ipv6 fundamentals

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Explanation of IPv6 Multicast Routing Protocol

In previous articles, we have explained the content of the IPv6 protocol. We should remember that in IPv6, there are unicast IPv6 routing protocols and IPv6 multicast routing protocols. Now let's take a look at the latter. What content does the IPv6 Multicast Routing Protoco

RHEL 7 & CentOS 7 Disable IPV6

RHEL 7 CentOS 7 To disable the IPV6 method and the previous version is not the same, this article sorted out the processing method: The source of this article: http://blog.csdn.net/bluishglc/article/details/ 41390785 prohibit any form of reprint, otherwise will entrust CSDN official safeguard rights and interests. First, we have to give the most fundamental solution: modify grub to not load the IPV6 modul

Over-compatibility between IPv4 and IPv6

Now the network is very tight, and more users are joining the network, which leads to the lack of addresses. But there is already a solution, that is, the IPv6 protocol. However, most users still use IPv4, which leads to the IPv4 to IPv6 transition technology that we will discuss today. IPv4 to IPv6 transition technology Because of the size of the Internet and th

Creating an IPv6 network environment cannot be achieved overnight

With the gradual evolution of the network, the surge in the number of users puts pressure on the network. The first problem to be solved is the shortage of Address resources. Now we have proposed the deployment of the IPv6 network environment, but the excessive problem is still the key to our solution. Now let's take a look at this issue. To cope with this crisis, IPv6 technology is widely regarded as the m

IPv6 Neighbor Discovery Protocol

IPv6 Neighbor Discovery Protocol NDP (Neighbor Discovery protocol, Neighbor Discovery Protocol) is a key protocol of IPv6. It combines ARP, ICMP Router Discovery, ICMP redirection and other protocols in IPv4 and improves them. As the basic protocol of IPv6, NDP also provides features such as prefix discovery, neighbor inaccessibility detection, duplicate address

SuSE Linux (sles10) IPv6 Configuration

Document directory Our sample IPv6 setup Task: adding an IPv6 address Task: adding a default route Task: Display your IPv6 IP addresses Configuration Task: testing your IPv6 Configuration How do I configure IPv6 networking Under SuSE Linux Enterprise Server (sles v1

Make your Socket Application compatible with IPv6

With the increasing popularity of the Internet and the rise of the Internet of Things, IPv4 addresses are far from enough. The popularization of IPv6 is an inevitable trend. In the past, most of our socket programs were developed for IPv4. Without upgrading and restructuring, clients using IPv6 addresses would not be able to use the services provided by the server. How can I enable both the server and clien

Dynamic multipoint VPN for IPV6

According to Cisco technology configuration requirements, this time using the 7206 router Advanced Enterprise version of iOS Configuration process 1. Configure Network A, configure the routing environment to ensure the interoperability of IPv4 routing items IP Route 0.0.0.0 0.0.0.0 200.0.10.1 IP Route 0.0.0.0 0.0.0.0 200.0.30.1 IP Route 0.0.0.0 0.0.0.0 200.0.40.1 b, only after the configuration completes the default route, then the

Brief Analysis of the Relationship between IPv6 technology application and China's information industry

IPv6 technology application in China is receiving more and more attention. Grasping IPv6 will drive China's information industry to take off. The powerful application prospect of IPv6 technology has brought tremendous changes to China's Internet Industry, benefits consumers to provide better and more affordable network services, and helps operators explore new bu

Analysis of IPV6 and loopback address

IPV6 and loopback address are short for Internet Protocol Version 6. Internet Protocol is translated into Internet Protocol ". IPv6 is the next-generation IP protocol designed by IETF (Internet Engineering Task Force) to replace the current version of IP protocol (IPv4. Currently, the version of the IP protocol is 4 (IPv4 for short), and its next version is IPv6.

Four IPv6 misunderstandings that enterprises must know when upgrading their IP addresses

ISP and Web companies have been setting up World IPv6 Launch Day for one year. Akamai reported that IPv6 traffic on the IPv6 content transmission platform has increased by 250%, the number of requests sent every day reaches 10 billion. Although this traffic is still far behind IPv4, it continues to grow. At the same time, the misunderstanding of

Multiple solutions create a new generation IPv6 Network Environment

The current network IP resources cannot last long. Many experts predict that IPv4 addresses will be exhausted in the near future. To cope with this crisis, we generally think that the most effective solution is to apply IPv6 technology to the Internet. What new feelings can this IPv network environment give us? Protocol conversion is required to enable multicast communication between an IPv4 host and an IPv6

Will IPv6 deployment fail?

If I do not deploy IPv6, will it collapse? Will the end of the world come? Will the Internet continue to run? Will enterprise computers crash into a pool of data? The answer is simple: No. At least not yet. However, enterprises may have to consider some things. ISP (Internet Service Providers) will not be stupid to cut off IPv4 access when they start to launch IPv6. If they do this, only a few websites can

IPv4 to IPv6 transition security issues cannot be underestimated (1)

As IPv4 addresses are exhausted, IPv6's almost unlimited IP Address Resources meet the needs of the global Internet. However, everything has two sides, and both advantages and disadvantages. While meeting the needs of Internet IP addresses, a series of security problems also emerge. IPv6 is not more secure than IPv4 Compared with IPv4, IPv6 has made more security

Analysis on the integration of IPv6 and PLC

More than 40 countries around the world have carried out 100 PLC connected lab projects to ensure the feasibility of PLC Technology and commercialization. In order to expand the Power Line Communication Market, current research hotspots focus on the integration of power line access and IPv6. The feasibility of IPv6 technology and PLC Integration In recent years, several important fields of communication tec

Problems for IPv6 commercial networks

The main difficulty and bottleneck of IPv6 commercial network construction in China is how the construction of IPv6 network can bring direct or indirect benefits to operators, that is, how operators can withdraw their investment as soon as possible. At present, no key applications must be implemented on IPv6 instead of IPv4. These applications can be found and di

Understanding the advantages of IPv6 network protocol (1)

The IP address of IPv4 has come to an end, so it is extremely important to use the IPv6 network protocol. So is IPv6 only used to relieve the Internet address pressure? Of course, the answer is NO. So what advantages is it worth using? Now let's take a look at how it is said in the article. (1) huge address space The source and target addresses of IPv6 are both 1

IPV6 BASIC Programming--java

IPV6 programming--java1. Java Support IPV6Java has supported IPV6 on Linux and Solaris platforms starting with version 1.4. Support on the Windows platform has been added since version 1.5.To develop Java applications in a IPV6 environment, or to migrate Java applications developed in an existing IPV4 environment into IPV6

Linux Shutdown Deactivate IPv6 method

Modify the/etc/sysconfig/network corresponding network card, append: The code is as follows Copy Code Networking_ipv6=no 2. Modify the/etc/hosts, the IPv6 of the local host name resolution also commented out: The code is as follows Copy Code #::1 localhost Localhost6 localhost6.localdomain6 3. Create file/etc/modprobe.d/ipv6off.conf (name casually) Note: There is no/etc/mod

Introduction to IPv6 ISATAP Transition Technology

The transition from IPv4 to IPv6 is the trend of the times. However, due to the success and widespread use of IPv4, many researchers are actively exploring the technology of transition from IPv4 to IPv6. The existing technologies can be divided into three types: Dual-stack, translation, and tunnel. They can be divided into core network, enterprise network, and host at the network level. ISATAP: Intra-Site A

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