Base64 Encoder: Convert Text to Base64 Instantly
Encode your text to Base64 string instantly with our free online tool.
Enter your text below to encode it to Base64.
Encode your text to Base64 string instantly with our free online tool.
Enter your text below to encode it to Base64.
Base64 is a generic term for a group of similar binary-to-text encoding schemes that represent binary data in an ASCII string format by translating it into a radix-64 representation. The term Base64 originates from a specific MIME content transfer encoding.
Base64 encoding is commonly used to embed binary data (like images or other files) within text-based formats such as HTML, CSS, or email messages, where direct inclusion of binary data is not feasible or could cause data corruption. It ensures that the data remains intact during transmission across systems that might not handle binary data natively.
While Base64 encoding increases the size of the data by approximately 33%, it guarantees data integrity and simplifies data handling in text-oriented environments. It's not encryption; it's merely a different representation of data.
You can encode your data using this tool by following these steps:
Easily convert text to uppercase, lowercase, title case, sentence case, and more.
Open >Generate SHA-256 hash, commonly used for data integrity and cryptocurrencies.
Open >Generate SHA-512 cryptographic hashes, offering higher security than SHA-256.
Open >Compute RIPEMD-128 hashes, part of the RIPEMD family of cryptographic hash functions.
Open >Generate RIPEMD-160 hashes, a widely used cryptographic hash function.
Open >Produce RIPEMD-320 hashes, offering a longer digest than other RIPEMD variants.
Open >Generate Whirlpool hashes, a cryptographic hash function standardized by ISO and IEC.
Open >Compute GOST hashes, a cryptographic hash function from Russian standards.
Open >Generate Gost-crypto hashes, a newer version of the GOST R 34.11-94 hash function.
Open >Generate Adler-32 checksums, a fast hash algorithm often used for data integrity.
Open >Compute CRC32 checksums, widely used for error detection in digital networks.
Open >Compute Haval-128,3 hashes, part of the Haval cryptographic hash family.
Open >Compute BLAKE2b hashes, a cryptographic hash function faster than SHA-3.
Open >Generate Murmur3a hash, a non-cryptographic hash function suitable for general-purpose hash-based lookup.
Open >Generate Murmur3c hash, a 32-bit variant of the Murmur3 hash function.
Open >Generate Murmur3f hash, a 128-bit variant of the Murmur3 hash function, optimized for 64-bit platforms.
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