DP7_C2M_PB32FMC1_DP7_C2M_NB33
FMC1_GBTCLK0_M2C_PD4FMC1_GBTCLK0_M2C_ND5
FMC1_GBTCLK1_M2C_PB20FMC1_GBTCLK1_M2C_NB21
FMC1_LA00_PG6FMC1_LA00_NG7
FMC1_LA01_PD8FMC1_LA01_ND9
FMC1_LA02_PH7FMC1_LA02_NH8
FMC1_LA03_PG9FMC1_LA03_NG10
FMC1_LA04_PH10FMC1_LA04_NH11
FMC1_LA05_PD11FMC1_LA05_ND12
FMC1_LA06_PC10FMC1_LA06_NC11
FMC1_LA07_PH13FMC1_LA07_NH14
FMC1_LA08_PG12FMC1_LA08_NG13
FMC1_LA09_PD14FMC1_LA09_ND15
FMC1_LA10_PC14FMC1_LA10_NC15
FMC1_LA11_PH16FMC1_LA11_NH17
FMC1_LA12_PG15FMC1_LA12_NG16
FMC1_LA13_PD17FMC1_LA13_ND18
FMC1_LA14_PC18FMC1_LA14_NC19
FMC1_LA15_PH19FMC1_LA15_NH20
FMC1_LA16_PG18FMC1_LA16_NG19
FMC1_LA17_PD20FMC1_LA17_ND21
FMC1_LA18_PC22FMC1_LA18_NC23
FMC1_LA19_PH22FMC1_LA19_NH23
FMC1_LA20_PG21FMC1_LA20_NG22
FMC1_LA21_PH25FMC1_LA21_NH26
FMC1_LA22_PG24FMC1_LA22_NG25
FMC1_LA23_PD23FMC1_LA23_ND24
FMC1_LA24_PH28FMC1_LA24_NH29
FMC1_LA25_PG27FMC1_LA25_NG28
FMC1_LA26_PD26FMC1_LA26_ND27
FMC1_LA27_PC26FMC1_LA27_NC27
FMC1_LA28_PH31FMC1_LA28_NH32
FMC1_LA29_P G30FMC1_LA29_NG31
FMC1_LA30_PH34FMC1_LA30_NH35
FMC1_LA31_PG33FMC1_LA31_NG34
FMC1_LA32_PH37FMC1_LA32_NH38
FMC1_LA33_PG36FMC1_LA33_NG37
FMC1_HA00_PF4FMC1_HA00_NF5
FMC1_HA01_PE2FMC1_HA01_NE3
FMC1_HA02_PK7FMC1_HA02_NK8
FMC1_HA03_PJ6FMC1_HA03_NJ7
FMC1_HA04_PF7FMC1_HA04_NF8
FMC1_HA05_PE6FMC1_HA05_PE7
FMC1_HA06_PK10FMC1_HA06_NK11
FMC1_HA07_PJ9FMC1_HA07_NJ10
FMC1_HA08_PF10FMC1_HA08_NF11
FMC1_HA09_PE9FMC1_HA09_NE10
FMC1_HA10_PK13FMC1_HA10_NK14
FMC1_HA11_PJ12FMC1_HA11_NJ13
FMC1_HA12_PF13FMC1_HA12_NF14
FMC1_HA13_PE12FMC1_HA13_NE13
FMC1_HB00_PK25FMC1_HB00_NK26
FMC1_HB01_PJ24FMC1_HB01_NJ25
FMC1_HB02_PF22FMC1_HB02_NF23
FMC1_HB03_PE21FMC1_HB03_NE22
FMC1_HB04_PF25FMC1_HB04_NF26
FMC1_HB05_PE24FMC1_HB05_NE25
FMC1_HB06_PK28FMC1_HB06_NK29
FMC1_HB07_PJ27FMC1_HB07_NJ28
FMC1_HB08_PF28FMC1_HB08_NF29
FMC1_HB09_PE27FMC1_HB09_NE28
FMC1_HB10_PK31FMC1_HB10_NK32
FMC1_HB11_PJ30FMC1_HB11_NJ31
FMC1_HB12_PF31FMC1_HB12_NF32
FMC1_HB13_PE30FMC1_HB13_NE31
FMC1_HB14_PK34FMC1_HB14_NK35
FMC1_HB15_PJ33FMC1_HB15_NJ34
FMC1_HB16_PF34FMC1_HB16_NF35
FMC1_HB17_PK37FMC1_HB17_NK38
FMC1_HB18_PJ36FMC1_HB18_NJ37
FMC1_HB19_PE33FMC1_HB19_NE34
FMC1_HB20_PF37FMC1_HB20_NF38
SCL_FMCC30SDA_FMCC31
P_G_C2MD1P_G_C2M_1F1
TCK_FMCD29TMS_FMCD33
TDO_FPGA_TD1_FMC1D30TDO_FPGA_TD1_FMC2D31
TEST_SIG0_PJ15TEST_SIG0_NJ16
TEST_SIG1_PF16TEST_SIG1_NF17
TEST_SIG2_PE15TEST_SIG2_NE16
TEST_SIG3_PK16TEST_SIG3_NK17
TEST_SIG4_PJ18TEST_SIG4_NJ19
TEST_SIG5_PF19TEST_SIG5_NF20
TEST_SIG6_PE18TEST_SIG6_NE19
TEST_SIG7_PK19TEST_SIG7_NK20
TEST_SIG8_PJ21TEST_SIG8_NJ22
TEST_SIG_9K22TEST_SIG_10K23
PRSNT1_M2C_LH2

FMC Connector 2

FMC Pin NameFMC Pin Location
FMC Pin NameFMC Pin Location
FMC2_GBTCLK0_M2C_PD4FMC1_GBTCLK0_M2C_ND5
FMC2_GBTCLK1_M2C_PB20FMC1_GBTCLK1_M2C_NB21
FMC2_LA00_PG6FMC1_LA00_NG7
FMC2_LA01_PD8FMC1_LA01_ND9
FMC2_LA02_PH7FMC1_LA02_NH8
FMC2_LA03_PG9FMC1_LA03_NG10
FMC2_LA04_PH10FMC1_LA04_NH11
FMC2_LA05_PD11FMC1_LA05_ND12
FMC2_LA06_PC10FMC1_LA06_NC11
FMC2_LA07_PH13FMC1_LA07_NH14
FMC2_LA08_PG12FMC1_LA08_NG13
FMC2_LA09_PD14FMC1_LA09_ND15
FMC2_LA10_PC14FMC1_LA10_NC15
FMC2_LA11_PH16FMC1_LA11_NH17
FMC2_LA12_PG15FMC1_LA12_NG16
FMC2_LA13_PD17FMC1_LA13_ND18
FMC2_LA14_PC18FMC1_LA14_NC19
FMC2_LA15_PH19FMC1_LA15_NH20
FMC2_LA16_PG18FMC1_LA16_NG19
FMC2_LA17_PD20FMC1_LA17_ND21
FMC2_LA18_PC22FMC1_LA18_NC23
FMC2_LA19_PH22FMC1_LA19_NH23
FMC2_LA20_PG21FMC1_LA20_NG22
FMC2_LA21_PH25FMC1_LA21_NH26
FMC2_LA22_PG24FMC1_LA22_NG25
FMC2_LA23_PD23FMC1_LA23_ND24
FMC2_LA24_PH28FMC1_LA24_NH29
FMC2_LA25_PG27FMC1_LA25_NG28
FMC2_LA26_PD26FMC1_LA26_ND27
FMC2_LA27_PC26FMC1_LA27_NC27
FMC2_LA28_PH31FMC1_LA28_NH32
FMC2_LA29_P G30FMC1_LA29_NG31
FMC2_LA30_PH34FMC1_LA30_NH35
FMC2_LA31_PG33FMC1_LA31_NG34
FMC2_LA32_PH37FMC1_LA32_NH38
FMC2_LA33_PG36FMC1_LA33_NG37
FMC2_HA00_PF4FMC1_HA00_NF5
FMC2_HA01_PE2FMC1_HA01_NE3
FMC2_HA02_PK7FMC1_HA02_NK8
FMC2_HA03_PJ6FMC1_HA03_NJ7
FMC2_HA04_PF7FMC1_HA04_NF8
FMC2_HA05_PE6FMC1_HA05_PE7
FMC2_HA06_PK10FMC1_HA06_NK11
FMC2_HA07_PJ9FMC1_HA07_NJ10
FMC2_HA08_PF10FMC1_HA08_NF11
FMC2_HA09_PE9FMC1_HA09_NE10
FMC2_HA10_PK13FMC1_HA10_NK14
FMC2_HA11_PJ12FMC1_HA11_NJ13
FMC2_HA12_PF13FMC1_HA12_NF14
FMC2_HA13_PE12FMC1_HA13_NE13
FMC2_HB00_PK25FMC1_HB00_NK26
FMC2_HB01_PJ24FMC1_HB01_NJ25
FMC2_HB02_PF22FMC1_HB02_NF23
FMC2_HB03_PE21FMC1_HB03_NE22
FMC2_HB04_PF25FMC1_HB04_NF26
FMC2_HB05_PE24FMC1_HB05_NE25
FMC2_HB06_PK28FMC1_HB06_NK29
FMC2_HB07_PJ27FMC1_HB07_NJ28
FMC2_HB08_PF28FMC1_HB08_NF29
FMC2_HB09_PE27FMC1_HB09_NE28
FMC2_HB10_PK31FMC1_HB10_NK32
FMC2_HB11_PJ30FMC1_HB11_NJ31
FMC2_HB12_PF31FMC1_HB12_NF32
FMC2_HB13_PE30FMC1_HB13_NE31
FMC2_HB14_PK34FMC1_HB14_NK35
FMC2_HB15_PJ33FMC1_HB15_NJ34
FMC2_HB16_PF34FMC1_HB16_NF35
FMC2_HB17_PK37FMC1_HB17_NK38
FMC2_HB18_PJ36FMC1_HB18_NJ37
FMC2_HB19_PE33FMC1_HB19_NE34
SCL_FMCC30SDA_FMCC31
P_G_C2MD1P_G_C2M_2F1
TCK_FMCD29TMS_FMCD33
TDO_FMC1_TDI_FMC2D30TDO_FMC2D31
TEST_SIG_11J15PRSNT2_M2C_LH2
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Technical Specification

Parameter*ValueUnit
Basic Specifications
Power Supply Voltage(External)12V
Connector Header (populated on HSFPX00X) Specifications (0459714515)
Number of Positions400
Number of Rows10
Height above Board8.05mm
Pitch1.27mm
Mated Stacking Height10, 10.5, 11, 11.5, 12.5, 13, 15mm
Mating Connector for FMC Daughter module0459704715

* All parameters considered nominal. Numato Systems Pvt Ltd reserves the right to modify products without notice.

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Mechanical Dimensions

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