927×1024

927×1024 is the product of the integers 927 and 1024, equal to 949,248. In prime factor terms, 927 equals 3^2 × 103 and 1024 equals 2^10, so the product is 2^10 × 3^2 × 103.

As a dimension, 927×1024 may denote a rectangular size in digital imaging or computer graphics, with an aspect ratio of 927/1024 ≈ 0.905 to 1. This is a nonstandard resolution, not among common widescreen or standard-definition formats. The usage of 1024, a power of two, reflects typical alignment considerations in memory architectures and texture sampling, while 927 is less commonly used as a width or height.

Pixel count and memory implications: the rectangle contains 949,248 pixels. If stored as a grayscale image with one byte per pixel, it would require about 0.91 MiB of memory. If stored in RGB with three channels, the uncompressed size would be about 2.71 MiB. These figures illustrate how a single numeric expression can also describe data dimensions in computing contexts.

In broader usage, 927×1024 may appear in specifications, datasets, or examples to illustrate calculations involving area, aspect ratios, or bitmap dimensions. It is not a widely standardized resolution, but it is a valid, well-defined numeric pair.