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Figure 5 MPX200 dual-blade direct connect to one P6000 EVA configuration
MGMT
HP StorageWorks
MPX200
MPX200 blade 1
GE4 GE3
MGMT
HP StorageWorks
MPX200
MPX200 blade 2
GE4 GE3
MGMT
IOIOI
MGMT
IOIOI
FC1
FC1
FC2
FC2
GE1
GE1
GE2 FC1
FC1
FC2
FC2
GE1
GE1
GE2
IP network management
(WAN/LAN)
IP network iSCSI data
(LAN/VLAN)
NIC iSCSI
FP1 FP2
P6000/EVA storage system
A
B
FP1 FP2
26639a
Figure 6 MPX200 single-blade direct connect to one P6000 EVA configuration
MGMT
HP StorageWorks
MPX200
MGMT
IOIOI
MPX200
GE4 GE3
FC1
FC1
FC2
FC2
GE1
GE1
GE2
IP network management
(WAN/LAN)
IP network iSCSI data
(LAN/VLAN)
NIC iSCSI
FP1
P6000/EVA storage system
FP2
A
B
FP1 FP2 26640a
Figure 7 MPX200 dual-blade direct connect to two P6000 EVAs configuration
MGMT
HP StorageWorks
MPX200
MPX200 blade 1
MGMT IOIOI
GE4 GE3
1 GbE Blade
MPX200 Multifunction Router
FC1
FC1
FC2
FC2
GE1
GE1
GE2
MGMT
HP StorageWorks
MPX200
MPX200 blade 2
GE4 GE3
1 GbE Blade
MPX200 Multifunction Router
MGMT IOIOI FC1
FC1
FC2
FC2
GE1
GE1
GE2
IP network management
(WAN/LAN)
IP network iSCSI data
(LAN/VLAN)
NIC iSCSI
A
B
FP1 FP2
P6000/EVA storage system
FP1 FP2
FP1 FP2
A
B
FP1 FP2
26641a
MPX200 configurations for XP24000/20000
An XP storage system can be configured for simultaneous connectivity to iSCSI and FC attached hosts. Support for iSCSI to an XP storage system is provided through the MPX200 and an existing
FC switch fabric port (fabric-attached).
shows an MPX200-XP single-blade fabric-attached configuration. This is the lowest-cost configuration and is used when high availability for iSCSI hosts is not required.
MPX200 configurations for XP24000/20000 17
Figure 8 MPX200-XP single-blade fabric-attached configuration
shows an MPX200-XP dual-blade fabric-attached configuration. This configuration provides high availability with failover between blades.
Figure 9 MPX200-XP dual-blade fabric-attached configuration
shows a multi-XP configuration with connectivity for up to four XP storage systems from a single MPX200 blade.
18 MPX200 Multifunction Router overview
Figure 10 MPX200-XP multi-XP fabric-attached configuration
MPX200 configurations for XP24000/20000 19
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Table of contents
- 10 MPX200 features
- 10 MPX200 storage system support
- 15 MPX200 configuration options for P6000 EVA
- 17 MPX200 configurations for XP24000/20000
- 20 Installation recommendations
- 21 iSCSI/FCoE operation
- 21 Total number of initiators
- 21 Number of paths required per initiator
- 21 Use of iSNS
- 21 Use of iSCSI ports
- 21 Balancing the load
- 22 10-GbE initiators
- 22 MPX200 storage and IP network best practices
- 22 Prerequisites
- 22 Planning your storage configuration
- 23 General IP-SAN
- 23 Recommended switch infrastructure for an IP-SAN
- 25 Network latency
- 26 MPX200 components
- 27 Rack mounting the MPX200
- 31 Setting up the MPX200 management port
- 31 Fibre Channel zoning
- 31 Open zoning
- 32 Fibre Channel switch-based zoning
- 32 HP P6000 Command View discovery
- 34 Setting up the iSCSI IP ports
- 35 Setting the date and time on the MPX200
- 36 Code load
- 37 Shutting down and restarting the MPX200
- 37 Saving or restoring the MPX200 configuration
- 38 Locating the MPX200
- 39 Removing an iSCSI controller
- 40 Setting up the MPX200 management port
- 41 Setting up the iSCSI ports
- 41 Fibre Channel zoning
- 42 LUN provisioning
- 45 Setting up the iSCSI initiator
- 46 Setting up the MPX200 management port
- 47 Setting up the iSCSI ports
- 47 Fibre Channel zoning
- 48 LUN management
- 52 iSCSI rules and supported maximums
- 52 P6000 EVA storage system rules and guidelines
- 53 HP P6000 Command View management rules and guidelines
- 53 P6000 EVA storage system software
- 53 Features supported for iSCSI hosts
- 54 Features not supported for iSCSI hosts
- 54 3PAR StoreServ Storage system rules and guidelines
- 54 XP storage system rules and guidelines
- 55 Fibre Channel switch and fabric support
- 55 Operating system and multipath software support
- 56 iSCSI initiator rules and guidelines
- 56 Apple Mac OS X iSCSI initiator rules and guidelines
- 56 Microsoft Windows iSCSI initiator rules and guidelines
- 57 Linux iSCSI initiator rules and guidelines
- 57 Solaris iSCSI initiator rules and guidelines
- 57 VMware iSCSI initiator rules and guidelines
- 58 Supported IP network adapters
- 58 IP network requirements
- 58 Setting up the iSCSI initiator
- 59 Windows Server iSCSI initiator
- 65 Multipathing
- 66 Installing the MPIO feature for Windows Server 2012, 2008
- 68 Installing the MPIO feature for Windows Server 2003
- 69 Microsoft Windows Server 2003 Scalable Networking Pack
- 69 Setting up SNP for the HP NC3xxx Multifunction Gigabit server adapter
- 69 iSCSI initiator setup for Apple Mac OS X (single-path)
- 70 Setting up the iSCSI initiator for Apple Mac OS X
- 74 Setting up storage for Apple Mac OS X
- 74 iSCSI initiator setup for Linux
- 74 Installing and configuring the SUSE Linux Enterprise 10 iSCSI driver
- 77 Installing and configuring the iSCSI driver for Red Hat 5
- 77 Installing and configuring the iSCSI driver for Red Hat 4 and SUSE 9
- 77 Installing the iSCSI initiator for Red Hat 3 and SUSE 8
- 78 Assigning device names
- 78 Target bindings
- 79 Mounting file systems
- 79 Unmounting file systems
- 79 Presenting P6000 EVA storage for Linux
- 80 iSCSI Initiator setup for VMware
- 83 Configuring multipath with the Solaris 10 iSCSI initiator
- 83 MPxIO overview
- 84 Preparing the host system
- 84 Enabling MPxIO for an HP P6000 EVA storage array
- 84 Editing the scsi_vhci.conf file
- 85 Editing the sgen.conf file
- 86 Creating an sgen driver alias
- 86 Enable iSCSI target discovery
- 87 Modifying the target parameter MaxRecvDataSegLen
- 88 Monitoring the multipath devices
- 89 Configuring Microsoft MPIO iSCSI devices
- 90 Microsoft MPIO for iSCSI load-balancing policies
- 90 Microsoft MPIO with QLogic iSCSI HBA
- 91 Installing the QLogic iSCSI HBA
- 91 Installing the Microsoft iSCSI initiator services and MPIO
- 91 Configuring the QLogic iSCSI HBA
- 93 Adding targets to the QLogic iSCSI initiator
- 94 Presenting LUNs to the QLogic iSCSI initiator
- 94 Installing the HP MPIO Full Featured DSM for P6000 EVA
- 95 Microsoft Windows Cluster support
- 95 Microsoft Cluster Server for Windows 2003
- 96 Microsoft Cluster Server for Windows 2008
- 97 Setting up authentication
- 97 General CHAP restrictions
- 98 Microsoft initiator CHAP secret restrictions
- 98 Linux CHAP restrictions
- 98 ATTO Macintosh CHAP restrictions
- 98 Recommended CHAP policies
- 98 iSCSI session types
- 98 MPX200 CHAP modes
- 99 Enabling single-direction CHAP during discovery session and normal session
- 100 Enabling CHAP for the MPX200-discovered iSCSI initiator entry
- 100 Enabling CHAP for the Microsoft iSCSI initiator
- 101 Enabling CHAP for the open-iscsi iSCSI initiator
- 102 Enabling single-direction CHAP during discovery session and bidirectional CHAP during normal session
- 104 Enabling bidirectional CHAP during discovery session and single-direction CHAP during normal session
- 105 Enabling bidirectional CHAP during discovery session and bidirectional CHAP during normal session
- 108 MPX200 FCIP product description
- 108 Redundant FCIP network structure example
- 109 Using FCIP to encapsulate FC packets
- 109 FCIP Impact on existing iSCSI configurations
- 110 FCIP and iSCSI performance
- 111 MPX200 iSCSI/FCIP configurations
- 115 HP Continuous Access 3-site configurations
- 116 3-site configuration with four MPX200 routers
- 116 3-site configuration with six MPX200 routers
- 117 3-site configuration with eight MPX200 routers
- 118 3-site configuration with six MPX200 routers and full inter-site connectivity
- 119 FCIP configuration rules and guidelines
- 119 General FCIP configuration rules
- 119 Operating system and multipath support
- 120 Storage system rules and guidelines
- 120 Fibre Channel switch and firmware support
- 121 FC switch requirements
- 121 IP network requirements
- 121 IP performance tuning
- 122 Distance
- 122 Bandwidth per route
- 122 Latency
- 122 MTU/Jumbo frames
- 123 Compression
- 123 TCP window size/scaling performance tuning
- 123 Modifying the window size and scaling factor
- 124 TCP window size and scaling factor recommendations
- 126 FCIP link diagnostics
- 127 Configuring an FCIP route
- 127 Step 1. Verify your system requirements
- 127 Step 2. Pre-installation checklist
- 128 Step 3. Rack-mount the MPX200
- 128 Step 4. Install the SFPs
- 128 Step 5. Set the MPX200 management port parameters
- 129 Step 6. Configure the MPX200 FCIP Route parameters
- 129 Install FCIP license
- 130 Critical FCIP Performance settings
- 130 Configure the FCIP routes using the CLI
- 131 Step 7. Configure FC switch settings for the MPX200
- 131 Step 8. Cable the MPX200 FC, GE, and management ports
- 132 Step 9. Verify FCIP links and firmware version
- 133 FCoE configurations
- 134 Setting up for FCoE connectivity to HP P6000 EVAs
- 138 Setting up FCoE connectivity to 3PAR arrays
- 141 MPX200 chassis diagnostics
- 141 Input Power LED is extinguished
- 141 System Fault LED is illuminated
- 142 Fibre Channel Port LEDs
- 142 POST diagnostics
- 142 Heartbeat LED blink patterns
- 142 Normal blink pattern
- 142 System error blink pattern
- 142 Management port IP address conflict blink pattern
- 143 Over-temperature blink pattern
- 144 Locating the MPX200 blade
- 144 MPX200 log data
- 144 MPX200 statistics
- 144 MPX200 ping command
- 145 FCIP Route Link Failure – Event Log Entries
- 145 WANLink diagnostic
- 146 Troubleshooting using HP P6000 Command View
- 147 Issues and solutions
- 147 HP P6000 Command View does not discover MPX200
- 147 Initiator cannot log in to MPX200 iSCSI target
- 148 Initiator logs in to MPX200 iSCSI target, but P6000 EVA-assigned LUNs do not appear on initiator
- 148 P6000 EVA-presented virtual disk not seen by initiator
- 149 Windows initiators may display Reconnecting if NIC MTU changes after connection has logged in
- 149 Communication between HP P6000 Command View and MPX200 is down
- 149 HP P6000 Command View issues and solutions
- 150 Virtual disk operation troubleshooting
- 151 Intended audience
- 151 Related documentation
- 151 Contacting HP
- 151 HP technical support
- 152 Subscription service
- 152 Product feedback
- 152 Related information
- 152 HP websites
- 152 Typographical conventions
- 153 Rack stability
- 153 Product warranties
- 155 Command syntax
- 155 Command line completion
- 155 Authority requirements
- 155 Commands
- 156 Admin
- 157 Beacon
- 157 Blade
- 157 Clear
- 157 Date
- 158 Exit
- 158 Fciproute
- 160 FRU
- 161 Help
- 162 History
- 162 Image
- 163 Initiator
- 164 Logout
- 164 Lunmask
- 166 Passwd
- 166 Ping
- 166 Quit
- 167 Reboot
- 167 Reset
- 167 Save
- 168 Set
- 169 Set alias
- 169 Set CHAP
- 170 Set chassis
- 170 Set FC
- 172 Set features
- 172 Set iSCSI
- 172 Set iSNS
- 173 Set Mgmt
- 173 Set NTP
- 174 Set properties
- 174 Set SNMP
- 175 Set system
- 175 Set VPGroups
- 176 Show
- 178 Show CHAP
- 178 Show chassis
- 179 Show FC
- 179 Show fciproutes
- 180 Show features
- 180 Show initiators
- 180 Show initiators LUNmask
- 181 Show iSCSI
- 181 Show iSNS
- 182 Show logs
- 182 Show LUNinfo
- 183 Show LUNs
- 183 Show LUNmask
- 184 Show memory
- 184 Show mgmt
- 184 Show NTP
- 185 Show perf
- 186 Show presented targets
- 187 Show properties
- 187 Show SNMP
- 187 Show stats
- 190 Show system
- 190 Show targets
- 191 Show VPGroups
- 191 Shutdown
- 192 Target
- 192 Traceroute
- 192 Wanlinktest
- 195 Logging on to an MPX200
- 195 Understanding the guest account
- 196 Working with MPX200 router configurations
- 196 Modifying a configuration
- 197 Saving and restoring router configurations
- 198 Restoring router configuration and persistent data
- 199 SNMP parameters
- 200 SNMP trap configuration parameters
- 200 Management Information Base
- 200 Network port table
- 202 FC port table
- 204 Initiator object table
- 205 LUN table
- 207 VP group table
- 209 Sensor table
- 210 Notifications
- 210 System information objects
- 211 Notification objects
- 212 Agent startup notification
- 212 Agent shutdown notification
- 212 Network port down notification
- 212 FC port down notification
- 212 Target device discovery
- 213 Target presentation (mapping)
- 213 VP group notification
- 213 Sensor notification
- 214 Generic notification
- 238 To upgrade from mpx100/mpx100b to the MPX200 Multifunction Router:
- 240 Regulatory compliance notices
- 240 Federal Communications Commission notice for Class A equipment
- 240 Modifications
- 240 Cables
- 240 Regulatory compliance identification numbers
- 240 Laser device
- 240 Laser safety warning
- 240 Certification and classification information
- 241 Laser product label
- 241 International notices and statements
- 241 Canadian notice (avis Canadien)
- 241 Class A equipment
- 241 BSMI notice
- 242 Japanese notice
- 242 Korean notices
- 242 Safety notices
- 242 Battery replacement notice
- 243 Taiwan battery recycling notice
- 243 Power cords
- 244 Japanese power cord statement
- 244 Chinese warning messages
- 244 Altitude warning message
- 244 Non-tropical warning message
- 244 Waste Electrical and Electronic Equipment directive
- 244 English notice
- 244 Dutch notice
- 245 Czechoslovakian notice
- 245 Estonian notice
- 245 Finnish notice
- 245 French notice
- 245 German notice
- 246 Greek notice
- 246 Hungarian notice
- 246 Italian notice
- 247 Latvian notice
- 247 Lithuanian notice
- 247 Polish notice
- 247 Portuguese notice
- 248 Slovakian notice
- 248 Slovenian notice
- 248 Spanish notice
- 248 Swedish notice
- 249 Saving the configuration using MPX200 CLI
- 249 Restoring the configuration using MPX200 CLI