IPv6, the next version of the Internet Protocol, could make life easier and battery life longer for electronics-addicted consumers.
Much of the push for IPv6 has been focused on the requirements of enterprises and the challenges they face in making the transition from the current protocol, IPv4. If device makers and service providers do their jobs right, consumers won't even know it when they start using IPv6, but they do stand to benefit, proponents of IPv6 said in a panel discussion at International CES on Thursday.
The main feature of IPv6 is a nearly endless supply of IP addresses, which devices and services on the Internet use to find each other. There are enough addresses available under the new protocol to give each person in the world 4.3 billion of them, according to Latif Ladid, president of the IPv6 Forum.
Many popular smartphones and tablets now on the market can use IPv6, including the iPhone 5, iPads 3, 4 and Mini, Samsung Galaxy S III and Galaxy Note 2, Nokia Windows 8 phones, and many models in the Sony Xperia line, according to Frederik Garneij, a systems manager at Ericsson.
With IPv6, there are enough addresses to give one to every device, so they can talk directly to each other over the Internet. Each phone, home security camera and broadband router can have a globally unique address.
"Every single device is able to be globally reached from every other device," said Dale Geesey, chief operating officer at Auspex Technologies, an IPv6 professional services company.
Today, broadband and mobile service providers using IPv4 typically use private IP addresses within their networks and assign true, unique Internet addresses to subscribers' devices only temporarily. This process, called NAT (network address translation), has a number of implications for consumer electronics, the panelists said. Using IPv6 instead could have several benefits, they said.
Here are some examples.
-- Accessing sites and content over the Internet is usually faster with IPv6 than with IPv4 because with the new protocol it requires fewer "hops" between network nodes, Ladid said.