density
six bits of storage
Increasing the number of bits in a digital encoder enhances its resolution, allowing for a greater range of distinct values and finer granularity in measurements or representations. However, practical limitations include the complexity of the encoding circuitry, increased power consumption, and the physical constraints of the medium used for data transmission or storage. Additionally, as the number of bits increases, the cost and size of the encoder may also rise, which can limit the maximum feasible bit count in certain applications.
There are 8 bits
A byte is smaller than a megabyte.1 bit = one "on" or "off" in a binary computer or storage medium.1 byte = 8 bits.1 kilabyte = 1,000 bytes, or 8,000 bits.1 megabyte = 1,000,000 bytes.
The amount of information stored in a dot and expressed in bits is typically referred to as "information density." This concept quantifies how much information can be contained within a given space or medium, often used in contexts like digital storage or data transmission. In information theory, it can also relate to the representation of data in binary form, where each dot can correspond to a specific number of bits.
Bytes
A bit is a single 1 or 0. A Byte is 8 bits.
A byte is the smallest storage size, made up of only 8 bits.
The number 64 in the Nintendo 64 refers to how many bits the CPU can process at a time. Many people mistakenly think the 64 refers to the storage space, but that is incorrect.
The storage capacity of a register is determined by the architecture. Thus they are 32 bits long on a 32-bit system and 64 bits long on a 64-bit system.
The number of bits used to store information about each pixel typically depends on the color depth of the image. Common color depths include 8 bits per channel for grayscale images (total of 8 bits) and 24 bits for true color images (8 bits for each of the RGB channels). Higher color depths, such as 32 bits, can include an alpha channel for transparency. Thus, the storage can range from 1 bit for black-and-white images to 32 bits for high-quality images with transparency.
the magnetic storage devices, use magnetic property of the materials to save data in bits.