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Allied Telesis and IPv6


What is IPv6?

Internet Protocol version 6 or IPv6 is an improved version of the current and widely used Internet Protocol, IPv4. IP enables data to be sent via the Internet and ensures that it arrives at its correct destination. In addition to exponentially expanding the number of addresses for people and devices to connect to the Internet, IPv6 brings exciting enhancements over IPv4.

The key feature of IPv6 is its extra address space from IPv4’s 32 bits to 128 bits, which increases the number of available IP addresses from 4 billion to over 340 trillion trillion trillion.

340,282,366,920,938,463,463,374,607,431,768,211,456

The number of IP addresses available using IPv6.
That's nearly five trillion individual IP addresses for each man, woman and child on the planet.

Why is IPv6 Necessary?

The finite address space used by the current version of the Internet protocol, IPv4, was completely allocated in 2011. Without action, there is a risk of increased costs and limited functionality for Internet users. The only long-term solution to this problem is adoption of IPv6, which provides more than four billion times more space. IPv6 is used extensively in many large networks, but it has never been enabled at a global scale. Major web companies are now committing to enable IPv6 on their main websites, and there are strong incentives for industry players to ensure their systems are prepared for the transition. Today, IPv6 is critical to the broad-scale implementation of a wide variety of devices.

When and how will we transition to IPv6?

World IPv6 DayThe transition from IPv4 to IPv6 is one of evolution rather than revolution, so for an extended period of time both IPv4 and IPv6 will coexist. The transition will be gradual because many users have large installed equipment bases and replacing these at one time would be costly even when considering the significant benefits of IPv6. Furthermore, there are a number of “band-aids”, such as NAT, that have been designed to extend the life of IPv4 — but they will only temporarily slow the drive to IPv6 and will certainly not prevent IPv6 becoming the IP of choice.

The Role Allied Telesis Plays in the Future of IPv6

As the last IPv4 numbers have been allocated by the Internet Assigned Number Authority (IANA), the industry is now shifting its focus to adopting IPv6 technologies.

  • Allied Telesis has been at the forefront of this move for more than a decade with its IPv6 Transition Technologies.
  • Allied Telesis IPv6 development began in 2000, and has been driven primarily by customer requirements from Japan and the U.S. Department of Defense.
  • Every year since 2003, Allied Telesis IPv6-ready products have been utilized in the JGN2 backbone network to multicast video footage of the Sapporo Snow Festival throughout Japan.
  • Allied Telesis believes that while the transition to IPv6 is important, it is more of an evolution, not a revolution.
  • Today, Allied Telesis routers and Layer 3 switches provide comprehensive software support for IPv6. Some switches have full support for IPv6 in their hardware. These products support the full implementation of IPv6 networking and facilitate the transition from IPv4 to IPv6.
  • Allied Telesis IPv6 solutions allow customers to transition from IPv4 to IPv6 seamlessly. Allied Telesis has implemented two of the most widely used methods for providing compatibility with the use of dual IP stacks and IPv6 tunneling.
  • Allied Telesis products have successfully interoperated with IPv6 implementations of other vendors at Interop, which is an annual event designed to showcase the latest networking technologies.

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