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HP's IPv6 Vision: Market Transformation and Deployment Strategies

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roberttbeck
21 diapositives · 240 Views · Jan 04, 2020

This article discusses HP's IPv6 roadmap, agenda, and intersection with market transformation. It covers the deployment strategies and key areas where IPv6 will happen.

#hp's ipv6 vision: market transformation and deployment strategies #hp's ipv6 vision: market transformation and deployment strategies ppt #powerpoint #presentation
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  1. HP’s IPv6 Vision My Phan Technical Director Systems Networking Solutions Lab Hewlett Packard my_phan@hp.com

  2. HP’s Intersection HP’s IPv6 Roadmap Market Transformation Where it will happen How it will happen Summary HP’s IPv6 Agenda

  3. the intersection Source: BSTO

  4. HP

  5. IETF HP participates in the IPNG, NGtrans and other IPv6 related working groups regularly. (e.g. IPv6 activities on MobileIP, DNS, DHCP) . IPv6 Forum HP is one of the early Founding Members to promote IPv6. UNH IPv6 Consortium HP is a member of the IPv6 Consortium - involved in ongoing conformance and interoperability testing. HP in IPv6 World

  6. HP-UX IPv6 Roadmap Dec 1998 Mar 2000 2nd half 2001 1st Qtr 2002 (Targeted) (Targeted) Release I IPv6 Core Product Release IIIPv6 Full Product SDK 1.0 SDK 1.1 • Based on 11.00 990P release • 32/64 bit OS • L / N Classes • 10/100 BT LAN • Latest APIs • 10/100 BT, Gigabit, FDDI • IPSec, Mobile IP, Bind 9, NFS, OpenView, ... • Complete HP-UX Conversion • Based on 11.0 • 32-bit only • 10/100 BT LAN

  7. Detail information of SDK 1.1 (I) • Release on March 10, 2000 • Download URL - http://www.software.hp.com/ • Configuration • 32 / 64 bit • 11.0 990P base • Link Layer • 10/100 BT LAN workstation (C200, B180) • HSC 100 BT LAN Server (K, J, T, and D class) • PCI 100 BT (A, R, L and N class)

  8. Detail information of SDK 1.1 (II) • IP Layer • IPv6 Unicast and Multicast support • IPv6 Packet Forwarding • IPv6 Path MTU Discovery • IPv6 Fragmentation and Reassembly • IPv6 Neighbor Unreachability Detection • Stateless Address Autoconfiguration • Prefix Discovery with Invalid Lifetimes • Duplicate Address Detection • Link layer and auto-configured addresses for Ethernet devices • IPv6 over IPv4 Automatic and Configured Tunneling • TCP and UDP over IPv6 • Router Discovery

  9. Detail information of SDK 1.1 (III) • Internet Services • ftp server and client • identd • inetd support for IPv6 network daemons • sendmail • telnet server and client • Remote Execution Commands • remsh and remshd • rlogin and rlogind • Name services • DNS (Bind8) • /etc/hosts (files) support

  10. Detail information of SDK 1.1 (IV) • Network Configuration, Status and Testing Utilities • ifconfig, route, ping • ndd, netstat, nslookup • API Layer • Basic IPv6 socket interface support • Address to Hostname Translation • Hostname to Address Translation • Protocol-Independent Hostname and Service Name Translation • Various socket options

  11. RFCs supported in SDK 1.1 (I) • Addressing: • IPv6 Addressing Architecture (RFC 2373) • Internet Control Message Protocol • ICMP for IPv6 (RFC 2463) • Path MTU Discovery • Path MTU Discovery for IPv6 (RFC 1981) • Packet Tunneling • Generic Packet Tunneling in IPv6 (RFC 2473) • IPv6 Specification • Internet Protocol, Version 6 (RFC 2460)

  12. RFCs supported in SDK 1.1 (II) • Neighbor Discovery • Neighbor Discovery for IPv6 (RFC 2461) • Auto Configuration • IPv6 Stateless Address Autoconfiguration (RFC 2462) • IPv6 over Different Media • Transmission of IPv6 Packets over Ethernet Networks (RFC 2464) • Program Interfaces • Basic Socket Interface Extension for IPv6 (RFC 2133) • Domain Name System • DNS Extensions to support IPv6 (RFC 1886)

  13. IPv6 Core Product: Release I Content • Will be released in the 2nd half of 2001 • SDK 1.1 functionality plus the following features: • IPSec support in IPv6 • Advanced Sockets API • MIB support for IPv6 • Routing Protocols (OSPFv6, gated) • Web Browser / Server • DHCPv6, BIND9, NFS • Network Information Name Services (NIS+) • Gigabit Ethernet and FDDI support • Configuration and Diagnostics tools: SAM, SD, tcpdump, nettl, netperf • Transition Mechanisms • Always on Infrastructure Solutions: ie OpenView, OpenCall, JVM (TBD).

  14. Enormous growth of Mobile Internet Convergence in communication networks Address space is running out in IPv4 Push type of applications Market Transformation

  15. Services Content IP Backbone Network Where will it happen? OSS Media Gateways Media Gateways Access networks Wireless narrowband Fixed broadband Wireless broadband

  16. DEPLOYMENT 1. Mobile networks 2. Consumer Appliances 3. Long haul providers 4. Enterprises Mobile networks will drive

  17. How will it happen?

  18. Test networks are already up and running Mobile networks will follow stepwise; IPv6 is part of 3G When there is enough critical mass in the Internet infrastructure, appliances and services, the enterprises will come on board How will it happen?

  19. HP’s Intersection Appliances Always On Infrastructure e-Services