Does this tool support fractional numbers?
This version is optimized for high-speed integer conversion. It is designed for the most common software development and academic tasks involving whole numbers and memory addresses.
Convert values between binary, decimal, octal, and hexadecimal systems instantly. A powerful base utility by kovertiz.
The **kovertiz universal base converter** is a high-precision utility engineered for seamless numerical transformations. Easily switch between **binary**, **octal**, **decimal**, and **hexadecimal** systems with an engine optimized for computer science and digital electronics.
The essential tool for embedded systems engineers and software developers. At **kovertiz**, privacy is non-negotiable: all data stays local to your hardware for maximum security.
Common base-to-base mapping for fast verification.
101010
42
2A
Professional number base conversion. Translate Binary, Hexadecimal, and Decimal with the kovertiz high-speed engine.
This version is optimized for high-speed integer conversion. It is designed for the most common software development and academic tasks involving whole numbers and memory addresses.
Yes. Privacy is a core value. All base conversions are performed in your browser's memory using local JavaScript. Your numerical data is never sent to our servers, ensuring total confidentiality.
The tool supports standard 64-bit integer limits ($$2^{64}-1$$). This range is more than sufficient for almost all low-level programming, cryptography, and advanced mathematical use cases on kovertiz.
No. kovertiz is built using modern web standards (HTML5/JS). It works natively on all updated browsers, including mobile devices, without requiring Java, Flash, or external extensions.
Binary (Base-2) is the fundamental language of computers. kovertiz helps you visualize how data is stored at the hardware level, essential for understanding bitwise operations and CPU architecture.
Absolutely. kovertiz provides multi-base support. You can switch between Decimal, Hex, and Binary instantly, which is critical for debugging memory dumps or configuring network masks.