Les adresses IP (IP désigne Internet Protocole) sont créées dans le but de pouvoir connecter plusieurs ordinateurs avec un ordinateur serveur via un réseau (Ethernet, WIFI…). Il existe deux types d’adresses IP « IPv4 et IPv6 ». Dans cet article nous allons parler sur les adresses IPv4 et IPv6 ainsi que la différence entre eux. Avec les 500 autres protocoles réseaux de la suite TCP/IP, le successeur direct d’IPv4, à savoir IPv6 (IPv5 n’ayant jamais vu le jour), constitue la base de la communication Internet. Parmi les fonctions centrales de IPv6, on compte l’envoi des éléments réseaux aux adresses IPv6 et l’acheminement de paquets entre sous-réseaux, appelé également routage. Pour ce faire, IPv6 est IPv6 was supposed to give us more IP addresses, but the implementation has been fairly slow. Let's find out why companies and ISPs still prefer IPv4 vs IPv6. The specification for IPv6 was finalized in 1998, and the internet is still in the process of switching from the previous version, IPv4. It’s been a long process, and we still have a long way to go. But why should you be concerned about IPv4 vs. IPv6? Does it have any effect on you at all? It certainly does—and we’re going to take a look IPv6 est né de la crainte que la demande d’adresses IP dépasse l’offre disponible. La différence entre les adresses IPv4 et IPv6. L’IPv4 utilise un espace d’adressage 32 bits équivalant à 4 octets. Cela signifie que le nombre total d’adresses IP sur Internet peut aller jusqu’à 2 ^ 32. C’est à dire environ 4,3 milliards d

IPv6 is the next generation IP address standard. It is intended to supplement and eventually replace the old protocol (IPv4). While IPv6 has been around for a while now, it still hasn’t gotten up with its predecessor, IPv4. In short, IPv6 adoption has been slow.

The dwindling supply of unique Internet Protocol (IP) addresses to support the growing number of mobile web devices is forcing a change in the Internet's core 

IPv6 is a far more appropriate format for multicasts because the streaming host knows in advance that each IP address only represents a single device. Theoretically, because it uses simpler data headers and is more optimized for peer-to-peer traffic, IPv6 should also offer performance benefits over IPv4 .

14 Feb 2020 and this has happened because of the wide acceptability of the Internet Protocol (IP). National IPv6 Deployment Roadmap v-II [PDF] 

04/05/2020

Thus, the IPv6 (Internet Protocol version 6) format was created to enable countless new IP addresses required for the increasing number of devices active  

IPv6 est le futur de l'IPv4 qui va bientôt saturer son espace d'adressage. Nous allons voir les différences entre les deux protocoles. IPv6 est mieux dans de nombreux aspects, mais il n'est pas compatible avec l'IPv4 qui peut être considéré comme son inconvénient.

IPv4 devices have a fixed IP address or obtain one using a DHCP (dynamic host configuration protocol) server. 127.0.0.1 is the IPv4 loopback address. IPv6  3 Feb 2011 That's an IP address) since the Internet's inception will soon be exhausted. A new technology will take its place, though. IPv4's successor is IPv6,  30 May 2020 If you enable IPv4/IPv6 dual-stack networking for your Kubernetes cluster, You can choose the address family for the Service's cluster IP by  11 Jan 2019 This article explains the difference between the two and why IPv6 adoption has been so slow. IPV6 vs IPV4. IP, short for Internet Protocol, is  IPv6 Address Notation Vs IPV4 Address Notation The most obvious benefit of IPv6 is the exponentially greater number of IP addresses it can support