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AMC-MKX2

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    Version from 16:10, 28 Sep 2018

    This revision modified by jsousa (Ban)

    TOC {{page.toc }}

    Development and production:

    {{ wiki.tree(page.path, 1) }}

    Datasheet

    • Mid-size, single width AMC for mTCA and AdvancedTCA
    • Xilinx® Kintex™-7 FPGA family (XC7K325T-2FBG676I)
    • Supports AMC.1 PCI Express Gen1, Gen2
    • High-pin-count VITA 57.1 FMC expansion for I/Os

     

    The AMC-MKX2 module is a mid-size AMC card suitable for use in mATCA and AdvancedTCA platforms, designed to meet the processing needs of high-performance applications in demanding nuclear fusion data acquisition applications and compliant to the ATCA-PTSW-AMC4 AMC carrier. The AMC-MKX2 is based on the Trenz Kintex FPGA module (TE0741) which provides large processing power on the inboard Xilinx® Kintex™-7 FPGA (XC7K325T). The TE0741 module is accommodated in the AMC card through two Samtec 100 pin connectors and one 60-pin connector. AMC-KX2 is intended for high-performance, high-bandwidth, and low-latency processing applications.

    AMC-MKX2 Functional Block Diagram

     

    diagram_amc-mkx1.jpg

     

    Specifications

     

    FPGA
    • Xilinx Kintex-7T FPGA XC7K325T-2FBG676I

    Memory

     
    • 32 MBytes Quad SPI Flash

    AMC

    Connectivity

     
    • TCLK A/B/C/D clock support for AMC R2.0 through onboard clock switch
    • Fabric clock — RX or TX (100 MHz PCIe, default)
    • AMC.1 PCI Express: x4 PCIe Gen2 on ports 4-7
    • User LVDS I/Os (ports 17–20)

    Front Panel
    • Board Mounted LEDs
    • FMC slot

    I/O expansion capabilities

     
    • High-pin-count VITA 57. FMC sit
      • 78 differential user defined pairs: 34 LA pair; 24 HA pair;  HB pairs
      • 2 differential clocks
      • 8 MGTs

    Mechanical
    • Full-size, Single width AMC
    • AMC B+ edge connector

    IPMI

    Controller

     
    • Voltage monitor
    • Geographical address monitor
    • Temperatures monitors
    • Power/Reset controller
    • UART

    Standards

    Compliance

     
    • AdvancedTCA base 3.0 (PICMG 3.0/3.4)
    • AdvancedMC R2.0 (PICMG AMC.0/AMC.1)
    • Support for AdvancedMC R1.0 also available
    • MTCA.0
    • VITA 57.1 FMC HPC
    • Hot-plug
    • IPMI

    Electrical

     
    • AMC 12 V mains source
    • 3.3V IPMI

    Testing and development interfaces
    • FPGA JTAG
    • IPMI JTAG, mini-B USB serial port
    • Test points
    • Jumpers
    • LEDs

    FMC Module Options

    IST

    FMC-AD-1Gx

    • 2 channels @ 1.6 GHz 12-bit; or 1 channel @ 3.2 GHz 12-bit
    • AC/DC coupling and Single-Ended/Differential Input

     

    FMC-AD4X-500M-14b

    • 4 channels @ 500 MSPS, 14-bit (AD9864)
    • AC/DC coupling and Single-Ended/Differential Input

     

    Datasheet in PDF format.

    Current version

    This revision modified by jsousa (Ban)

    TOC {{page.toc }}

    Development and production:

    {{ wiki.tree(page.path, 1) }}

    Datasheet

    • Mid-size, single width AMC for mTCA and AdvancedTCA
    • Xilinx® Kintex™-7 FPGA family (XC7K325T-2FBG676I)
    • Supports AMC.1 PCI Express Gen1, Gen2
    • High-pin-count VITA 57.1 FMC expansion for I/Os

     

    The AMC-MKX2 module is a mid-size AMC card suitable for use in mATCA and AdvancedTCA platforms, designed to meet the processing needs of high-performance applications in demanding nuclear fusion data acquisition applications and compliant to the ATCA-PTSW-AMC4 AMC carrier. The AMC-MKX2 is based on the Trenz Kintex FPGA module (TE0741) which provides large processing power on the inboard Xilinx® Kintex™-7 FPGA (XC7K325T). The TE0741 module is accommodated in the AMC card through two Samtec 100 pin connectors and one 60-pin connector. AMC-KX2 is intended for high-performance, high-bandwidth, and low-latency processing applications.

    AMC-MKX2 Functional Block Diagram

     

     

    Specifications

     

    FPGA
    • Xilinx Kintex-7T FPGA XC7K325T-2FBG676I

    Memory

     
    • 32 MBytes Quad SPI Flash

    AMC

    Connectivity

     
    • TCLK A/B/C/D clock support for AMC R2.0 through onboard clock switch
    • Fabric clock — RX or TX (100 MHz PCIe, default)
    • AMC.1 PCI Express: x4 PCIe Gen2 on ports 4-7
    • User LVDS I/Os (ports 17–20)

    Front Panel
    • Board Mounted LEDs
    • FMC slot

    I/O expansion capabilities

     
    • High-pin-count VITA 57. FMC sit
      • 78 differential user defined pairs: 34 LA pair; 24 HA pair;  HB pairs
      • 2 differential clocks
      • 8 MGTs

    Mechanical
    • Full-size, Single width AMC
    • AMC B+ edge connector

    IPMI

    Controller

     
    • Voltage monitor
    • Geographical address monitor
    • Temperatures monitors
    • Power/Reset controller
    • UART

    Standards

    Compliance

     
    • AdvancedTCA base 3.0 (PICMG 3.0/3.4)
    • AdvancedMC R2.0 (PICMG AMC.0/AMC.1)
    • Support for AdvancedMC R1.0 also available
    • MTCA.0
    • VITA 57.1 FMC HPC
    • Hot-plug
    • IPMI

    Electrical

     
    • AMC 12 V mains source
    • 3.3V IPMI

    Testing and development interfaces
    • FPGA JTAG
    • IPMI JTAG, mini-B USB serial port
    • Test points
    • Jumpers
    • LEDs

    FMC Module Options

    IST

    FMC-AD-1Gx

    • 2 channels @ 1.6 GHz 12-bit; or 1 channel @ 3.2 GHz 12-bit
    • AC/DC coupling and Single-Ended/Differential Input

     

    FMC-AD4X-500M-14b

    • 4 channels @ 500 MSPS, 14-bit (AD9864)
    • AC/DC coupling and Single-Ended/Differential Input

     

    Datasheet in PDF format.

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