GRX Technology Co, Ltd
FM9V700T-D900H FMSH FM9 FPGA 722K Logic Cells FCBGA-D900
FM9V700T-D900H FMSH FM9 FPGA 722K Logic Cells FCBGA-D900

FM9V700T-D900H FMSH FM9 FPGA 722K Logic Cells FCBGA-D900

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FM9V700T-D900H FMSH FM9 FPGA 722K Logic Cells FCBGA-D900 — Programmable Logic Cells 722,400, Transceiver Line Rate 28.21 Gbps
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    FMV700T80 FMSH FM7 FPGA 693K Logic Cells FCBGA1761
    FMSH100G Ethernet722K Logic CellsFPGAPCIe 3.0Programmable LogicSerDes 28.21 Gbps
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    At a Glance
    • 722K logic cells
    • 23.6 Mb BRAM and 3,072 DSP slices
    • FCBGA D900 (31×31 mm) package

    The FMSH FM9V700T-D900H is a 722K logic cell FPGA in the FM9 advanced-node family in an FCBGA D900 package measuring 31×31 mm. The fabric runs to 28.21 Gbps on hardened SerDes and integrates PCIe and 100G Ethernet blocks. It carries 3,072 DSP slices and 23.6 Mb of BRAM.

    Key Specifications

    Programmable Logic

    Programmable Logic Cells722,400
    CLB Flip-Flops660,480
    CLB LUTs330,240
    BRAM Capacity23.6 Mb
    URAM Capacity36 Mb
    Distributed RAM9.8 Mb
    DSP Slices3,072

    Hard IP Blocks

    PCIe 3.0 x164 groups
    Interlaken 150G1
    100G Ethernet2
    Transceiver Line Rate28.21 Gbps
    DDR4 Data Rate2,400 Mbps

    Performance

    Core Voltage0.85 / 0.72 V
    Typical Operating Frequency450 MHz
    Operating Temperature-40 to 105 °C

    Package and I/O

    PackageFCBGA D900
    Package Size31 × 31 mm
    HPIO / HDIO / HS Transceiver Channels208/96/16

    Family Overview

    The FM9 family is FMSH's advanced-node SRAM FPGA line, scaling to billion-gate density. Transceivers reach 28.21 Gbps, with hardened PCIe 4.0 and 100G Ethernet blocks. Against the previous generation it either doubles frequency at the same power or cuts power by 40% at the same frequency. Tool support is the Vulture EDA suite.

    • Advanced process node
    • SerDes up to 28.21 Gbps
    • Billion-gate class
    • PCIe 4.0 and 100G Ethernet

    Applications

    Data centre acceleration, 100G/400G networking, high-throughput instrumentation and AI pre/post-processing where fabric bandwidth and SerDes rate set the ceiling.

    Design Notes

    • The advanced node brings higher frequency at the same power, but the power delivery network must be designed for the transient response the fabric demands. Budget the decoupling and the regulator spec early.
    • Hardened PCIe 4.0 and 100G Ethernet blocks save fabric resources. Use them rather than building soft IP where both are available.
    • Gigabit-scale fabric changes the partitioning problem: floorplanning matters as much as RTL. Plan the hierarchy around the clock regions before synthesis.
    • Vulture EDA is a different toolchain from Procise. Porting an existing FM7 design is not a recompile — allocate time for constraint and IP migration.

    Common Questions

    How much logic does the FM9V700T-D900H provide?

    722,400 programmable logic cells, built from 330,240 CLB LUTs. The fabric also carries the BRAM and DSP resources listed above.

    What serial connectivity does the FM9V700T-D900H offer?

    each running up to 28.21 Gbps.

    What package is the FM9V700T-D900H in?

    FCBGA D900, 31×31 mm. Check the pin-out for the transceiver and HPIO assignment before layout.

    Which EDA toolchain supports the FM9V700T-D900H?

    Procise for the FM7 family, Vulture for FM9, and ICraft for FPAI. The PSoC line is supported within the same flow as the FPGA family it derives from.

    Shenzhen Gaorunxin Technology Co., Ltd

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    Shenzhen Gaorunxin Technology Co., Ltd

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