Photoshop supports images up to 32 bit/channel.
A color image that uses 16 bits to represent a pixel typically divides the bits among the color channels. A common configuration is 5 bits for red, 5 bits for green, and 6 bits for blue (RGB565 format). This allows for a maximum of 65,536 unique colors in the image, as each pixel can represent one of those colors. Thus, the maximum number of distinct colors that a 16-bit image can represent is 65,536.
65536
The datagram length field in an IP header is 16 bits in length. Therefore, the maximum datagram size an IP datagram can support is 2^16 - 1 = 65,535 bytes
The maximum capacity of a 16-bit memory is 2^16 bits, which equals 65,536 bits. When converted to bytes, this is 65,536 bits divided by 8 bits per byte, resulting in 8,192 bytes or 8 kilobytes (KB). Thus, a 16-bit memory can store a maximum of 8 KB of data.
MCS-86MCS-86 is an Intel PROM format supported by the Xilinx tools. Its maximum address is 1 048 576. This format supports PROM files of up to (8 x 1 048 576) = 8 388 608 bits.
255
4294967295
frame
The size of a picture in megabits (MG Bits) can vary significantly based on its resolution, color depth, and compression format. A typical high-quality JPEG image might range from 1 to 10 megabytes (MB), which translates to approximately 8 to 80 megabits. For example, a 5 MB image would be about 40 megabits. It's important to note that different formats and settings can lead to different file sizes.
Using n bits, you can count to 2n - 1. This is for unsigned integers. So 10 bits = 210 - 1 = 1023 14 bits = 214 - 1 = 16383 To count to 511 you need log2(511+1) = log2(512) = 9 bits. To count to 63 you need log2(63+1) = log2(64) = 6 bits.
The maximum color depth supported by GIMP in 32-bit mode is 32 bits per channel, allowing for a total of 96 bits per pixel.
24 bits/pixel: one byte for red, one byte for green, one byte for blue.