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F.2 InfiniBand Cabling Tables for Rack-Mountable Servers, F.2.1 Cabling Topology and Rules

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From Label To ProCurve 2650 Port 34 Consol-ES1-P34 Embedded MP in Node 06 ProCurve 2650 Port 35 Not connected ProCurve 2650 Port 36 Not connected ProCurve 2650 Port 37 Consol-ES1-P37 Embedded MP in Node 05 ProCurve 2650 Port 38 Consol-ES1-P38 Embedded MP in Node 04 ProCurve 2650 Port 39 Consol-ES1-P39 Embedded MP in Node 03 ProCurve 2650 Port 40 Consol-ES1-P40 Embedded MP in Node 02 ProCurve 2650 Port 41 Consol-ES1-P41 Embedded MP in Node 01 ProCurve 2650 Port 42 Consol-ES1-P42 Embedded MP in Control Node ProCurve 2650 Port 43 Not connected ProCurve 2650 Port 44 Not connected ProCurve 2650 Port 45 Not connected ProCurve 2650 Port 46 Not connected ProCurve 2650 Port 47 Not connected ProCurve 2650 Port 48 Not connected ProCurve 2650 Port 49 Not connected ProCurve 2650 Port 50 Consol-ES1-P50 Uplink to Admin switch Label Server06-MP Cable C7533A Server05-MP Server04-MP Server03-MP Server02-MP Server01-MP Control-MP C7533A C7533A C7533A C7533A C7533A C7533A Admin-ES1-P48 C7533A F.2 InfiniBand Cabling Tables for Rack-Mountable Servers F.2.1 Cabling Topology and Rules All of the cables in factory-integrated rack-mounted systems are labeled with their origin and port destinations. You need to refer to the cabling tables only if you need to recable a dismantled cluster using new, unlabeled cables. F.2.1.1 Using the Cabling Tables From the cabling tables listed in the appendices of this guide, select the appropriate cabling table that matches the configuration of your cluster. Verify the tables by comparing the port addresses in the tables to the port addresses printed on the cable labels. These labels identify the origin and destination of each cable, such as from a port in the interconnect, to a port in the HCA that is installed in the node. Each cluster component, (interconnect chassis or cluster node) has a logical address defined by its location in the cluster rack, and its position in the cluster topology. When two InfiniBand interconnects are present in a configuration, switch 1 is on the bottom and switch 2 is immediately above it. The HCA installed in a node's PCI bus has two ports, port 0 and port 1. For example, the following table provides two sample origin and destination addresses: Address IB-SW1-P01 Server1-IB-P0 Routing Definition Origin InfiniBand Switch 1, Port 01 Destination Server 1, InfiniBand HCA Port 0 F.2 InfiniBand Cabling Tables for Rack-Mountable Servers 121

Section	Page
and Cluster Platform Express	1
Table of Contents	3
About This Document	9
Intended Audience	9
Document Organization	9
Typographic Conventions	10
Related Information	10
HP Encourages Your Comments	10
1 Cluster Platform Express Overview	11
1.1 Cluster Platform Workgroup System	11
1.2 CPE BladeSystem with c7000 Enclosure	12
1.3 CPE with Rack-Mountable Servers	12
1.4 CPE Architecture Overview	12
1.4.1 Basic Components Used in CPE	13
1.4.2 Power Distribution Units Used in CPE Configurations	14
1.4.3 Power Strips	16
1.4.3.1 Power Strip Installation for BladeSystem and Newer Rack-Mountable Configurations	16
1.4.3.2 Power Strips Used in Older CPE Systems	17
1.4.4 Fast-Ethernet Network Switches and the Optional InfiniBand Network	18
1.4.4.1 Fast-Ethernet Switches	19
1.4.4.2 InfiniBand High-Speed Interconnects	20
1.4.4.3 Cable Management Plate	23
1.4.4.4 Cabling Guidelines	24
1.4.5 Control Nodes for BladeSystem or Rack-Mountable Server Configurations	24
1.4.5.1 Identifying Node Port and PCI Slot Assignments	25
1.4.6 Connecting to an External Network	26
1.4.6.1 CPE Workgroup System with Single-Density Server Blades	26
1.4.6.2 CPE Workgroup System with Double-Density Server Blades	27
1.4.6.3 CPE BladeSystem Configurations with an External Control Node	28
1.4.6.4 CPE BladeSystem Configurations with Double-Density Server Blades and an External Control Node	30
1.4.6.5 CPE BladeSystem Configurations with a Single-Density Server Blade Control Node	31
1.4.6.6 CPE BladeSystem Configurations with Double-Density Server Blade Control Node	33
1.4.6.7 CPE with Rack-Mountable Servers	34
1.4.7 Cable Management Components	34
1.5 Component Documentation Sources	34
1.5.1 Documentation Resources, Updates and Release Notes	36
2 Cluster Platform Workgroup System	37
2.1 CP Workgroup System Configuration Examples	37
2.1.1 22U Cabinet with a c3000 Enclosure and an External Control Node	38
2.1.2 22U Cabinet with a c3000 Enclosure without an External Control Node	38
2.2 Site Preparation Guidelines for CP Workgroup System	39
2.3 Unpacking and Removing CPE Systems from a Shock Pallet	40
2.4 Installation and Start-up	40
2.5 Post-Installation and Diagnostics	41
2.6 Setting Up Local Networks	41
2.7 Operating System Information	41
3 CPE BladeSystem with c7000 Enclosure Configurations	43
3.1 CPE c7000 Configuration Examples	43
3.1.1 Server Blade Configuration Example with Three Enclosures in a 42U Rack	44
3.1.2 Server Blade Configuration Example with Two Enclosures in a 42U Rack	46
3.1.3 Server Blade Configuration Example with One Enclosure in a 42U Rack	47
3.1.4 Server Blade Configuration with Two Enclosures in a 22U Rack	48
3.1.5 Server Blade Configuration with One Enclosure in a 22U Rack	48
3.2 Site Preparation Guidelines for CPE BladeSystem with c7000 Enclosure	49
3.3 Unpacking and Removing CPE Systems from a Shock Pallet	49
3.4 Installation and Start-up	50
3.5 Post-Installation and Diagnostics	51
3.6 Setting Up Local Networks	51
3.7 Operating System Information	51
3.7.1 Software Management Requirements	51
4 CPE with Rack-Mountable Servers	55
4.1 CPE with Rack-Mountable Servers — 42U Rack Configuration	55
4.2 CPE with Rack-Mountable Servers — 22U Rack Configuration	56
4.3 Site Preparation	58
4.4 Unpacking and Removing From a Shock Pallet	58
4.5 Installation and Start-up	58
4.6 Post-Installation and Diagnostics	58
4.7 Setting Up Local Networks	58
4.8 Operating System Information	59
A Port Labeling Syntax	61
B CP Workgroup System Configuration Diagrams and Cabling Tables	63
B.1 Example Configuration Diagrams	63
B.1.1 CP Workgroup System – Basic Configuration	63
B.1.2 CP Workgroup System with an External Control Node	64
B.1.3 CP Workgroup System with Direct Attached Storage Blade SB40c	65
B.1.4 CP Workgroup System with an Optional InfiniBand Interconnect	67
B.2 CP Workgroup System Cabling Tables	69
B.2.1 HP BladeSystem c3000 and c7000 Network Cabling Tables	70
B.2.2 c3000 InfiniBand Cabling Tables	70
C Configuring a VLAN for the Administrative Network for c3000 BladeSystem Configurations	73
D Cabling Tables for CPE BladeSystem, with c7000 Enclosure Configurations	75
D.1 Cabling Examples	76
D.2 Administrative/Console Wiring Tables for One c7000 Enclosure with Double-Density Server Blades	79
D.3 Administrative/Console Wiring Tables for Two or Three c7000 Enclosures with Single-Density Server Blades	79
D.4 Administrative/Console Wiring Tables for Two c7000 Enclosures with Double-Density Server Blades	81
D.5 Administrative/Console Wiring Tables for Three c7000 Enclosures with Double-Density Server Blades	82
D.6 Administrative/Console Wiring Tables for Three c7000 Enclosures with Double-Density Server Blades and the InfiniBand Fabric	84
D.7 One c7000 Enclosure with Single-Density Blades and an HP 4x DDR InfiniBand Switch Module	86
D.8 InfiniBand Wiring Table for Two c7000 Enclosures with Single-Density Blades (Without an External InfiniBand Switch)	88
D.9 InfiniBand Wiring Table for Two or Three c7000 Enclosures with Single-Density Blades and an External InfiniBand Switch	89
D.10 One c7000 Enclosure with Double-Density Server Blades, the HP 4X DDR InfiniBand Switch Module and Without an External InfiniBand Switch	90
D.11 One c7000 Enclosure with Double-Density Server Blades, the HP 4X DDR InfiniBand Switch Module, and an External InfiniBand Switch	91
D.12 Two or Three c7000 Enclosures with Double-Density Server Blades and Using the HP 4X DDR InfiniBand Switch Module	92
D.13 One c7000 Enclosure with Single-Density Server Blades and the HP BLc 4X DDR InfiniBand Gen2 Switch	95
D.14 Wiring for Two c7000 Enclosures with Single-Density Server Blades and the HP BLc 4X DDR InfiniBand Gen2 Switch (Without an External InfiniBand Switch)	97
D.15 Wiring for Two or Three c7000s with Single-Density Server Blades and Using the HP BLc 4X DDR InfiniBand Gen2 Switch	98
D.16 One c7000 Enclosure with Double-Density Server Blades and the HP BLc 4X DDR InfiniBand Gen2 Switch (No External InfiniBand Switch)	101
D.17 One c7000 Enclosure with Double-Density Server Blades, the HP BLc 4X DDR InfiniBand Gen2 Switch and External InfiniBand Switches	102
D.18 Wiring for a Configuration of Two or Three c7000 Enclosures with Double-Density Server Blades Using the HP BLc 4X DDR InfiniBand Gen2 Switch and External InfiniBand Switches	105
E Configuration Rules for CPE BladeSystems	111
E.1 CP Workgroup System Device and Interconnect Bays	111
E.1.1 HP BladeSystem c3000 Enclosure Device Bays (Front of the c3000 Enclosure)	111
E.1.2 HP BladeSystem c3000 Enclosure Interconnect Bays (Rear of the c3000 Enclosure)	111
E.2 CP Workgroup System Fan Bays	111
E.3 CP Workgroup System Power and Configuration Rules	111
E.4 CPE with c7000 Enclosure Configuration Device and Interconnect Bay Rules	112
E.5 CPE with c7000 Fan Bay Rules	113
E.6 CPE with c7000 Power Distribution Rules	113
F Cabling Tables for Rack-Mountable Servers	115
F.1 Ethernet and Gigabit Ethernet Network Cabling Tables	115
F.1.1 In-Band Network Switch Console Network for 24 Nodes Using the ProCurve 2824 Gigabit Ethernet Network Switch	115
F.1.2 In-Band Network Switch Administrative Network for 1-20 Nodes Using the ProCurve 2824 Gigabit Ethernet Switch	116
F.1.3 In-Band Network Switch Administrative Network for 21-32 Nodes Using the ProCurve 2848 Gigabit Ethernet Switch	117
F.1.4 In-Band Network Switch Administrative Network for 1-20 Nodes Using the ProCurve 2626 Gigabit Ethernet Switch	119
F.1.5 In-Band Network Switch Administrative Network for 21-32 Nodes Using the ProCurve 2650 Gigabit Ethernet Switch	120
F.2 InfiniBand Cabling Tables for Rack-Mountable Servers	121
F.2.1 Cabling Topology and Rules	121
F.2.1.1 Using the Cabling Tables	121
F.2.2 Using a Single ISR 9024 Interconnect to Support up to 24 Nodes	122
F.2.3 Using Two ISR 9024 Interconnects to Support 25-32 Nodes	123

Match case Limit results 1 per page

Cable

Label

From

C7533A

Server06-MP

Embedded MP in Node 06

Consol-ES1-P34

ProCurve 2650 Port 34

Not connected

ProCurve 2650 Port 35

Not connected

ProCurve 2650 Port 36

C7533A

Server05-MP

Embedded MP in Node 05

Consol-ES1-P37

ProCurve 2650 Port 37

C7533A

Server04-MP

Embedded MP in Node 04

Consol-ES1-P38

ProCurve 2650 Port 38

C7533A

Server03-MP

Embedded MP in Node 03

Consol-ES1-P39

ProCurve 2650 Port 39

C7533A

Server02-MP

Embedded MP in Node 02

Consol-ES1-P40

ProCurve 2650 Port 40

C7533A

Server01-MP

Embedded MP in Node 01

Consol-ES1-P41

ProCurve 2650 Port 41

C7533A

Control-MP

Embedded MP in Control

Node

Consol-ES1-P42

ProCurve 2650 Port 42

Not connected

ProCurve 2650 Port 43

Not connected

ProCurve 2650 Port 44

Not connected

ProCurve 2650 Port 45

Not connected

ProCurve 2650 Port 46

Not connected

ProCurve 2650 Port 47

Not connected

ProCurve 2650 Port 48

Not connected

ProCurve 2650 Port 49

C7533A

Admin-ES1-P48

Uplink to Admin switch

Consol-ES1-P50

ProCurve 2650 Port 50

F.2 InfiniBand Cabling Tables for Rack-Mountable Servers

F.2.1 Cabling Topology and Rules

All of the cables in factory-integrated rack-mounted systems are labeled with their origin and

port destinations. You need to refer to the cabling tables only if you need to recable a dismantled

cluster using new, unlabeled cables.

F.2.1.1 Using the Cabling Tables

From the cabling tables listed in the appendices of this guide, select the appropriate cabling table

that matches the configuration of your cluster.

Verify the tables by comparing the port addresses in the tables to the port addresses printed on

the cable labels. These labels identify the origin and destination of each cable, such as from a

port in the interconnect, to a port in the HCA that is installed in the node.

Each cluster component, (interconnect chassis or cluster node) has a logical address defined by

its location in the cluster rack, and its position in the cluster topology. When two InfiniBand

interconnects are present in a configuration, switch 1 is on the bottom and switch 2 is immediately

above it. The HCA installed in a node’s PCI bus has two ports, port 0 and port 1. For example,

the following table provides two sample origin and destination addresses:

Definition

Routing

Address

InfiniBand Switch 1, Port 01

Origin

IB-SW1-P01

Server 1, InfiniBand HCA Port 0

Destination

Server1-IB-P0

F.2 InfiniBand Cabling Tables for Rack-Mountable Servers

121