1×65536

1×65536 refers to a specific arrangement of elements, typically in a context involving memory or data structures. The notation "1×65536" signifies a one-dimensional array or matrix with one row and 65,536 columns. This implies a collection of 65,536 individual data points, each accessible by its index from 0 to 65,535.

In computing, this structure might represent a single line of data, such as a row of pixels in a very wide image, a sequence of readings from a sensor over time, or a large lookup table. The advantage of a 1×N structure is its simplicity for sequential access and processing.

The number 65,536 is notable as it is equal to 2 to the power of 16 (2^16). This is a significant value in computer science, often appearing in contexts related to addressing, data types, and memory management. For instance, a 16-bit integer can represent 65,536 distinct values. Therefore, a 1×65536 structure could potentially hold all possible values of a 16-bit unsigned integer, or it might be used in conjunction with 16-bit addressing schemes. The specific application of a 1×65536 arrangement depends entirely on the domain in which it is used.