Connect that to this.
Connect that to this. The valid/payload/ready path are cut by an register stage
Connect that to this.
Connect that to this. The valid/payload path are cut by an register stage
Connect that to this.
Connect that to this. The ready path is cut by an register stage
Connect that to this
Connect this to that.
Connect this to that. The valid/payload path are cut by an register stage
Connect that to this.
Connect that to this. The valid/payload/ready path are cut by an register stage
Connect this to that.
Connect this to that. The ready path is cut by an register stage
Connect this to that
Drive arbitration signals of this from that
Block this when cond is False.
Block this when cond is False. Return the resulting stream
Return True when a transaction occure on the bus (Valid && ready)
Return True when a transaction occure on the bus (Valid && ready)
cut all path, but divide the bandwidth by 2, 1 cycle latency
Stop transactions on this when cond is True.
Stop transactions on this when cond is True. Return the resulting stream
Return True when a transaction is appear (first cycle)
Return True when a transaction is present on the bus but the ready is low
Connect this to an clock crossing fifo and return its pop stream
Connect this to a fifo and return its pop stream
Connect this to a zero latency fifo and return its pop stream
Connect this to a fifo and return its pop stream and its occupancy
Connect this to a cross clock domain fifo and return its pop stream and its push side occupancy
Connect this to a valid/payload register stage and return its output stream
Drop transaction of this when cond is False.
Drop transaction of this when cond is False. Return the resulting stream
Drop transactions of this when cond is True.
Drop transactions of this when cond is True. Return the resulting stream
Return a flow drived by this stream. Ready of ths stream is always high