Logic circuitry performs a matching algorithm function. A memory produces a match signal that indicates which memory cells contain data that matches input address data to the memory. A first logic AND function performs a logic AND between a current value of the match signal currently produced by the memory for the input address data with a prior value of the match signal produced by an immediately prior input address data. A buffer holds index data. A second logic AND function compares output of the first logic AND function with the index data. Output of the second logic AND function is returned to the buffer as new index data. Index logic generates an offset based on the index data stored in the buffer. A send byte function asserts a send byte signal when the match signal is zero and when the output of the second logic AND function is zero. A length counter is incremented for every cycle in which the send byte signal is not asserted.