diff --git a/litex/soc/cores/ram/xilinx_fifo_sync_macro.py b/litex/soc/cores/ram/xilinx_fifo_sync_macro.py
new file mode 100644
index 000000000..a1a5ae04f
--- /dev/null
+++ b/litex/soc/cores/ram/xilinx_fifo_sync_macro.py
@@ -0,0 +1,156 @@
+from migen import *
+
+from litex.soc.interconnect.stream import SyncFIFO
+
+class FIFOSyncMacro(Module, Record):
+    """FIFOSyncMacro
+
+    Provides an equivalent of Xilinx' FIFO_SYNC_MACRO which is a unimacro dedicated for 7 series
+    FPGAs and Zynq-7000 SoC.
+
+    Detailed informations can be found in official documentation:
+    https://docs.xilinx.com/r/2021.2-English/ug953-vivado-7series-libraries/FIFO_SYNC_MACRO
+    """
+    def __init__(self, fifo_size="18Kb", data_width=32, almost_empty_offset=0, almost_full_offset=0, do_reg=0, toolchain="vivado"):
+        assert data_width <= 72
+        assert fifo_size in ["18Kb", "36Kb"]
+        if do_reg and toolchain != "vivado":
+            raise NotImplementedError("FIFOSyncMacro: DO_REG==1 is supported only for Vivado toolchain")
+
+        fifo_sync_macro_layout = [
+            ("rd_d",        data_width),
+            ("almostfull",  1),
+            ("almostempty", 1),
+            ("full",        1),
+            ("empty",       1),
+            ("rdcount",     13),
+            ("rderr",       1),
+            ("wrerr",       1),
+            ("wrcount",     13),
+            ("rden",        1),
+            ("wr_d",        data_width),
+            ("wren",        1),
+            ("reset",       1)
+        ]
+        Record.__init__(self, fifo_sync_macro_layout)
+
+        if toolchain == "vivado":
+            self.specials += Instance("FIFO_SYNC_MACRO",
+                p_DEVICE              = "7SERIES",
+                p_FIFO_SIZE           = fifo_size,
+                p_DATA_WIDTH          = data_width,
+                p_ALMOST_EMPTY_OFFSET = almost_empty_offset,
+                p_ALMOST_FULL_OFFSET  = almost_full_offset,
+                p_DO_REG              = do_reg,
+                i_CLK         = ClockSignal(),
+                i_RST         = self.reset,
+                o_ALMOSTFULL  = self.almostfull,
+                o_ALMOSTEMPTY = self.almostempty,
+                o_FULL        = self.full,
+                o_EMPTY       = self.empty,
+                i_WREN        = self.wren,
+                i_DI          = self.wr_d,
+                i_RDEN        = self.rden,
+                o_DO          = self.rd_d,
+                o_RDCOUNT     = self.rdcount,
+                o_RDERR       = self.rderr,
+                o_WRCOUNT     = self.wrcount,
+                o_WRERR       = self.wrerr,
+            )
+        else:
+            level = Signal(14)
+
+            # FIFO size is adjusted to only match configurations supported by FIFO_SYNC_MACRO
+            if fifo_size == "18Kb":
+                fifo_size = 16
+            elif fifo_size == "36Kb":
+                fifo_size = 32
+            else:
+                raise ValueError("FIFOSyncMacro can only be configured to 18Kb or 36Kb of memory")
+
+            if data_width in range(1, 5):
+                macro_data_width = 4
+            elif data_width in range(5, 10):
+                macro_data_width = 8
+            elif data_width in range(10, 19):
+                macro_data_width = 16
+            elif data_width in range(19, 37):
+                macro_data_width = 32
+            elif data_width in range(37, 73):
+                if fifo_size == 36:
+                    macro_data_width = 64
+                else:
+                    raise ValueError("FIFOSyncMacro accepts data width up to 72 bits only for 36Kb FIFO size.")
+            else:
+                raise ValueError("FIFOSyncMacro only accepts data width up to 72 bits.")
+
+            self.fifo_depth = fifo_depth = (int)(fifo_size * 1024 / macro_data_width)
+
+            self.submodules.fifo = fifo = ResetInserter()(SyncFIFO([("data", data_width)], fifo_depth))
+
+            self.comb += [
+                fifo.reset.eq(self.reset),
+
+                level.eq(fifo.level),
+
+                # connect port signals to internal fifo
+                # sink
+                fifo.sink.data.eq(self.wr_d),
+                fifo.sink.valid.eq(self.wren),
+                # source
+                self.rd_d.eq(fifo.source.data),
+                fifo.source.ready.eq(self.rden),
+
+                self.wrerr.eq(~fifo.sink.ready & self.wren),
+                self.rderr.eq(fifo.source.ready & self.rden),
+
+                If(level == 0,
+                    self.empty.eq(1)
+                ).Else(
+                    self.empty.eq(0)
+                ),
+
+                If(level == fifo_depth,
+                    self.full.eq(1)
+                ).Else(
+                    self.full.eq(0)
+                ),
+            ]
+
+            self.sync += [
+                # reset only these two since other signals are dependent on fifo state
+                If(self.reset,
+                    self.rdcount.eq(0),
+                    self.wrcount.eq(0),
+                ),
+
+                # wrcount and rdcount are counters of respectively written and read words
+                If(fifo.sink.ready & fifo.sink.valid,
+                    If(self.wrcount == (fifo_depth - 1),
+                        self.wrcount.eq(0)
+                    ).Else(
+                        self.wrcount.eq(self.wrcount + 1),
+                    )
+                ),
+                If(fifo.source.ready & fifo.source.valid,
+                    If(self.rdcount == (fifo_depth - 1),
+                        self.rdcount.eq(0)
+                    ).Else(
+                        self.rdcount.eq(self.rdcount + 1),
+                    )
+                ),
+
+                # assert almostempty when fifo level is lower than almost_empty_offset
+                If((level <= almost_empty_offset),
+                    self.almostempty.eq(1)
+                ).Else(
+                    self.almostempty.eq(0)
+                ),
+
+                # assert almostfull when fifo level is higher than almost_full_offset
+                If((level >= (fifo_depth - almost_full_offset)),
+                    self.almostfull.eq(1)
+                ).Else(
+                    self.almostfull.eq(0)
+                ),
+            ]