space address ipv4
NAPT-PT and Mobility Support in IPv6
White Paper The fast expansion of the Internet today reveals that the IPv4 address space is too small to cover the need of the future. The next generation network protocol IPv6 is an elegant solution to this problem, where the main advantage lies in the huge... [10 Apr 2008]
IPv6 Usage With Various Operating Systems
White Paper IPv6's 128-bit address space should not have this problem for the foreseeable future. This is largely driven by the fact that IPv4's 32-bit address is quickly being consumed by the ever-expanding sites and products on the internet. [28 Mar 2008]
Manageable Transition to IPv6 Using ISATAP: An Executive Overview
White Paper IPv6 support in Cisco Systems Cisco IOS routers and switches and Microsoft Windows XP, Windows Server 2003, Windows Vista (now in beta testing), and Windows Server "Longhorn" enables enterprises to support a larger network address space while... [28 Mar 2008]
DNS security still "as vulnerable as ever"
News The survey was based on a sample that included five per cent of the IPv4 address space - nearly 80 million addresses. According to the survey, DNS infrastructure is modernising and coalescing around the most recent versions of BIND - a type of DNS... [21 Nov 2007]
Building a Linux IPv6 DNS Server
White Paper However, its initial design did not take into consideration several issues that are of importance today such as a large address space, mobility, security, autoconfiguration, and quality of service. To address these concerns, IETF has developed a... [17 Jul 2007]
Red tape "holding back" next-generation internet
News The American Registry for Internet Numbers (ARIN) argues that because only 19 per cent of IPv4 address space remains available - and it is running out faster than expected - it was, for the first time, "compelled to advise the internet community... [18 Jun 2007]
Internet Protocol Version 6: Federal Agencies Need to Plan for Transition and Manage Security Risks
White Paper As a result, IP version 6 (IPv6) was developed to increase the amount of available IP address space. It is gaining momentum globally from regions with limited address space. The Internet protocol (IP) provides the addressing mechanism that defines... [30 Aug 2005]
IPv6, a Catalyst for Deploying New Business Services
White Paper At present IPv6 technology is primarily known for its almost unlimited IP addressing space. This capacity offers sufficient addressing space for countries, which currently lack IPv4 addresses. It can also be used to manage deployment of future... [22 Mar 2005]
Building an IPv6 Linux Router Server
White Paper Some of the IPv6 features include a new header format, a larger address space (128 bits), an efficient and hierarchical addressing and routing infrastructure, the availability of stateless and stateful address security, built-in security, better... [09 Mar 2005]
Implementing IPv6 in an Organization
White Paper Its main benefit is a larger address space and enhanced security options. During a research project done in 2004 there was concluded that the migration to IPv6 could be done without too many problems. [09 Mar 2005]
A Policy Look at IPv6: A Tutorial Paper
White Paper IPv6 (Internet Protocol, version 6) was developed by the Internet Engineering Task Force (IETF), starting in 1993, in response to a series of perceived problems, primarily with exhaustion of the current, IP version 4 (IPv4), address space. [09 Mar 2005]
IPv6 Support in Wireless Networks
White Paper Due to the way, in which the IPv4 address space originally was structured and allocated, before the Class-less Inter-Domain Routing was introduced in the beginning of the 90's, only a fraction of this space can be used. [01 Nov 2004]
Internet Protocol Version 6 (IPv6) Networking for the Solaris 8 Operating Environment
White Paper IPv6, the next-generation Internet Protocol, overcomes the limitations of the current version - IPv4 - by providing larger address space. Advances in microprocessors and network technology have led to an exponential growth in the Internet. [01 Nov 2004]
Evaluating IPV6 on Windows and Solaris
White Paper IPv6 might solve several of IPv4's shortcomings, but the longer headers and address space add overhead that affects a range of performance metrics for both TCP and UDP. In addition to increasing the address space, IPv6 was designed to address some... [29 Oct 2004]
The Effect of IPv4 to IPv6 Transition and the iDNS on the VoIP Quality of Service Over the Next Generation IP-Based Networks
White Paper IPv6 introduces a host of new features such as larger address space, efficient and extensible IP datagram, efficient route computations and aggregation, improved host and router discovery, new stateless and stateful address auto configuration... [29 Oct 2004]
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