Convertidor de Direcciones IPv4
Convertir direcciones IPv4 entre formatos decimal, binario, hexadecimal y entero
Private
Commonly used inside LANs and NAT-protected internal networks.
Examples
Decimal (con puntos)
Canonical dotted-decimal address
Binario
8-bit octets for packet-level inspection
Hexadecimal
Hex view used in logs and memory dumps
Entero
Unsigned 32-bit integer representation
IPv6 mapeado
IPv6-compatible address wrapper
Continuar con
Mant?n el flujo de trabajo en movimiento con la siguiente acci?n relacionada.
Privacy & Trust
Binario
Switch between dotted decimal, binary, hex, integer, and IPv6-mapped views in one place.
Address profile
Commonly used inside LANs and NAT-protected internal networks.
Resultado
All calculations run locally in the browser with no network lookup required.
Resultado
Copy or export the current IPv4 conversion summary.
Siguientes pasos sugeridos
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Cómo Usar
Ingresa Tus Valores
Completa los campos de entrada con tus números o parámetros.
Obtén Resultados Instantáneos
Los resultados se actualizan automáticamente mientras escribes — sin necesidad de botón de envío.
Copia o Guarda
Copia los resultados al portapapeles o úsalos en tu flujo de trabajo.
Por Qué Usar Esta Herramienta
100% Gratis
Sin costos ocultos, sin niveles premium — todas las funciones son gratuitas.
Sin Instalación
Se ejecuta completamente en tu navegador. No necesitas descargar ni instalar nada.
Privado y Seguro
Tus datos nunca salen de tu dispositivo. Nada se sube a ningún servidor.
Funciona en Móvil
Totalmente responsivo — úsalo en tu teléfono, tableta o escritorio.
IPv4 Address Formats: Decimal, Binary, Hex, and Octal
Key Takeaways
- An IPv4 address is a 32-bit number that can be represented in dotted decimal, binary, hexadecimal, and integer formats.
- Understanding different IPv4 representations is essential for network debugging, firewall rules, and low-level protocol analysis.
- All address conversion happens in your browser — your IP addresses are never transmitted to any server.
IPv4 addresses are most commonly written in dotted-decimal notation (192.168.1.1), but the underlying 32-bit integer can be expressed in many formats. Binary representation reveals subnet boundaries, hexadecimal is used in packet captures and memory dumps, and integer format appears in some database storage schemes. Converting between these formats is a frequent task in network administration and security analysis.
There are approximately 4.3 billion possible IPv4 addresses (2^32), with less than 15% remaining unallocated.
IPv4 Address Space
Key Concepts
Dotted Decimal Notation
The standard format (192.168.1.1) represents each of the four octets as a decimal number (0-255) separated by dots. This is the most human-readable format used in configuration.
Binary Representation
Each octet is an 8-bit binary number. 192.168.1.1 = 11000000.10101000.00000001.00000001. Binary is essential for understanding subnetting and mask operations.
Hexadecimal Format
Each octet as two hex digits: 192.168.1.1 = C0.A8.01.01 or 0xC0A80101. Hex appears in packet captures (Wireshark), memory addresses, and low-level network programming.
Integer (Long) Format
The entire 32-bit address as a single integer: 192.168.1.1 = 3232235777. Some databases store IP addresses as integers for efficient range queries and indexing.
Pro Tips
Use binary format to visualize subnet boundaries — the network/host boundary falls at the subnet mask's transition from 1s to 0s.
Store IPv4 addresses as 32-bit integers in databases for 4x storage savings and faster range queries compared to string storage.
Be aware that some systems interpret leading zeros as octal — 010.010.010.010 may be parsed as 8.8.8.8, not 10.10.10.10.
Use hex format when analyzing network packets in Wireshark or writing raw socket programs.
All IPv4 address conversion is performed entirely in your browser. Your IP addresses and network information are never transmitted to any external server.