HP IPv6 Solutions2012.ipv6event.vn/docs/day1/afternoon/HP IPv6 Solutions...Connectivity, IP Distance...

© Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice.

HP IPv6 Solutions Justin Chiah Category Team Manager, HP Networking Asia Pacific and Japan, May 2012

© Copyright 2012 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. 2

HP took an early Lead with IPv6 HP at the forefront of IPv6

1993 • HP helped define the IP Next Generation protocol in the IETF

1995 • First Public HP IPv6 demos & experiments

1996 • HP 6bone connection active

1999

• HP Founding member of the IPv6 Forum • Jim Bound CTO and member of the Board of Directors of IPv6 Forum • Yanick Pouffary IPv6 Forum Fellow

2000 • First HP IPv6-enabled server products

2001 • HP launched industry leading IPv6 and Mobile IPv6 solution demos

2002

• HP chairs North American IPv6 Task Force and is Technology Director. • NAv6TF influences Whitehouse U.S. Cyber Security Office to promote IPv6 leading to US DoD mandating the integration of IPv6 to be ready by Oct 2008 (June 2003)

• HP IT launched a world wide IPv6 test bed


HP took an early Lead with IPv6 HP at the forefront of IPv6

2003

• HP participating in North American IPv6 interoperability Network Pilot - Moonv6 • HP helped define IPv6 ready logo • HP OpenView Network Node Manager IPv6 support • Internal HP IPv6 initiative

2004

• NAv6TF works with White House Office of Management (OMB) leading to June 2005 OMB mandate • HP IPv6 servers acquire IPv6 ready logo • HP ProCurve IPv6 VLANs support

2005 • HP was among the first printer companies to release an IPv6 product • NAv6TF works with OMB to produce OMB IPv6 transition guidance

2006 • HP Printer first vendor on the US DoD IPv6 Approved Product list • HP StorageWorks Division provides a customer statement of support committing support of IPv6 per the US OMB mandate

2007 • HP Network Automation (HPNA) is capable of discovering both IPv4 and IPv6 devices in an automated fashion.

2008-2010

• HP operates more than 120 R&D sites on IPv6 for Product Development R&D teams and Labs.


HP has already delivered IPv6

HP supports IPv6 across all its product lines today •  Integrity Servers, ProLiant Servers, Business

Critical Servers, Storages, Personal Workstation, Printers, HP Networking (3Com, H3C, ProCurve and TippingPoint IPS) and HP Software

•  We have the ability to bring solutions and expertise to every corner of the IPv6 conversation

•  IPv6 standards committees •  Network & IT Consulting expertise

www.hp.com/network/ipv6 www.hp.com/services/ipv6


HP has already delivered IPv6

• Thru use of IPv6 compliant operating systems

HP Integrity entire product line *

• Thru use of IPv6 compliant operating systems

HP ProLiant Server Family entire product line *

• HP-UX * • OpenVMS • NonStop Server • Debian GNU/Linux with HP Telco Extensions

Business-critical server operating systems

• The only fully IPv6 compliant clustering solution on the market

HP Serviceguard Solutions

* Products on US DoD IPv6 Approved Products List (APL)

• Tape Autoloader, Tape Library, EVA, iSCSI Connectivity, IP Distance Gateway and Multifunction Router have IPv6 support

HP StorageWorks

• Thru use of IPv6 compliant operating system

HP Personal Workstation entire product line

• JetDirect, Designjet, LaserJet and Color LaserJet printers

HP Enterprise printers and print servers *


HP Software already supports IPv6

•  Network Node Manager (former OpenView Operations)

HP Business Technology Optimization Network Management Center platform

HP Network Automation (HPNA)

•  OpenCall Media Platform (OCMP) •  OpenCall HSS •  Signaling Platforms (IP-STG, Diameter, SIP) •  CentralView and Dragon (BSS systems) •  INS on NSK Blades (with CLIM) •  TeMIP

HP CMS Software


HP Networking ProCurve, 3Com, H3C and TippingPoint

Broad portfolio

• Core to Edge switch, high-end to low-end router • Full range of IPv6 enabled products

IPv6 support across the lines

TippingPoint IPv6 IPS Solutions


Node 2 �

7500

L2/ IPv4

IPv4

Node 1 �

7500

10500 10500 GE

GE

GE GE

Core

Aggregation �

Access �

internet �

L2/ IPv4

IPv4

Users �Purpose of upgrading l  Enable access to IPv6 network �

GE

IPv4 IPv6 Current network status: l  Divided into three layers in campus

networking �

l  Access: user access, composed by L2 or L3 switch

l  Aggregation: traffic and route aggregate, composed by aggregation switch

l  Core: traffic swith and internet output interface �

IPv6/v4 dual stack PC

IPv4 PC

Step by Step Upgrade of existing IPv4 campus network


Key point: �l  First, upgrade the core layer,

replacing existing core equipments with IPv4/v6 dual stack equipments, the other network layer remain unchanged.(Node 1)

l  Small-scale pure IPv6 site can use the dual-stack method: use dual stack switch in access layer, and access layer is linked directly to the dual-stack core equipment.(Node2, 3)

l  Dual-stack users of Node1 access to IPv6 with ISATAP, and users of node2/3 with dual stack.

�

Node 1 �

7500

Node 2 � Node 3 �

3610

10500 10500

FE

GE

GE

GE GE

5500SI GE

Core �

Aggregation �

Access �

Internet

L2/ IPv4

IPv4

Users �

GE

IPv4 IPv6

IPv4 servers

IPv6/v4 dual stack host

IPv4 host

Dual stack

ISATAP tunnel

IPv6 servers

Step of Step of Upgrade of existing IPv4 campus network

Deploy dual stack first, supplemented by transition technology


Node 1 �

Aggregation switch

Node 2 � Node 3 �

Access switch

Core switch

FE

GE

GE

GE GE

GE

Core �

Aggregation �

Access �

Internet �

Access switch

IPv4

Users �

Service accessibility analysis: �l  The existing IPv4 services are not

affected after upgrading. �l  The new IPv6 users (including

IPv6/IPv4 dual-stack users and pure IPv6 users) can access the IPv6 networks and IPv6 services.

l  Dual-stack users can directly access the IPv4 network and IPv4 services. �

GE

IPv4 IPv6

IPv6 ServersIPv4 servers

Core switch

Access switch

L2/ IPv4

IPv6/v4 dual-stack host

IPv4 hostIPv6 ßà IPv6

IPv4 ßà IPv4

Dual stack ßà IPv4

Step by Step Upgrade of existing IPv4 campus network


HP IPv6 Solution at Interop Vegas 2011

Objective Support the future of converged multi-vendor networking and data center architectures with a solution that’s easy to use and manage with flexible deployment and administration. Approach Deliver 50% of wired connectivity for May 2011 InteropNet and showcase multi-vendor management across three collocated data centers.

Customer Site The show, organized by UBM TechWeb, draws over 13,000 attendees each year. The centerpiece of the show is InteropNet, a completely interoperable IPv4/IPv6 data center and network connecting exhibits, conference rooms and attendees Supports over 2500 concurrent IPv4 users and over 1000 concurrent IPv6 user

HP proves reality of converged, multi-vendor networking in the cloud


Business technology improvements • Showcases Interop as cutting-edge conference • Proves “plug-and-play” interoperability between HP and 3rd Party gear • Demonstrates a production IPv6 dual-stack and IPv6 only network • Enables multi-vendor, “single pane of glass” network management via HP’s Intelligent Management Center • Provides a holistic view of entire InteropNet (monitoring and managing third-party equipment) • Offers robust network security at perimeter and interior of show, including a cloud-based data center • Deploys switches that consume far less power

Business benefits • Helps to deliver the first show in recent memory with no major networking outages or issues with vendor equipment • Saves costs for show organizer UBM TechWeb • Showcases ways to accelerate creation of complex, multi-vendor networking architectures—three-week deployment • Introduces new technologies and best practices for building business networks to show attendees

HP IPv6 Solution at Interop Vegas 2011 HP proves reality of converged, multi-vendor networking in the cloud



“UBM TechWeb told us this is the first show in recent memory where they did not have a major issue with vendor equipment. That’s a big deal since InteropNet started in mid 1980’s.” Tim Swiader, senior program manager, HP


IPv6 Campus-Beijing University of Posts and Telecommunications

10GE!Backbone!

S8512 S8512

BAS

S8505

GSR

FTP

CAMS

Video Servers

Student Dormitory�

Server farm

CERNET CERNET2 Beijing Core node!

p  IPv6/IPv4 campus backbone is composed of three S9500/8500 Gigabit switches and sixteen S7500E switches; p  Over 10000 IPv6 subscribers; �p  IPv6 customers access to the campus network , and the campus network access to CERNET2;

S7500E

S7500E

S7500E

S7500E

S7500E

S7500E




IPv6 Campus Case- CUPL

IPv6 Network of CUPL*

S9508 Dual Stack

University of Xueyuanlu

University of Changping

10G

10G

10G

10G

10G CERNet

CERNet2

Internet

S5624P

S5500 Dual Stack

S5500 Dual Stack

S5500 Dual Stack

S5500 Dual Stack

S9508 Dual Stack

* CUPL : China University of Political Science and Law


Industry’s only architecture converging data center, campus, branch FlexNetwork Architecture

Open Scalable Secure Agile Consistent


HP FLEXFABRIC POSITIONING

IMC SERVICE ORCHESTRATION

ACCESS

12500 DC Core Switch

8800 ROUTER

CORE

S6100N IPS DC Security

6100 Blade Switch

5800, 5830, 5820, 5920 DC TOR Switch D

ata

Cen

tre L

ayer

s

Functionalities

6600 ROUTER

Virtual Connect


FLEXCAMPUS PRODUCT POSITIONING

8212zl 5406zl

Modular Switches

Fixed Port Switches

•  4-, and 8-slot chassis •  Scalability (576 10G ports, 576 1G ports) •  Full L3 features & IPv6/MPLS functionality •  Greater than 11 Tbps switching capacity

•  2-, 3-, 6- and 10-slot chassis •  84 10G, 480 1G ports •  Extensive switching and routing, IPv6, MPLS •  1.15Tbps switching capacity

•  6- and 12-slot chassis •  288 1G ports, 96 10G ports •  OSPF, VRRP, QinQ, Multicast routing included •  New Bundling options

Func

tiona

lity

Price/Performance

10504 10508 10508V

8206zl 5412zl

7502 7503 7503 7506 7506V 7510

•  Fully managed L2 8 or 24 ports •  Choice of FE/GE PoE •  Rack mount & compact form factors

5500 HI,EI & SI

3600 v2 EI & SI

2620

3800

2910

2520/G

•  Lite L3 IPv4/IPv6 static and RIP routing 24 or 48 ports •  30W PoE+ on PoE model •  GE uplinks

•  Adv L3 & multicast routing 24 or 48 ports •  IRF-automated stacking •  PoE/PoE+/non-PoE models

•  Lite L3 static and RIP routing 24 or 48 ports •  30W PoE+ on PoE model •  Optional 10GbE uplinks

•  Fully managed L3 24 or 48 ports •  Low-latency •  Highly resilient meshed stacking technology

•  Fully managed L3 24 or 48 ports •  Enhanced MPLS/VPLS support • Full-featured IPv4/IPv6 dual stack

10504 10508 10508V


HP MSR Series Router family - Full IPv6 Support

Small Branch/Remote Office

Comware

Large Branch/Regional Office

WAN slot, 1 FE, 1 WAN port, 802.11 b/g

+ 4 or 6 WAN slots, 2/3 GE, dual P/S

+ Up to 10 WAN slots, 2 GE/FE, PoE, 24 FE (optional)

+ 2 or 4 WAN slots, 2 FE

MSR 900 Series

MSR 20 Series

MSR 20-1X Series

MSR 30 Series

MSR 50 Series

2 FE, 802.11b/g

•  Broad range of integrated services to meet today’s “branch in a box” needs −  Modular WAN and LAN options

−  Dynamic routing, MPLS, multicast, IPv6, QoS

−  Full Ethernet switching

−  Robust security features

−  Unified wired and wireless LAN

−  Integrated voice gateway


HP INTELLIGENT MANAGEMENT CENTER PORTFOLIO

21

Fault

Alarms Syslog & Trap

Mgr

Service Operation

Mgmt

Configuration

Intelligent Configuration

Center

IPSec VPN Mgr

MPLS VPN Mgr

Wireless Services

Mgr

QoS/SLA Manager

VLAN & ACL

Manager

Accounting

Network Assets

User Behavior Analysis

Desktop Asset Mgmt

Performance

Performance Mgmt

Network Traffic

Analyzer

Virtual Network

Mgmt

Security

Security Control Center

User Access

Manager

Endpoint Admission Defense

FCAPS Model

IMC Platform Features

Add-On Modules BIMS QoS


IMC Support for IPv6


Thank you

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