How to Use This Converter

This tool converts SS7 point codes between different formats and number representations.

  1. Enter your point code: Use either a decimal number (e.g., 200) or a formatted point code (e.g., 0-0-200)
  2. Select the variant: Choose the point code format that matches your input
  3. Convert: Click the button to see all representations (decimal, hex, and formatted)
  4. Results: Copy the format you need for your network configuration
Enter either a decimal number or a formatted point code matching the selected variant

Professional SIGTRAN & SS7 Integration Services

The yREMORA technical team specializes in comprehensive SIGTRAN (SS7) interconnection solutions, delivering custom integration services using open-source software platforms, proprietary yREMORA-developed solutions, or seamless integration with your existing network infrastructure and hardware.

SS7 signaling protocols form the backbone of telecommunications networks, facilitating critical signaling communication between visited network core elements and home network core infrastructure. Our expertise ensures reliable and standards-compliant implementation across diverse network environments.

About SS7 Point Codes

SS7 Point Codes are unique identifiers used in the Signaling System 7 (SS7) telecommunications protocol. They serve as addresses for network nodes and are essential for routing signaling messages between different network elements in telecommunications infrastructure.

Point codes can be represented in different formats depending on the regional implementation and telecommunications standards being used. This converter supports multiple variants including ITU-T, ANSI, and regional implementations such as Japan's variant.

Supported Variants:

  • 3-8-3 - 3-8-3 (ITU) (14 bits)
  • 4-3-7 - 4-3-7 (ITU) (14 bits)
  • 4-3-4-3 - 4-3-4-3 (ITU) (14 bits)
  • 4-4-6 - 4-4-6 (0 bits)
  • 5-4-5 - 5-4-5 (14 bits)
  • 6-6-2 - 6-6-2 (14 bits)
  • 6-8 - 6-8 (14 bits)
  • 7-4-5 - 7-4-5 (Japan) (16 bits)
  • 7-7 - 7-7 (14 bits)
  • 8-8-8 - 8-8-8 (ANSI & China) (24 bits)

Technical Specifications:

This converter handles point code transformations across different bit-length implementations, supporting 14-bit, 16-bit, and 24-bit variants commonly used in global telecommunications infrastructure. Each variant follows specific regional standards and bit allocation schemes optimized for different network topologies and signaling requirements.