Online Unicode Tools — Free Unicode Converter, Unicode Decoder, Character Lookup, and Encoding Utilities
Unicode is the universal character encoding standard that makes the modern multilingual internet possible. Every letter you read on a web page, every emoji you send in a message, every Chinese character in a product listing, every Arabic script in a news article, every mathematical symbol in an academic paper, and every currency sign in a financial document is represented by a Unicode code point — a unique numerical identifier that ensures the character is recognized and displayed correctly on every device, operating system, and platform worldwide. EasyPro Tools provides a comprehensive collection of free online Unicode tools — including a Unicode converter, Unicode decoder, text to Unicode converter, Unicode to UTF-8 converter, Unicode to UTF-16 converter, Unicode character search, Unicode lookup, character map online, Unicode table browser, emoji converter, and a full suite of free encoding tools — all completely free, instantly accessible in your browser, and requiring no registration or software installation.
Whether you are a web developer debugging character encoding issues in an application, a linguist working with scripts from multiple writing systems, a data engineer resolving encoding mismatches between systems, a content creator inserting special characters and symbols into text, a student studying character encoding standards, a translator working across languages that use different scripts, or anyone who needs to convert, decode, look up, or identify Unicode characters, our free online Unicode tools give you precise, instant results for every Unicode-related task without any cost, technical complexity, or barrier to access.
What Is Unicode and Why Is It the Foundation of Modern Text?
Unicode is a computing industry standard designed to provide a consistent, universal encoding for every character in every writing system used by humanity — past and present. Before Unicode, different computer systems and different regions of the world used different, incompatible character encoding schemes. The Western world primarily used ASCII, which covered only 128 characters — English letters, digits, basic punctuation, and a few control characters. Extended encodings like ISO 8859-1 added Western European accented characters but could not represent Asian scripts. Japan used Shift_JIS and EUC-JP. China used GB2312 and later GBK. Korea used EUC-KR. Russia used KOI8-R and Windows-1251. Each of these encodings was limited to a specific set of languages, and text encoded in one system would appear as garbled nonsense — commonly known as mojibake — when opened in a system that expected a different encoding.
Unicode solved this fundamental interoperability problem by assigning a unique code point — a number in the format U+XXXX or U+XXXXX — to every character in every script, plus thousands of symbols, emoji, mathematical operators, musical notation symbols, and technical characters. The current version of Unicode defines over 149,000 characters covering 161 modern and historic scripts, making it comprehensive enough to represent virtually any text from any language or specialized domain in a single, unified encoding system.
Every major operating system, programming language, web browser, database engine, and communication protocol used today supports Unicode natively. HTML5 pages are encoded in UTF-8 by default. JSON data is encoded in UTF-8. Modern databases store text as Unicode. Programming languages like Python 3, Java, JavaScript, and C# use Unicode strings natively. Email systems transmit Unicode text through MIME encoding. This ubiquity makes Unicode knowledge and Unicode tools essential for anyone who creates, processes, transmits, or displays text in professional or technical contexts.
Understanding Unicode Encoding Forms — UTF-8, UTF-16, and UTF-32
Unicode defines code points — the abstract numerical identifiers for characters — but the actual storage and transmission of these code points in computer memory and network protocols uses encoding forms that translate code points into sequences of bytes. Understanding these encoding forms is essential for effective use of Unicode tools and for diagnosing the character encoding problems that Unicode tools help resolve.
UTF-8 is the dominant encoding form on the web and in modern systems. It uses a variable-length encoding scheme where each code point is represented by one to four bytes. ASCII characters — the basic English letters, digits, and punctuation — use a single byte in UTF-8, making UTF-8 fully backward compatible with ASCII. Characters from most European languages, Arabic, Hebrew, and many other scripts use two bytes. Characters from Asian scripts like Chinese, Japanese, and Korean typically use three bytes. Emoji and characters from supplementary planes use four bytes. This variable-length design makes UTF-8 storage-efficient for text that is primarily ASCII while fully supporting the complete Unicode character set. Over 98 percent of web pages use UTF-8 encoding, making it the de facto standard for internet text.
UTF-16 uses two-byte or four-byte code units to represent Unicode code points. Characters in the Basic Multilingual Plane — code points U+0000 through U+FFFF, which covers most commonly used characters — are represented by a single 16-bit code unit. Characters outside this range — including many emoji, historic scripts, and specialized symbols — are represented using surrogate pairs, which are two 16-bit code units that together encode a single code point. UTF-16 is the internal string representation in Java, JavaScript, C#, and Windows APIs, making our Unicode to UTF-16 converter essential for developers working with these platforms.
UTF-32 uses a fixed four bytes per code point regardless of the character, making it the simplest encoding to process programmatically but the least storage-efficient. It is used internally by some systems where constant-time character indexing is important but is rarely used for storage or transmission due to its space overhead.
Our free encoding tools support conversion between all of these Unicode encoding forms, as well as conversion between Unicode and legacy encodings, providing the complete encoding transformation capability needed for any text processing workflow.
Why Choose Free Online Unicode Tools on EasyPro Tools?
Unicode operations — character lookup, encoding conversion, code point identification, and encoding debugging — are specialized tasks that most people encounter occasionally but urgently when they do. Having reliable, immediately accessible tools available without software installation or account requirements makes the difference between resolving an encoding issue in seconds and struggling with it for minutes or hours.
No Installation or Setup Required
Every Unicode tool on EasyPro Tools runs entirely in your browser using JavaScript. There is nothing to download, install, configure, or maintain. Our Unicode utilities are immediately available on any device — your development workstation, a colleague's laptop, a library computer, a tablet, or your smartphone. Open the browser, navigate to the tool you need, and get your Unicode conversion or lookup result immediately without any setup.
No Registration Required
All Unicode tools are immediately accessible without creating an account, providing personal information, or completing any signup process. When you need to quickly identify a Unicode character, convert text to Unicode code points, decode a UTF-8 byte sequence, or look up a character by its code point, you should be able to do so in seconds without account management friction. Visit any Unicode tool and start working immediately.
100% Free with No Hidden Limits
Every Unicode tool on this platform is completely free with no usage quotas, no character limits locked behind a paywall, no premium tier required for advanced encoding features, and no subscription needed for any functionality. Convert, decode, look up, and analyze as many Unicode characters as your work requires without any cost or restriction.
Privacy-First Processing
All Unicode processing on EasyPro Tools happens entirely within your browser using client-side JavaScript. Your text is never transmitted to any server, never stored, and never accessible to anyone other than you. This is important when working with text that contains sensitive content — proprietary data, confidential communications, or unpublished work — that should not leave your device during encoding analysis or conversion operations.
Works on All Devices
All Unicode tools are fully responsive and work seamlessly on desktop computers, laptops, tablets, and smartphones across all major browsers and operating systems. Unicode questions arise in every working context — our tools deliver consistent, accurate results on any device.
Complete Guide to Our Free Online Unicode Tools
Our Unicode tools collection covers every essential Unicode operation that developers, linguists, content creators, data professionals, and everyday users encounter. Here is a detailed guide to each tool and the specific situations where it provides the most practical value.
Unicode Converter — Convert Text to Unicode Code Points Online
The text to Unicode converter transforms any text input into its Unicode code point representation, showing the U+XXXX identifier for every character in the input string. This is the most fundamental Unicode analysis tool — it reveals the exact Unicode identity of every character in a piece of text, distinguishing between characters that may look identical on screen but have different code points and therefore different semantic meanings in data processing.
Homoglyph detection is one of the most important practical applications of Unicode code point analysis. Many characters from different Unicode blocks look visually identical or nearly identical to standard Latin letters but have completely different code points. The Cyrillic letter "а" (U+0430) looks identical to the Latin letter "a" (U+0061) on most screens. The Greek letter "ο" (U+03BF) looks like the Latin "o" (U+006F). These visually similar but semantically different characters cause severe problems in security contexts — phishing attacks use homoglyph domain names to create URLs that look legitimate but point to malicious sites. Our text to Unicode converter instantly reveals the true code points of every character, making homoglyph detection straightforward.
Debugging text processing issues that involve invisible or non-printing Unicode characters requires code point analysis. Zero-width spaces (U+200B), zero-width joiners (U+200D), byte order marks (U+FEFF), soft hyphens (U+00AD), and various other invisible Unicode characters can cause string comparison failures, data validation errors, and display problems that are impossible to diagnose by looking at the text visually. Our Unicode converter reveals these invisible characters by showing their code points, making it immediately clear when invisible characters are present in a string that should contain only visible text.
Programming and development workflows use Unicode code point identification constantly — verifying that user input contains expected characters, debugging regular expressions that match specific Unicode ranges, identifying the correct escape sequence for characters that cannot be typed directly on a keyboard, and ensuring that data pipelines preserve character identity through encoding transformations. Our Unicode converter provides the code point identification needed for all of these development tasks.
Unicode Decoder — Decode Unicode Code Points and Escape Sequences to Text
The Unicode decoder performs the reverse operation of the converter — it takes Unicode code points, escape sequences, or encoded representations as input and produces the corresponding readable text characters as output. This tool is essential for interpreting encoded text that arrives in code point format rather than readable character format.
Programming source code frequently contains Unicode escape sequences — representations like \u0041 in JavaScript and Java, \x41 in Python, or A in HTML — that encode characters as their hexadecimal code point values. When reviewing code, processing data from systems that output escaped Unicode, or debugging encoded content, our Unicode decoder translates these escape sequences into their corresponding visible characters instantly, making encoded content readable without manual lookup or mental calculation.
Database exports, log files, API responses, and configuration files sometimes contain text with Unicode escape sequences rather than rendered characters, particularly when the system that generated the output could not guarantee that the receiving system would handle raw Unicode characters correctly. Our Unicode decoder processes these escaped outputs into readable text for review, analysis, and troubleshooting.
JSON data from web APIs frequently contains Unicode escape sequences for non-ASCII characters — a string like "\u4e16\u754c" represents the Chinese characters 世界 (meaning "world"). Our Unicode decoder converts these JSON Unicode escape sequences into their corresponding readable characters, making internationalized API data immediately understandable during development and debugging.
Unicode Character Search and Lookup — Find Characters by Name, Code Point, or Description
The Unicode character search and Unicode lookup tools allow you to find specific Unicode characters by searching for their official Unicode name, their code point number, their general category, their script membership, or a description of what the character looks like. This is the tool you use when you know what character you need but do not know its code point, or when you encounter a character you cannot identify and need to determine its Unicode identity and properties.
Finding special characters and symbols that cannot be typed directly on a standard keyboard is one of the most common use cases for Unicode character search. Mathematical symbols like ∑ (N-ARY SUMMATION, U+2211), ∞ (INFINITY, U+221E), and ≠ (NOT EQUAL TO, U+2260) are needed constantly in technical and academic documents. Currency symbols like ¥ (YEN SIGN, U+00A5), € (EURO SIGN, U+20AC), and ₹ (INDIAN RUPEE SIGN, U+20B9) are needed in financial documents and international commerce. Typographic symbols like — (EM DASH, U+2014), " " (LEFT and RIGHT DOUBLE QUOTATION MARKS, U+201C and U+201D), and • (BULLET, U+2022) are needed in professional publishing. Our Unicode character search finds these characters instantly by name or description, providing the code point, rendered glyph, and copy-to-clipboard functionality for immediate use.
Identifying unknown characters that appear in text — determining what they are, what language or script they belong to, and what their Unicode properties are — is another important use case. When a mysterious character appears in a data import, a web page, a document, or a database field, our Unicode lookup tool identifies it completely — providing its official Unicode name, code point, general category, script, block, and related characters — giving you everything you need to understand and handle it correctly.
Character Map Online — Browse the Complete Unicode Table
The character map online provides a browsable, searchable interface to the complete Unicode character table, organized by block and script. This is the comprehensive reference tool for exploring all Unicode characters within a specific range, script, or category — finding every character available in a specific writing system, browsing mathematical symbol sets, exploring emoji ranges, or examining the complete set of characters in any Unicode block.
The Unicode table is organized into blocks — contiguous ranges of code points that group related characters. The Basic Latin block (U+0000 to U+007F) contains the original 128 ASCII characters. The Latin Extended blocks contain accented and specialized Latin characters used in various European languages. The CJK Unified Ideographs blocks contain tens of thousands of Chinese, Japanese, and Korean characters. The Emoji blocks contain the thousands of emoji characters standardized across platforms. Our character map online lets you navigate to any block and browse every character within it, with full name, code point, and copy functionality for each character.
Typographers, designers, and content creators use the character map to discover characters they may not have known existed — specialized punctuation, decorative symbols, mathematical operators, musical symbols, and characters from the many writing systems that Unicode supports. Browsing the Unicode table through our character map online is both a practical tool for finding specific characters and an educational experience that reveals the incredible breadth and depth of the Unicode standard.
Unicode to UTF-8 Converter — Convert Unicode Code Points to UTF-8 Byte Sequences
The Unicode to UTF-8 converter takes Unicode code points and produces the corresponding UTF-8 byte sequences, showing exactly how each character is encoded in the UTF-8 format that dominates web content and modern data storage. This tool is essential for developers working with byte-level data, debugging encoding issues, and understanding how Unicode characters are physically represented in UTF-8 encoded files and streams.
Understanding the byte-level representation of characters in UTF-8 is critical for debugging encoding problems that manifest as mojibake — garbled text that appears when data is decoded using the wrong encoding. When a UTF-8 encoded string is incorrectly interpreted as ISO 8859-1, each multi-byte UTF-8 sequence is treated as multiple separate single-byte characters, producing the characteristic garbled output. Our Unicode to UTF-8 converter shows the exact byte sequence for any character, making it possible to trace encoding errors by comparing expected byte values against the bytes actually present in the data.
Database field sizing and storage planning requires understanding the byte size of text in UTF-8 encoding. A VARCHAR(255) field in MySQL using the utf8mb4 character set can store up to 255 characters, but since characters can be one to four bytes in UTF-8, the maximum storage is 1020 bytes. Knowing the byte size of specific content — particularly content in Asian languages where characters typically use three bytes each — helps database administrators and developers plan field sizes that will accommodate the intended content without truncation.
Network protocol development and data format specification often require specifying exact byte sequences for specific characters. Our UTF-8 converter provides these byte sequences in hexadecimal, decimal, and binary formats, supporting protocol documentation, test vector creation, and byte-level debugging across all contexts that work with UTF-8 encoded data at the byte level.
UTF-16 Converter — Convert Between Unicode and UTF-16 Encoding
The UTF-16 converter transforms Unicode code points into their UTF-16 encoded representations and vice versa, handling both Basic Multilingual Plane characters that use a single 16-bit code unit and supplementary characters that require surrogate pairs. This tool is essential for developers working with platforms and languages that use UTF-16 as their internal string representation — including Java, JavaScript, C#, and the Windows operating system API.
Surrogate pair handling is the most technically demanding aspect of UTF-16 encoding. Characters with code points above U+FFFF — which includes most emoji, many historic scripts, and specialized symbols — cannot be represented by a single 16-bit code unit and are instead encoded as a pair of 16-bit code units called a surrogate pair. The high surrogate falls in the range U+D800 to U+DBFF, and the low surrogate falls in the range U+DC00 to U+DFFF. Together they encode the original code point. Our UTF-16 converter handles surrogate pair calculation correctly in both directions, providing the accurate high and low surrogate values for any supplementary character and decoding surrogate pairs back to their original code points.
JavaScript string length calculations are affected by UTF-16 encoding because JavaScript's String.length property counts UTF-16 code units rather than Unicode code points. A single emoji character that requires a surrogate pair in UTF-16 reports a length of 2 in JavaScript, even though it is a single visual character. Understanding this behavior and being able to verify the UTF-16 representation of specific characters with our converter is essential for JavaScript developers who work with emoji, CJK characters, and other text that may contain supplementary characters.
Emoji Converter — Convert Emoji to Unicode Code Points and Vice Versa
The emoji converter is a specialized Unicode tool that handles the conversion between emoji characters and their Unicode code point representations, including the complex sequences that modern emoji use. Emoji have become an essential part of digital communication across social media, messaging, marketing, and even professional contexts, making emoji encoding knowledge and tools practically important for a wide range of users.
Modern emoji are technically complex from a Unicode perspective. Many emoji that appear as a single character on screen are actually sequences of multiple Unicode code points joined together. Skin tone variants are created by following a base emoji with one of five skin tone modifier code points (U+1F3FB through U+1F3FF). Family emoji like 👨👩👧👦 are constructed by joining individual person emoji with Zero Width Joiner characters (U+200D). Flag emoji are created using pairs of Regional Indicator Symbol code points. Our emoji converter reveals these internal structures, showing the complete code point sequence that composes any emoji character.
Cross-platform emoji compatibility requires understanding which code point sequences produce specific emoji appearances on different operating systems, browsers, and messaging platforms. An emoji that renders correctly on iOS may display differently or not at all on older Android versions or in certain email clients. Our emoji converter provides the standard Unicode code point sequence for any emoji, enabling developers and content creators to verify that they are using the correct standardized sequence rather than a platform-specific variant that may not be universally supported.
Developers building emoji pickers, emoji search functionality, and emoji processing systems in applications use our emoji converter to understand emoji code point structures, verify encoding correctness, and debug display issues that arise from incorrect emoji sequence construction.
Unicode Tools for Professional Workflows Across Industries
Understanding how Unicode tools integrate into real professional workflows demonstrates their practical value across every discipline that works with text from multiple languages, scripts, or character sets.
Web Development and Software Engineering
Web developers and software engineers encounter Unicode issues constantly throughout the development lifecycle. Character encoding mismatches between databases, web servers, and browsers produce mojibake — garbled text — that our Unicode decoder and UTF-8 converter help diagnose by revealing the actual byte sequences and code points involved. Form validation that must accept international names, addresses, and text content requires understanding which Unicode ranges are acceptable and which characters should be filtered. API integrations that exchange data between systems with different encoding configurations require conversion tools to verify that text survives encoding transformations correctly. JavaScript's UTF-16 string handling creates subtle bugs when processing emoji and supplementary characters that our UTF-16 converter helps identify and resolve. Our Unicode tools provide the complete encoding analysis toolkit that web and software developers need for building applications that correctly handle text from every language and script.
Internationalization and Localization
Internationalization engineers and localization professionals work with Unicode as a core part of their daily responsibility — ensuring that software, websites, and content correctly support all the languages and scripts required for global deployment. Our Unicode tools support this work by providing instant character identification across scripts, code point verification for translated content, encoding validation for localized resources, and character search for finding the correct Unicode characters to use in locale-specific formatting patterns, number systems, and typographic conventions. Understanding the Unicode properties of characters in different scripts — their directionality, combining behavior, line-breaking properties, and case mapping rules — is essential for correct internationalization, and our Unicode lookup provides these properties for any character.
Data Engineering and Database Administration
Data engineers and database administrators encounter Unicode challenges whenever data flows between systems with different encoding configurations — which in modern data architectures is virtually always. Data pipeline encoding validation uses our Unicode tools to verify that text data maintains its character identity through extraction, transformation, and loading processes. Database field sizing for internationalized content requires understanding the byte size of characters in UTF-8 encoding, which our UTF-8 converter provides. Encoding migration — converting legacy databases from older character encodings to Unicode — requires identifying the correct Unicode equivalents for characters in source encodings, a task our Unicode lookup and converter tools support directly. Data quality analysis uses our text to Unicode converter to identify invisible characters, control characters, and unexpected code points that contaminate text fields and cause downstream processing errors.
Cybersecurity and Fraud Prevention
Security professionals use Unicode tools for homoglyph detection, IDN homograph attack identification, and text normalization analysis. International Domain Name homograph attacks exploit the visual similarity between characters from different Unicode scripts to create domain names that look like legitimate domains but use Cyrillic, Greek, or other visually similar characters instead of Latin letters. Our text to Unicode converter instantly reveals the true script and code points of every character in a domain name or URL, making these attacks visible. Analyzing user input for Unicode-based obfuscation — using alternative Unicode representations of characters to bypass content filters and validation rules — is another security application where code point level analysis is essential. Our Unicode tools provide the character-level inspection capability that security analysis requires.
Linguistics, Typography, and Academic Research
Linguists, typographers, and researchers working with diverse writing systems use Unicode tools for character identification, script analysis, and text encoding across languages that use different scripts and character sets. Identifying characters from unfamiliar scripts, finding the correct Unicode code points for phonetic transcription symbols from the International Phonetic Alphabet, locating mathematical symbols for academic papers, and verifying that encoded text correctly represents the intended characters in a specific script are all common tasks in linguistic and academic work. Our character map online and Unicode character search provide the comprehensive character reference and search capability that these specialized fields require.
Content Creation and Digital Marketing
Content creators and digital marketers use Unicode tools to find and insert special characters, symbols, and emoji into content for social media, email marketing, website copy, and advertising. Decorative Unicode characters — bullets, arrows, stars, checkmarks, and other symbols — are widely used in social media posts, email subject lines, and ad copy to catch attention and improve visual presentation. Our Unicode character search helps content creators find the specific symbols they need, and our emoji converter ensures that emoji are used correctly across platforms. Finding the correct Unicode representations for currency symbols, trademark symbols, and other business-critical characters ensures that marketing content displays correctly on every device and platform.
Common Unicode Problems and How Our Tools Solve Them
Unicode issues manifest in specific, recognizable ways that our tools are designed to diagnose and resolve quickly. Understanding the most common Unicode problems helps you use our tools more effectively when these issues arise.
Mojibake — garbled text like "é" appearing where "é" was expected — occurs when text is decoded using a different encoding than the one used to encode it. The most common case is UTF-8 encoded text being decoded as ISO 8859-1 or Windows-1252, causing each multi-byte UTF-8 sequence to be interpreted as two or three separate single-byte characters. Our Unicode decoder and UTF-8 converter help diagnose mojibake by revealing the byte sequences involved and identifying the correct encoding interpretation.
Question mark diamonds — the replacement character "�" (U+FFFD) — appear when a system encounters bytes that are not valid in the expected encoding. This typically indicates that data was corrupted during transmission, truncated in the middle of a multi-byte sequence, or encoded in an encoding that the receiving system does not support. Our Unicode tools help identify what the original characters should have been based on context and partial byte sequences.
Invisible character contamination — where text looks correct visually but behaves unexpectedly in comparisons, searches, and processing — is caused by non-printing Unicode characters embedded in the text. Zero-width spaces, byte order marks, directional override characters, and other invisible Unicode characters can cause string equality checks to fail even when two strings appear identical on screen. Our text to Unicode converter reveals every character including invisible ones, making contamination immediately detectable.
String length discrepancies — where a string's reported length does not match the number of visible characters — are caused by the difference between code point count, UTF-16 code unit count, and grapheme cluster count. A single emoji character may count as 1 grapheme cluster, 2 UTF-16 code units, and 4 UTF-8 bytes. Understanding which measurement a system uses and being able to verify character composition with our Unicode tools helps resolve these discrepancies correctly.
Using Unicode Tools on Mobile Devices
All Unicode tools on EasyPro Tools are fully responsive and optimized for mobile use across iOS and Android smartphones and tablets. Every tool works seamlessly in mobile browsers without requiring any app download or installation, with touch-friendly interfaces that adapt to smaller screens with clearly visible controls and intuitive interaction patterns.
Mobile Unicode tool use covers every available operation — converting text to Unicode code points, decoding escape sequences, searching for characters by name, browsing the character map, converting between encoding formats, and analyzing emoji sequences all work identically on mobile devices and desktop computers. This makes our Unicode tools available whenever and wherever encoding questions arise — during a mobile development session, while reviewing text content on a tablet, or when quickly identifying a Unicode character from a phone.
Start Using Free Online Unicode Tools Today
EasyPro Tools provides everything you need to convert, decode, look up, browse, and analyze Unicode characters for any professional or technical purpose — completely free, instantly accessible in your browser, and requiring no registration or software installation. Our complete collection of free online Unicode tools includes the Unicode converter, Unicode decoder, text to Unicode converter, Unicode to text decoder, Unicode to UTF-8 converter, Unicode to UTF-16 converter, UTF-16 surrogate pair calculator, Unicode character search, Unicode lookup by code point, character map online, Unicode table browser, emoji converter, emoji code point analyzer, Unicode escape sequence converter, and a comprehensive suite of additional free encoding tools — covering every Unicode operation from basic text-to-code-point conversion through advanced encoding analysis and cross-format transformation.
Whether you are a web developer debugging character encoding issues, a data engineer validating encoding through data pipelines, a security professional analyzing homoglyph attacks, a linguist working with diverse scripts, a content creator finding special symbols, a student studying character encoding, or anyone else who needs to understand and work with Unicode at the character and encoding level, our free online Unicode tools deliver accurate, instant results with the privacy, simplicity, and accessibility that browser-based tools uniquely provide.
Every Unicode tool is available right now, on any device, completely free, with no registration required. Explore the complete collection of free online Unicode encoding and character tools above and discover how effortless professional Unicode work can be at EasyPro Tools. No specialized software needed — just fast, free, accurate Unicode tools for everyone.