Since the whole memory array is exposed, all the memory is erased at the same time.

This method of erasure allows complete testing and correction of a complex memory array before the package is finally sealed.

During a memory-read operation, the first component accessed the data from the memory array to the output stage (second latch).

Rather, a series of control registers in a special address region support Read and Write commands, which can be used to erase and program the memory array.

In some designs, the word read and word write lines were combined into a single wire, resulting in a memory array with just two wires per bit.

Such vector of values is then added into the memory array or a matrix, composed of different traces or vectors of memory.

Such a hotspot could arise from multiple, repeated accesses to a particular part of the memory array due to locality of reference.

It uses dense two-dimensional memory arrays to store large multiple-input multiple-output LUTs.

In a pipelined write, the write command can be immediately followed by another command, without waiting for the data to be written to the memory array.

The memory array was scanned once to store all 1's in the memory elements.