Data Converter

Digital data measures information storage and transmission. The base unit is the bit (binary digit, 0 or 1), with 8 bits making 1 byte — the smallest addressable unit in modern computing. This converter handles all major data units: bytes and decimal multiples (kilobyte = 1,000 B, megabyte = 10⁶ B, gigabyte = 10⁹ B, terabyte = 10¹² B, petabyte = 10¹⁵ B used by storage manufacturers), and binary multiples (KiB = 1,024 B, MiB, GiB, TiB used by operating systems — the source of the famous '1 TB drive shows 931 GB free' discrepancy). Network speeds use bits per second multiples (Mbps = megabits per second, Gbps): note that 100 Mbps internet equals 12.5 MB/s download speed because 1 byte = 8 bits. Use data conversion for storage capacity, file sizes, network bandwidth, mobile data plans, and cloud-storage planning. Modern smartphones store tens to hundreds of GB; large data centers manage petabytes.

The bit is the smallest unit of digital information, used in network speeds and information-theory calculations.

The byte equals 8 bits and is the smallest addressable storage unit in modern computing and digital systems.

The kilobyte equals 1,000 bytes and was the standard file size for documents and programs in early computing.

The megabyte is the everyday unit for image files, songs, and small documents on personal computers.

The gigabyte is the standard unit for smartphone storage, mobile data plans, and modern application sizes.

The terabyte is the standard unit for hard drives, video archives, and consumer cloud-storage subscriptions.

The petabyte rates large data centers, scientific archives, and major social-media storage systems worldwide.

Megabits per second is the standard unit for internet speeds, network bandwidth, and ISP connection ratings.

• ✓8 bits = 1 byte. Storage usually quoted in bytes; network bandwidth in bits.
• ✓1 KB is ambiguous: 1000 bytes (SI) in networking and drives, 1024 bytes (binary) in RAM and OS.
• ✓A 1 Gbps connection transfers ~125 MB/s (divide Mbps by 8 to approximate MB/s).
• ✓File sizes: MB usually 1024 KB in OS, 1000 KB on disc packaging.

• ✗Confusing bits (b) and bytes (B) — 8× difference.
• ✗Assuming 1 GB drive holds 1 billion bytes — OS-formatted shows less (binary interpretation).
• ✗Mixing Mbps (network) with MB/s (file transfer) — factor of 8.
• ✗Ignoring compression and overhead in real-world transfer speeds.