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2024年9月26日发(作者：揭访冬)

HP BladeSystem c7000 Enclosure

Quick Setup Instructions

Part Number 411762-007

February 2010 (Seventh Edition)

Verifying the pallet contents

Item Name Description

HP BladeSystem The HP BladeSystem

c7000 Enclosure enclosure

2 Rear cage

The rear section of the

enclosure

3 Device bay blank

A mandatory insert installed

in any unused device bay

4 Power supply blank

A mandatory insert installed

in any unused power supply

bay

Item Name Description

Enclosure hot-plug The power supply for the

power supply enclosure

(quantity as

ordered)

Full-height device The full-height server or

(quantity as storage blade

ordered)

Half-height device The half-height server or

(quantity as storage blade

ordered)

8 Local I/O cable

A cable with serial, USB, and

video connectors that

connects to the I/O

connector on the front of a

blade

9 Fan blank

A mandatory insert installed

in any unused fan bay

HP Active Cool 200

A fan used to cool the

Fan (quantity as

components installed in the

ordered)

enclosure

Onboard Hot pluggable enclosure

Administrator with management module. One

KVM module module is required to

manage the components

installed in the enclosure. To

provide redundant enclosure

management, you can install

an optional second module.

Onboard A mandatory cover installed

Administrator with in any unused Onboard

KVM blank Administrator bay

13 Interconnect blank

A mandatory insert installed

in any unused interconnect

bay

Interconnect module Any of several components,

(quantity and type such as pass-thrus or switches

as ordered) that enable communication

between the blade and the

enclosure

Onboard Hot pluggable tray that

Administrator with houses up to two Onboard

KVM tray Administrator modules and

provides two enclosure link

connectors, the rear

enclosure UID, LED, and

switch.

HP BladeSystem A display that provides

Insight Display information about the health

and operation of the

enclosure

17*

Power retention ties Tie straps that help prevent

(single-phase single-phase power cables

enclosures only) from disconnecting from the

power connectors

18* Documentation CD

The CD containing detailed

documentation on using the

enclosure

Item Name Description

19* SmartStart CD

A CD containing SmartStart

software, a collection that

optimizes single-server setup

20*

Hard copy The printed installation

installation instructions

instructions for

blades, options and

interconnects

21* Installation checklist

A checklist to guide you

through installation of the

enclosure and its components

* Not shown

Installing the enclosure

WARNING: Because the fully-populated enclosure can

weigh up to 217.7 kg (480 lb), remove all components

and the rear cage from the enclosure before removing

the enclosure from the pallet to reduce the risk of

personal injury when moving the enclosure.

CAUTION: When removing the rear cage and

midplane assembly, the connectors on the midplane

assembly are susceptible to damage. Use caution to

avoid damage to the pins and connectors.

CAUTION: Be sure the hinges are completely open

before installing the rear cage into the enclosure.

Failure to do so can cause damage to pins and

connectors.

1. The enclosure can be installed in a rack or rack-free

environment. Select the proper location based on requirements

detailed in the HP BladeSystem c7000 Enclosure Setup and

Installation Guide.

2. Remove all components from the front and rear of the

enclosure, and then remove the rear cage.

3. (Optional) Install the enclosure into a rack. See the HP

BladeSystem c7000 Enclosure Rack Template. For rack-free

installations, omit this step.

4. Install the rear cage into the enclosure, close the hinges, and

tighten the thumbscrews.

Enclosure bay identification

Before installing front or rear components into the enclosure, review

enclosure bay numbering for each component.

Full-height device bay numbering

Half-height device bay numbering

Power supply bay numbering

Fan bay numbering

Installing the front components

CAUTION: To prevent improper cooling and thermal

damage, do not operate the enclosure unless all bays

are populated with a component or a blank.

CAUTION: Do not mix HP 2250W, HP 2400W High

Efficiency, HP BL7000 2400W Platinum, or -48vDC

power supplies in one enclosure. Install only one type

of power supply in a single enclosure.

If your HP BladeSystem c7000 Enclosure is equipped with a three-

phase power configuration, you need six power supplies.

To install a power supply:

1. To gain access to all power supply bays, slide the HP

BladeSystem Insight Display to the right or left as needed.

2. Remove the power supply blank.

3. Insert the power supply into the enclosure, and then close the

power supply bracket.

NOTE: This document discusses installation of AC

power supplies only. For information on configuring DC

power supplies or HP Carrier Grade Solutions, see the

documentation that came with your power supply.

4. Add any ordered options to each server blade:

o Additional processor

o Additional memory

o Mezzanine option cards

5. (Optional) If you are installing a full-height device, remove the

half-height device bay shelf. If you are installing a half-height

device, omit this step.

6. Remove the connector covers.

7. Install the server or storage blades.

8. Install device bay blanks into any unused device bays.

If the empty bays are configured for a full-height device, join

two device bay blanks to create a full-height blank.

Installing the rear components

CAUTION: To prevent improper cooling and thermal

damage, do not operate the enclosure unless all bays

are populated with a component or a blank.

1. Install fans in even-numbered groups, based on the total

number of blades installed in the enclosure:

o Four fan configuration—Fan bays 4, 5, 9, and 10 are

used to support a maximum of two devices located in

device bays 1, 2, 9, or 10. Only two device bays can be

used with four fans.

o Six fan configuration—Fan bays 3, 4, 5, 8, 9, and 10 are

used to support devices in device bays 1, 2, 3, 4, 9, 10,

11, or 12.

o Eight fan configuration—Fan bays 1, 2, 4, 5, 6, 7, 9, and

10 are used to support devices in all device bays.

o Ten fan configuration—All fan bays are used to support

devices in all device bays.

NOTE: When installing a fan in the top row of fan

bays, orient the fan so that the LED is in the lower right

corner. When installing a fan in the bottom row of fan

bays, orient the fan so the LED is in the upper left

corner.

2. Install fan blanks in any unused fan bays.

3. Install the Onboard Administrator with KVM modules into the

Onboard Administrator with KVM tray based on the total

number ordered:

o One Onboard Administrator with KVM module: Bay 1

o Two Onboard Administrator with KVM modules: Bays 1

and 2

Install an Onboard Administrator with KVM blank into any

unused Onboard Administrator with KVM bay.

Connecting the cables

1. Identify all connectors.

Item Connector Description

1 OA/iLO

Ethernet 1000BaseT RJ45 connector, which

provides Ethernet access to the Onboard

Administrator with KVM and the iLO on each

blade. Also supports interconnect modules with

management processors configured to use the

enclosure management network. Autonegotiates

1000/100/10 or can be configured to force

100Mb or 10Mb full duplex.

2 USB

USB 2.0 Type A connector used for connecting

supported USB devices such as DVD drives, USB

key drives, or a keyboard or mouse for enclosure

KVM use. To connect multiple devices, a USB hub

(not included) is required.

Serial Serial RS232 DB-9 connector with PC standard

connector pinout. Connect a computer with a null-modem

serial cable to the Onboard Administrator with

KVM command line interface (CLI).

VGA VGA DB-15 connector with PC standard pinout.

connector To access the KVM menu or Onboard

Administrator with KVM CLI, connect a VGA

monitor or rack KVM monitor for enclosure KVM.

Item Connector Description

Enclosure Connects to the enclosure link-up port on the

link-down enclosure below with a CAT5 patch cable.

port

Enclosure Connects to the enclosure link-down port on the

link-up port enclosure above with a CAT5 patch cable. On a

and

stand-alone enclosure or the top enclosure in a

service series of linked enclosures, the top enclosure link-

port up port functions as a service port.

2. To connect to the management network, connect a standard

CAT5 patch cable to the OA/iLO port of each installed

Onboard Administrator with KVM module.

3. If more than one enclosure is installed in the rack, use a CAT5

patch cable to connect the enclosure link-down port on the

upper enclosure to the enclosure link-up port on the lower

enclosure.

NOTE: The enclosure link ports are designed only to

support c-Class enclosures in the same rack. The

enclosure link-up port on the top enclosure is the service

port, and the enclosure link-down port on the bottom

linked enclosure is unused.

NOTE: The HP BladeSystem c-Class enclosure link ports

are not compatible with the HP BladeSystem p-Class

enclosure link ports.

Mapping to interconnect ports

Several port types are referenced in the following tables.

• Examples of 1x ports are 1-Gb Ethernet (1 GbE) switch

modules and Fibre Channel interconnect modules.

• An example of a 2x port is a Serial Attached SCSI (SAS)

interconnect module. (Reserved for future use.)

• Examples of 4x ports are 10-Gb Ethernet (10 GbE)

interconnect modules.

NOTE: 1x and 2x port mezzanine cards interface with

single-wide interconnect modules. 4x port mezzanine

cards interface with double-wide interconnect modules.

The term "1x/2x" refers to the number of interconnect lanes per port

provided by the controller. The more lanes provided per port, the

higher the data transmission rate coming from that port.

Mapping half-height blades

The following table lists the available configurations for half-height

devices installed in device bay N (1–16).

Connection Port number Connects to

Comments

interconnect

bay/port

Embedded

NIC 1 1/Port N

One or two single-

NIC

NIC 2 2/Port N

wide Ethernet

interconnect

modules

Mezzanine

1x/2x port 1 3/Port N

slot 1—1x or

•

One single-

2x cards

1x/2x port 2 4/Port N

wide

interconnect

module

•

Four port cards

will only

connect the

first two ports.

Connection Port number Connects to Comments

interconnect

bay/port

Mezzanine

4x port 1 3/Port N

slot 1—4x

•

One double-

cards

wide

interconnect

module

•

Only port 1 of

a two port

card will be

connected.

Mezzanine

1x/2x port 1

5 / port N

One or two single-

slot 2—1x or

2x cards

1x/2x port 2

6 / port N

wide interconnect

1x/2x port 3

7 / port N

modules

1x/2x port 4

8 / port N

Mezzanine

4x port 1 5/Port N

One or two double-

slot 2—4x

4x port 2 7/Port N

wide interconnect

cards modules

* Connectivity to interconnect bays 7 and 8 is only available with

four-port mezzanine cards or port 2 of 4x card in Mezzanine slot 2.

Mapping full-height blades

The following table lists the available configurations for full-height

devices installed in device bay N (1–8).

Connection Port number Connects to Comments

interconnect

bay/port

NIC NIC 1

1/Port N+8

One or two single-

NIC 2

2/Port N+8

wide Ethernet

NIC 3

1/Port N

interconnect

modules

NIC 4

2/Port N

Mezzanine slot

1x/2x port 1

3/Port N

One or two single-

1—1x or 2x

1x/2x port 2

4/Port N

wide interconnect

cards

1x/2x port 3

3/Port N+8

modules

1x/2x port 4

4/Port N+8

Mezzanine slot

4x port 1 3/Port N

1—4x cards

•

One double-

wide

interconnect

module

•

Only port 1

of a two-port

card can be

connected

Mezzanine slot

1x/2x port 1

5/Port N

Up to four single-

2—1x or 2x

wide interconnect

cards

1x/2x port 2

6/Port N

1x/2x port 3

7/Port N

modules

1x/2x port 4

8/Port N

Mezzanine slot

4x port 1 5/Port N

One or two

2—4x cards

4x port 2 7/Port N

double-wide

interconnect

modules

Mezzanine slot

1x/2x port 1

7/Port N+8

Up to four single-

3—1x or 2x

wide interconnect

cards

1x/2x port 2

8/Port N+8

1x/2x port 3

5/Port N+8

modules

1x/2x port 4

6/Port N+8

Mezzanine slot

4x port 1 5/Port N+8

One or two

3—4x cards

4x port 2 7/Port N+8

double-wide

interconnect

modules

* Connectivity to interconnect bays 7 and 8 is only available with

four-port mezzanine cards or port 2 of 4x card in Mezzanine slot 2.

Mapping BL2x220c Blades

To support network connections for specific signals, install an

interconnect module in the bay corresponding to the embedded NIC

or mezzanine signals.

Interconnect device mapping for double dense

server blades

The following table lists the available configurations for double

dense server blades installed in device bay N (1-16).

Connection Port number Connects to

interconnect

bay/port

Server A

NIC 1 (ENET:1) 1/Port N

Embedded NIC

NIC 2 (ENET:2) 3/Port N

Server A

Port 1 5/Port N

Mezzanine

Port 2 6/Port N

Server B

NIC 1 (ENET:1) 2/Port N

Embedded NIC

NIC 2 (ENET:2) 4/Port N

Server B

Port 1 7/Port N

Mezzanine

Port 2 8/Port N

Interconnect device mapping for AMC Telco I/O

expansion blades

The following table lists the available configurations for AMC Telco

I/O expansion blades installed in device bay N (1-16).

Connection Port number Connects to

interconnect

bay/port

AMC Embedded (1) Port 1

1/Port N

Port 2

2/Port N

Port 3

3/Port N

Port 4

4/Port N

AMC Embedded (2) Port 5

5/Port N

Port 6

6/Port N

Port 7

7/Port N

Port 8

8/Port N

Bay-to-bay crosslinks

Four trace SerDes signals between adjacent bays are provided in the

enclosure midplane to permit bay-to-bay communications.

Interconnect modules can only connect horizontally.

Device bay crosslinks

Device bay crosslinks are wired between adjacent horizontal device

bay pairs.

For half-height blades, these signals connect a four-lane PCIe module

to a partner blade such as a tape blade or a PCI expansion blade.

For full-height blades, these signals are used to connect a PCIe

module to a partner blade in the lower adjacent bay and require a

PCIe pass-thru mezzanine card installed in mezzanine connector 3.

The Onboard Administrator with KVM disables the device bay

crosslinks when they cannot be used, such as when two server

blades reside in adjacent device bays.

Interconnect bay crosslinks

Interconnect bay crosslinks are wired between adjacent interconnect

bay pairs.

You can enable these signals to provide module-to-module

connections, such as Ethernet crosslink ports between matching

switches, or Virtual Connect modules as stacking links. Onboard

Administrator with KVM disables the interconnect bay crosslinks

when they cannot be used, such as when two different modules

reside in adjacent horizontal interconnect bays.

Installing interconnect modules

Server blade Interconnect bay Interconnect bay label

signal number

NICs 1, 2, 3, and

1, 2

4 (embedded)

Mezzanine 1 3, 4

Mezzanine 2 5, 6 and then 7, 8

Mezzanine 3 7, 8 and then 5, 6

NOTE: For information on the location of LEDs and

ports on individual interconnect modules, see the

documentation that ships with the interconnect module.

1. Install the interconnect modules based on the number ordered

and the number of fabrics in the configuration.

The enclosure ships with interconnect bay dividers installed.

The interconnect bay dividers must be removed before

installing double-wide interconnect modules. To remove an

interconnect bay divider, press the release tab, and pull the

interconnect bay divider out of the enclosure.

2. Install interconnect blanks in any unused interconnect bays.

3. Connect each installed interconnect module to the external

connections with the appropriate cable.

Powering up the enclosure

Single-phase power configuration

For a single phase power configuration:

1. Connect the AC power cables to the power connectors on the

rear of the enclosure corresponding to the power supply that

was populated on the front of the enclosure.

2. Be sure each power cable is securely attached to the power

connectors.

3. Connect the AC power cables to the AC power source or to an

installed power distribution unit (PDU).

4. Turn on the AC circuit breakers that power the power cables

installed in the enclosure.

5. Locate the power retention bracket that came with the

enclosure.

6. Verify that the power cord retention tabs are on the correct

side.

o On the left side: To install the power cord retention bracket

on the left side of the enclosure, ensure the power cord

retention tabs are located to the right of the snap clamps.

o On the right side: To install the power cord retention

bracket on the right side of the enclosure, ensure the power

cord retention tabs are located on the left side of the snap

clamps.

7. Place the power cord retention bracket under the power cords,

and then align the power cords with the snap clamps.

8. Open the snap clamps, and then insert each power cord inside

each clamp.

9. Slide the power cord retention bracket until the bracket touches

the enclosure.

10. Insert the power cord retention tabs into the slots on the

enclosure until they snap into place.

11. Slide each snap clamp over the end of each power cord

overmold, and then squeeze each snap clamp closed.

Three-phase power configuration

For a three-phase power configuration, the AC power cables are

already attached to the enclosure. To cable the enclosure using a

three-phase AC configuration:

1. Connect the AC power cables to the AC power source.

2. Turn on the AC circuit breakers that power the power cables

installed in the enclosure.

Setting up the HP BladeSystem

Insight Display

To identify the enclosure, the rear enclosure UID light and the

background of the Insight Display are illuminated blue when the

enclosure is powered on initially. When the enclosure is powered up

for the first time, the Insight Display launches an installation wizard

to guide you through the configuration process. At the beginning of

the installation, the wizard automatically powers on the enclosure

UID. After the installation is complete, the wizard powers off the

enclosure. After configuring the enclosure, the Insight Display verifies

that there are no installation or configuration errors. If errors are

present, the Insight Display guides you through the process of

correcting the errors.

To set up an enclosure with network connectivity to the Onboard

Administrator with KVM:

1. On the Enclosure Settings screen, confirm the default settings.

o Use the navigation arrows to navigate to a particular

setting, and then press OK.

o Navigate to the ? box next to a setting, and then to get

help, press OK.

2. Confirm the Power mode for the power supplies, which is

typically AC Redundant.

3. If the facility must limit AC power to the enclosure below what

the power supplies can draw, set the Power Limit.

4. To provide the highest power efficiency without affecting server

performance, enable Dynamic Power Savings.

5. Record the OA1 and OA2 (if present) IP address. This

information is needed when deploying the management

software.

o If the OA1 or OA2 IP address is 0.0.0.0., set the address.

Navigate to the address, and then press OK. Use the up

and down arrows to select Static IP address. Use the up

and down arrows on each field to set the IP, netmask, and

gateway one octet at a time. Press OK, and then press OK

again on Accept to confirm the new IP address settings.

o If neither IP address is 0.0.0.0., record the displayed

address to use for remote login to the Onboard

Administrator with KVM over the management network.

6. (Optional) Edit the Enclosure Name. The default value is the

enclosure serial number.

7. (Optional) Edit the Rack Name. The default value is

UnnamedRack.

8. Set the Insight Display PIN to prevent other users of the LCD

from changing the settings.

9. Select Accept All at the bottom of the Enclosure Settings, and

then press OK to Accept all the settings to continue. If you are

setting up a single enclosure, proceed to step 11.

10. Select Accept, and then press OK to apply the Enclosure

Settings (Redundancy Mode, Limit AC, Power Savings, Rack

Name, and Insight Display PIN) to other linked enclosures.

11. Follow the instructions on the Check: Installation & Cables

screen, and then select Continue.

12. Follow the instructions on the Blades Powering Up screen, and

then select Main Menu.

13. Open a browser and connect to the active Onboard

Administrator with KVM module using the Onboard

Administrator with KVM IP address that was configured during

the Insight Display installation wizard process.

14. Enter the user name and password from the tag supplied with

the Onboard Administrator with KVM module to access the

remote Onboard Administrator with KVM web interface and

complete the Onboard Administrator with KVM first time

installation wizard.

To set up the enclosure without network connectivity to the Onboard

Administrator with KVM, see the Onboard Administrator User Guide.

The installation is complete.

For more information

Refer to the HP website

(/go/bladesystem/documentation) for more

detailed setup and configuration information as well as regulatory,

safety, and environmental notices. This information can be found in

the HP BladeSystem c-Class Solution Overview and the HP

BladeSystem c7000 Enclosure Setup and Installation Guide.

The information contained herein is subject to change without notice. The

only warranties for HP products and services are set forth in the express

warranty statements accompanying such products and services. Nothing

herein should be construed as constituting an additional warranty. HP shall

not be liable for technical or editorial errors or omissions contained herein.

Part Number 411762-007

April 2010 (Seventh Edition)