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© 2006 Cisco Systems, Inc. All rights reserved. Cisco ConfidentialPresentation_ID 1

Intelligent Storage Area Networks Services

Chua Kay LeeSenior Network [email protected]


Q: How do you build a 3000 port SAN? A: 6 MDS 9513 Switches


Agenda

� Introduction to Cisco Storage Networking

� Cisco MDS 9000 featuresVSANs, FCIP, iSCSI

� Intelligent Storage Elements

� What’s new in SAN-OS 3.2


Cisco Intelligent Storage Networking


Virtualization

• Immediate Power Savings

• Service Velocity

• Opex Alignment

• Capital Asset Utilization Improvement

Data Center Network Strategy and Evolution

Consolidation

• Net-Centric Server Evolution

• Virtual Machine Integration

• Inline Data Protection

• Separation of Policy and Forwarding

AutomationIntegration

• Single Unified Network Fabric

• Integrated Provisioning Capabilities

• Data Center Class Platforms

• Integrated Services

Scale

Performance

Density

Availability

Operational Manageability

Investment Protection


HRSAN

ERPSAN

MktgSAN

Today: Consolidated and Virtualized Fabric

Multilayer Storage Utility EvolutionVirtualized

SAN ResourcesMultilayer

Storage AutomationMultilayer

Storage Network

Future: Dynamic Provisioning and Mgmt

Next: Fabric Routing andStorage Virtualization

Midrange Apps(eg. Microsoft)

Engineering, ERP, HR Applications

Multi-Protocol(iSCSI/FCIP)

Enterprise-ScaleSAN HR

SANERPSAN

MktgSAN

TapeSAN

DiskSAN

Cisco and Partner Applications Leveraging

Common APIs

i

Midrange Apps(eg. Microsoft)

Engineering, ERP, HR Applications

i

TapeSAN

DiskSAN

VSAN-Enabled Fabric Pooled Storage Resources API-Enab led Infrastructure


Cisco Innovations Driving TCO Reductions

Inter-VSAN Routing

Multi-Protocol support

Virtual SAN (VSAN)

Serverless Backup

Virtualization

Optimization

Fault and management isolation

Resource sharing across VSANs

FC, iSCSI, FICON, FCIP

Network Accelerated

Network hosted

Built-in Compression/Encryption


Cisco Innovations Driving TCO Reductions

Unified Management

FCPING, SPAN

FCIP

Investment Protection

Integrated Security

Fabric and Device Manager

Built-in Diagnostic Tools

Integrated SAN Extension

Scalable Architecture

RBAC, RADIUS, TACACS+

FCIP


Gartner Magic Quadrant 2005

2004: Cisco challenges 2005: Cisco leads!

The Magic Quadrant is copyrighted December 2005 by Gartner, Inc. and is reused with permission, which permission should not be deemed t o be an endorsement of any company or product depicted in the quadrant. The Ma gic Quadrant is Gartner, Inc.’s opinion and is an analytical representation of a ma rketplace at and for a specific time period. It measures vendors against Gartner defined criteria for a marketplace. The positioning of vendors within a Magic Quadrant is b ased on the complex interplay of many factors. Gartner does not advise enterprises t o select only those firms in the“Leaders” quadrant. In some situations, firms in the Visionary, Challenger, or Niche Player quadrants may be the right matches for an en terprise's requirements.Well-informed vendor selection decisions should rel y on more than a Magic Quadrant. Gartner research i s intended to be one of many information sources i ncluding other published information and direct analyst interactio n. Gartner, Inc. expressly disclaims all warranties , express or implied, of fitness of this research f or a particular purpose.


Director Market Share: Cisco Retakes #1 Spot!

0%

10%

20%

30%

40%

50%

60%

CQ1-03

CQ2-03

CQ3-03CQ4-03CQ1-

04CQ2-04CQ3-04CQ4-

04CQ1-05CQ2-05CQ3-05CQ4-05CQ1-06CQ2-06CQ3-06CQ4-06CQ1-07CQ2-07

Source: Dell’Oro Group – September 2007

Cisco51.0%

Brocade48.3%


Director Market Share of Combined Companies (Brocade + McData) and Cisco

0%

10%

20%

30%

40%

50%60%

70%

80%

90%

100%

CQ1-03

CQ2-03

CQ3-03

CQ4-03

CQ1-04

CQ2-04

CQ3-04

CQ4-04

CQ1-05

CQ2-05

CQ3-05

CQ4-05

CQ1-06

CQ2-06

CQ3-06

CQ4-06

CQ1-07

CQ2-07

Source: Dell’Oro Group – September 2007

Cisco51.0%

Brocade48.3%


MDS 9000 Features

VSANs, FCIP, iSCSI


MDS 9000 Family of Switches

Cisco Fabric ManagerManagement

Supervisor 1 and 2

MDS 9000 Modules

SSM (Virtualization; Intelligent Fabric

Applications)IP Storage Services iSCSI and FCIP

14-Port, 16-Port, 32-Port 1

and 2 Gb FC

4-Port 10Gb FC

12-Port, 24-Port, 48-Port 1, 2 and

4Gb FC

IBM FC BS

HP FC BS

Cisco MDS 9000 Family SAN-OSO/S

MDS 9513MDS 9506MDS 9120 and 9140

MDS 9000 Family

Systems

MDS 9216, 9216i, 9222i

MDS 9020*

MDS 9509

MDS 9124, 9134

MDS 9020

Small/Medium Business

Enterprise and Service Provider


MDS IBM and HP BladeSwitches

� 6 external 4-Gbps Fibre Channel ports

� 14 internal 4-Gbps Fibre Channel connecting to blade servers through blade chassis backplane

� Offered in 3+7 and 6+14 configurations via port licensing

� Integration with Fabric Manager and IBM BladeCenter management tools

MDS HP BladeSwitchMDS IBM BladeSwitch

IBM BladeCenter HP BladeCenter

� 8 external 4-Gbps Fibre Channel ports

� 16 internal 4-Gbps Fibre Channel connecting to blade servers through blade chassis backplane

� Offered in 4+8 and 8+16 configurations via port licensing

� Integration with Fabric Manager, HP Openview and HP management tools

� Enterprise-class capabilities of industry leading SAN-OS16 Virtual SANs (VSAN)PortChannels

Centralized security services (AAA)

SPAN

Fabric Manager with task-based Wizard

� Non-disruptive software upgrade

� Full MIB and SMI-S support


Virtual SANs (VSANs)� Eliminates costs associated

with separate physical fabrics

� Allows partitioning of individual switches and/or fabrics

� Overlay isolated virtual fabrics on same physical infrastructure

VSANs contain zones and separate (replicated) fabric services

� AvailabilityFault isolation—isolate virtual fabrics from fabric-wide faults/reconfigurations

� ScalabilityReplicated fabric services per VSAN

� SecurityComplete hardware isolation

Department/Customer ‘A’

Shared Storage

Department/Customer ‘B’

VSAN-EnabledFabric

MgmtVSAN

VSANTrunks


Inter-VSAN Routing (IVR)Sharing Resources Across VSANs

� Allows sharing of centralized resources such as tape and disks across VSANs—without merging separate fabrics (VSANs)

Provides high fabric resiliency and VSAN-based manageability

Distributed, scaleable, and highly resilient architecture

� Transparent to third-party switches

� Enables blade-per-VSANarchitecture for blade servers

Blade Server VSAN_1(access via IVR)

HRVSAN_3

MarketingVSAN_2Blade

Server

TapeVSAN_4

(access via IVR)

VSAN-SpecificDisk

Engineering VSAN_1

MarketingVSAN_2

HRVSAN_3

IVR

IVR

IVR


iSCSI Gateway

PooledEnterprise Storage

(Disk and Tape)

Higher-Performance

EnterpriseServers

Midrange Servers and Applications

Cisco MDS 9500Director with iSCSI

iSCSI Drives Further Storage Consolidation

� iSCSI enables further consolidation of midrange

Migration from DAS

� Lower cost expansion of SAN more inline with midrange costs

� Connect at both 1Gb and 100Mb speeds

� Leverage pooled storage across entire enterprise

� Full-service Ethernet SAN

Host-based multipathing

Fabric-based multipathing

Host-based replication

Enhanced fabric security

Traffic accounting

IP and SCSI-based diagnostics


With iSLBw/o iSLB

SAN-OS:iSCSI Server Load Balancing (iSLB)

iSCSI Servers

FC Arrays

IPS IPS

iSCSI Servers

FC Arrays

IPS IPS

Load Balancing

Create a pool of IPS portsLoad balance servers to ports from the pool

iSLB

• Manually configure iSCSI configuration on multiple switches

• Static assignment of Hosts to IPS ports, with Active/Backup redundancy

• Manually Zone iSCSI Host WWN with FC Target WWN

• CFS automatically distributes iSCSI configuration to multiple switches

• iSLB provides dynamic load distribution with Active/Active redundancy

• Simplified zoning by automating setup of iSCSI specific attributes


Multiprotocol support: SAN Extension

Short distance ~ <= 100km

FC over DWDM/CWDM

• short distance

• dark fiber available

• dedicated links

• lowest latency - suitable for sync apps

LocalDatacenter

SANSAN

SAN

IP RoutedWAN

SAN

SAN

SONETSAN

Medium distance ~ <= 160km

Short – Long distance

0 - 5000+ km

LocalDatacenter

LocalDatacenter

RemoteDatacenter

RemoteDatacenter

RemoteDatacenter

FC over SONET/SDH

• short – intermediate distance

• dark fiber not avail. –distance, cost, exhaust

• links may be shared

• suitable for most synchronous apps

FC and FICON over IP

• short – long distance

• dark fiber not available

• links may be shared

• suitable for sync apps across metro ethernet

• suitable for asyncapplications across WAN


IP or FCNetwork

MDS 9000: FC/FCIP Write Acceleration

� Reduces effective I/O latency within SAN extension solutions

� Enables extended distance with synchronous replicat ion technologies for business continuity applications

� Available over FC and FCIP

� Highly resilient solution—no data stored in MDS 900 0 switch

WriteXfer_Rdy

Data

Xfer_Rdy

FC/FCIP Write Acceleration (WA)

Reduction in I/O Latency equal to one round trip time (RTT)

Status

Reductionin I/O

Latencyat 100km

WA

Write Accelerated vs. non-Write Accelerated - 8KB I/ O

0

500

1000

1500

2000

2500

0 20 40 60 80 100Distance kM

I/O L

aten

cy u

sec

Non-Write Accelerated - 8KB I/O Write Accelerated - 8KB I/O

WA


Integrated FCIP Compression

� Compression lowers WAN costs - more throughput with less bandwidth

� MPS-14/2 card and MDS 9216i offers Hardware Compres sionUp to 190MB/s of Fibre Channel throughput over sing le GigE

� Compression Ratio depends on data stream

� Three Compression Modes - choose appropriate Mode fo r WAN LinkMode1: WAN up to 1000Mbps – compression up to 9:1

Mode2: WAN up to 25Mbps – compression up to 30:1

Mode3: WAN up to 10Mbps – compression up to 33:1MDS 9216i or MDS 9000 with MPS-14/2

1500 Mbps (190MB/s)

Fibre Channel Fibre Channelmode1 compression

1500 Mbps (190MB/s)GigE FCIP Link (1000Mbps)

IP WAN


DR Facility withRemote Tape Backup

Secondary Data CenterRemote Replication

• Ensures the Integrity and Confidentiality of Enterp rise Data over FCIP

• Hardware-based GigE wire rate performance with late ncy ~ 10µs per packet

• Standards-based IPSec Encryption - implements RFC 24 02 to 2410, & 2412

• IKE for protocol/algorithm negotiation and key gene ration

• IPSec ESP encapsulation with optional authenticatio n and replay protection

• Encryption: AES (128 or 256 bit key), DES (56 bit), 3DES (168 bit)

• Support for Digital Certificates

Securing Storage over Distance:Wire Rate IPSec Encryption

iSCSI Servers with IPSec

IP WAN

MDS 9216i

MDS 9000 withMPS –14/2 card

iSCSINetwork

Primary Data Center

IPSec securedFCIP Links

IPSec securediSCSI Servers

MDS 9216i


SAN

Mgmt App iSCSI Server FCIP Gateway

IPv4 Based “Remote Devices”

IPv6

Mgmt App iSCSI Server FCIP Gateway

IPv6 Based “Remote Devices”

IPv6 over IPv4 Tunnels

IPv4

SAN-OS:IPv6 Support for Mgmt, iSCSI and FCIP

Dual TCP/IP Stack

SAN

MDS 9000

IPv4

IPv4 IPv6 IPv4 IPv6


Simplified ManagementFabric Manager Suite

� Cisco Fabric Manager: GUI-based device configuration and fabric management

� Cisco Protocol Analyzer (uses Ethereal):Frame level analysis

Fibre Channel and SCSI decoders

� Cisco Device Manager: Detailed real-time statistics

MD

S C

ount

ers

SP

AN

-FC

Pac

kets

Dat

a S

ourc

e

� Cisco Fabric Manager Server:Performance trending and analysisFibre Channel network performance analysisSCSI statistics LUN, VSAN, protocol …


Cisco Fabric Manager Server Performance Reports

Top 10 SAN “Talkers”

• Top devices (hosts, storage, ISLs, flows) based on network utilization

Long-term trend view of individual host, storage, ISL or flow utilization over one Day, Week, Month, Year (DWMY)


Intelligent Storage Network Elements


Storage Services Module (SSM):Open Platform for Intelligent Fabric Applications

Standard FC protocolsSANTap ProtocolFAIS-based API (T11)

Network-AcceleratedNetwork-AssistedNetwork-Hosted

Serverless backup, FC write acceleration

Async. replication, CDPVolume mgmt, data migration, copy services

MDS 9000 Storage Services Module• ASIC-based innovation

• Open, standards-based platform

• Hosts multiple partner applications MDS 9000 Storage Services Module


Network-Hosted Storage Applications

Proof PointsCustomer Benefit

�Supports point-in-time copy, replication

� Flexible data protection servicesImproved Business Continuance

�Heterogeneous storage pooling

� Flexible storage provisioning Increased Storage Utilization

�Simplified management

�Non-disruptive data migration across tiered storageInformation Lifecycle Management

Replication

Storage Virtualization—Today

�Host-Based AppsApp integration

Multi-pathing

Volume mgmt

� Array-Based AppsRAID/Vol mgmt

Multiple paths

Snapshot

Replication

Network-Hosted Virtualization

Virtualization

�Host-Based AppsApp integrationMulti-pathing

�Network-Hosted AppsVolume mgmtSnapshotReplication

�Array-Based AppsRAIDMultiple paths


EMC Invista Architecture


SANTap: Network Assistance for Storage Applications


�Supports replication, point-in-time copy, and continuous data protection applications

Improved Business Continuance

� Preserves integrity, availability and performance of primary I/O

� Allows appliance to move out of data path

High-Availability Solution

� Insert new appliance-based applications seamlessly

� Distributes workload to multiple appliancesIncreased Agility

Network-Assisted Applications

Appliance

SAN

Copy ofPrimary I/OSANTap


Serverless BackupToday

Network Accelerated Serverless Backup

SAN

MediaServers Application

Servers

DiskTape


�No changes to existing backup environment

�SSM Data Movement can be enabled w/ softwareInvestment Protection

�Each SSM delivers up to 16 Gbps throughput

�SSM integrated into a high availability MDS platformHigher Performance and Reliability

�Offload I/O and CPU work from Media Servers to SSM

�Reduce server administration and management tasksLower TCO


MediaServers

ApplicationServers

DiskTape

SSM


SAN

Application ServerMaster Server

Catalog

Media Server

-Backup Schedules-Backup Policies-File Catalog

DiskTape

LAN

Backup Agent

MDS XCOPYEngine

1 SCSI XCOPY

2 SCSI Read3SCSI Write

• No changes to the existing backup environment

Continue to use Backup Agents on Application Servers, Master/Media Servers and Catalogs

• Offloads I/O and CPU work from expensive Media Servers

Reduces the backup window if Media Servers are a bottleneck

Reduces the number of high-end expensive Media Servers

• Increased reliability, low maintenance

XCOPY Engine integrated in Highly-Available (HA) MDS platform

Reduces the server administration/management tasks

• Investment protection

Standards based API based on SCSI Extended Copy Command



What’s new in SAN OS 3.2


SAN OS 3.2 Hardware :

MDS 9134MDS 9222iMDS 18/4

New Hardware Platforms

MDS 9222i Multiservice Modular SwitchMDS 18/4-Port Multiservice ModulesMDS 9134 Multilayer Fabric Switch

New Feature Set

Storage Media Encryption (SME)Data Mobility Manager (DMM)N-Port Virtualizer (NPV)

Secure Information Management

“The network is now the scalable multiservice platfo rm to deliver intelligent fabric applications to encrypt data on tapes and disks , non-disruptively migrate data across heterogeneous storage arrays, and simplify Blade Server management”

Introducing SAN-OS 3.2: Delivering Secure Information Management

MDS 9000 Family of Multilayer Directors and Fabric Switches


�Dramatically simple and ease-to-use

�Cisco’s market leading Enterprise-class functionality now available on entry-level fabric switches

Security, Availability, and Flexibility

Powered by SAN-OS Software

� 32 x 4G + 2 x 10G FC ports in 1 RU form-factorLine rate performance on each port

� Multiple deployment optionsStandalone – Up to 32 x 4G ports

Enterprise core-edge – Up to 32 x 4G + 2 x 10G

High density stackable – Up to 64 x 4G ports

� On-demand ports24-port base with 8-port license for growth

10G port license for additional connectivity

� Redundant, hot-swappable power supplies

MDS 9134 Platform

…High density stackable 64-Port SAN Switch

…

10G copper

MDS 9134 Multilayer Fabric SwitchExtending the Fabric Switch Portfolio

10G Optical

Top-of-RackEnterprise core-edge

10G Optical

Standalone 32-port SAN Switch

10G

Enabled


MDS 9222i Semi-Modular Fabric Switch18/4-Port Multi-Services Module

� Integrated FC, FICON, FCIP, iSCSI support18 4-Gbps Fibre Channel ports4 1-Gbps Ethernet IP Storage Services ports

� Enhanced Availability for MDS 9222iIn Service Software Upgrade (ISSU)

� IP Storage Services featuresHW based Compression – Shared compression engine for additional flexibility and performanceUp to 4 Gbps shared application throughputHW based Encryption – IPsecUp to 16 tunnels per 4 ports, for both FCIP and iSCSIFCIP Write and Tape Read/Write AccelerationIPv6 support

� Storage Media EncryptionEncrypts data at rest on tapes and disksIntegrated AES-256 crypto-engine – 10 GbpsFIPS Level 3 certification (FIPS version only)

� Distributed Intelligent Fabric Applications future supportFibre Channel Write AccelerationNetwork Accelerated Serverless BackupSANTapData Mobility Manager

MDS 9222i

MSM-18/4

MSM-18/4 FIPS

ISSU


� Encrypts tapes and disk

Strong, Std. IEEE AES-256 encryption

Integrates as transparent fabric service

Handles traffic from any virtual SAN (VSAN) in fabric

� Supports heterogeneous, SAN attached tape devices and virtual tape libraries

� Includes secure key management Open API integrates with enterprisewide, lifecycle key managers

� Compresses tape data

� Allows offline, software based, media recovery

� FIPS-Level 3 Compliant

Virtual Tape Library

TapeDevices

ApplicationServer

Name: XYZSSN: 1234567890Amount: $123,456Status: Gold

Key ManagementCenter (KMC)TCP/IP

Name: XYZSSN: 1234567890Amount: $123,456Status: Gold

@!$%!%!%!%%^&*&^%$#&%$#$%*!̂@*%$*^^^^%$@*)%#*@(*$%%%%#@

Encrypt

Industry 1st

Storage Media Encryption (SME)


Cisco Key Management Center (KMC)� Complete key lifecycle management

Archives, recovers, distributes, and shreds media keys

Accommodates single and multiple site environments

� Transports keys and management traffic securely (SSH, HTTPS)

� Clusters key catalog database (1+1)

� Integrates with Cisco FM serverNo additional software to install

Intuitive provisioning and management with Cisco FM Web client

� May use the local data base (Postgres) or the enterprise data base for the desired level of reliability and availability

Cisco Key Management Center

StorageArray

Application Servers

Fabric ’A’ Fabric ’B’

MPS-18/4MPS-18/4 MPS-18/4MPS-18/4


HIGH-PERFORMANCE INTEGRATED SOLUTION WITH MULTI-GIGABIT THROUGHPUT

MDS 9513

MDS 9000 Modules

Mgmt

OS

MDS 9506

MDS 9000 Family

Systems

MDS 9216A MDS 9216i

Cisco Fabric Manager w/Key Management Center

Cisco MDS 9000 Family SAN-OS

MDS 9509

MDS 9222i

Encrypts traffic from any port infabric – Requires no rewiring

Cisco MDS SME Hardware Platforms

Runs SME

18/4-Port Multiservice Module (MSM-18/4)

Runs SME


Data Migration Solutions – Host Base

9G

Existing Storage

Vendor X

New Storage

Vendor Y

Application Server

Fabric A Fabric B

Host Volume RAID 1

9G 9G

Host Base Migration

� Benefits– Uses existing host base volume

management

– Non-disruptive to application server

– Heterogeneous array migration

– No added cost (other than cost of volume manager with mirroring capability)

� Draw Backs– CPU intensive when migrating

– Affects application performance

Server Data Flow

Mirrored Data Flow


Data Migration Solutions – Storage Base

Storage Array Base Migration� Benefits

– Offloads application server CPU– Migrates multiple servers at a time

� Draw Backs – Uses Proprietary replication

technology from array– Requires separate port for specific

replication (migration) on array– Migration within same vendor’s family

of storage and may have to be within same tier

– Very costly $$$

9G

Existing Storage

Vendor X

New Storage

Vendor X

Application Server

Fabric A Fabric B

Host Volume

9G 9G

Server Data Flow

Migration Data Flow


Data Migration Solutions – Appliance Base

Appliance Base Migration� Benefits

– Offloads Application CPU– Lower cost tool– Heterogeneous across array vendors

� Draw Backs– Multiple application disruption

• appliance insertion• appliance removal

– Appliance in I/O data path– Limited scalability

9G

Existing Storage

Vendor X

New Storage

Vendor Y

Application Server

Fabric A Fabric B

Host Volume

9G 9G

Appliance

Server Data Flow

Migration Data Flow


Data Migration Solutions – Network Base

Network Base Migration

� Benefits

– Offloads Application CPU

– Lower cost tool

– Heterogeneous across array vendors

– More scalable

– No single point of failure

� Draw Backs

– Single disruption to application server during cut-over

9G

Existing Storage

Vendor X

New Storage

Vendor Y

Application Server

Fabric A Fabric B

Host Volume

9G 9G

Server Data Flow

Migration Data Flow


Data Mobility Manager (DMM)

� Migrates data between storage arrays forTechnology refreshesWorkload balancing Storage consolidation

� DMM offersOnline migration of heterogeneous arraysSimultaneous migration of multiple LUNs Unequal size LUN MigrationRate adjusted migrationVerification of migrated dataSecure eraseDual fabric supportCLI and wizard-based management with Cisco Fabric Manager

� Requires no SAN re-configuration or rewiring

Data Migration

Old Array New Array

Utilizes Storage Services Modules (SSM)

Application Servers

Application I/O

Data Mobility Manager


HIGH-PERFORMANCE INTEGRATED SOLUTION WITH MULTI-GIGABIT THROUGHPUT

MDS 9513

MDS 9000 Modules

Mgmt.

OS

MDS 9506

MDS 9000 Family

Systems

MDS 9216A MDS 9216i

Cisco Fabric Manager w/ DMM Wizard

Cisco MDS 9000 Family SAN-OS

MDS 9509

Cisco DMM Enabled Platforms

Storage Services Module (SSM)

MDS 9222i

SAN-0S 3.2


N-Port Virtualizer (NPV)Enabling Large-Scale Blade Server Deployments

� NPV simplifies deployment and management of large scale Blade Server environments by:

Reducing number of Domain IDs Minimizing interoperability issues with core SAN switchesMinimizing coordination between Server and SAN administrators

� NPV converts a Blade Switch operating as “FC Switch” to a “FC HBA”

� NPV is available on the following platforms

IBM and HP Blade SwitchesMDS 9124 & 9134 Fabric Switches

Blade 1

NPV

Blade 2

Blade N

Blade 1

NPV

Blade 2

Blade N…

SAN

Storage

Blade System Blade SystemBlade Switch is configured in NPV mode (i.e. HBA mode)

Blade Switch Deployment Model – NPV Mode


NPIV Usage Examples‘Intelligent Pass-thru’Virtual Machine Aggregation

FC FC FC FC

NP_Port

F_PortF_Port

FC FC FC FC

FC

NPIV enabled HBA


SummaryDriving Standards and Innovation

� Cisco leadership

� T10 and T11 (SCSI, FC)Technical editors

� SecurityCo-authored FC-SP standard

� VirtualizationChair of T11.5 working group on FAIS APIand co-author

� VSANsTechnical editor of VSAN standardInter-VSAN routing submitted to T11

� Network managementDefined CIM MIBsImplemented SMI-S, FDMI

� Storage Networking Industry Association EuropeBoard Member, Chair of Education Committee

� IETF (iSCSI)Co-authored iSCSI standard

Storage Networking Industry Association

Technical Committee T10 (SCSI)Technical Committee T11

(Fibre Channel)

IP Storage (IPS) Working Group


Learn more…

� Learn more about this topic atwww.cisco.com/go/SANmigration

www.cisco.com/go/storagenetworking

www.cisco.com/go/datacenter

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