LENOVO TS430 User Manual

INTEGRATION ANALYSIS AND GUIDE:
LENOVO THINKSERVER TS430 IN AN HP ENVIRONMENT

FEBRUARY 2012

A PRINCIPLED TECHNOLOGIES TEST REPORT

Commissioned by Lenovo

You are expanding your IT infrastructure and it’s time to select new server hardware.

You’ve heard about the new Lenovo servers that can deliver everything you need for an

excellent price; same rack and tower form factors, same memory, drives, and processors

running the same operating systems. You’d like to take advantage of the price/performance

advantages of these Lenovo servers but you’re concerned they might not easily fit into your

existing management environment. The great news is that these servers will fit right in.

As an example, we looked at placing a Lenovo ThinkServer TS430, equipped with the

Lenovo Remote Management Module (RMM), into a representative HP Systems Insight

Manager (HP SIM) environment.

Our findings? The Lenovo ThinkServer TS430 offers the management capabilities an IT

administrator needs to effectively co-exist in an HP SIM environment. There was no need to

replace or augment the pre-existing management software. The TS430 joined the HP SIM-

managed group easily, and the IT administrator could access many of the same management

features directly through HP SIM, or through the advanced Lenovo Remote Management

Module.

In this report, we demonstrate the use of HP SIM managing the TS430. We show you

how to easily integrate the Lenovo ThinkServer platform into your existing HP environment. We

also show you the key management features that are available, and provide a step-by-step

guide to accessing the available management features of the server.

Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

A DAY IN THE LIFE OF AN IT ADMINISTRATOR

As a busy IT administrator, you juggle a wide range of tasks, from keeping up

with server maintenance to handling emergencies to planning new upgrades. You use

systems management software tools to remotely manage and monitor your servers. You

also rely on email alerting features to notify you in the event of a server malfunction or

sub-optimal operating conditions. You have spent numerous hours learning the features

and operation of your specific management tool and the last thing you want is to have

to learn another.

You already know that Lenovo servers are a great option for your environment

but you cannot afford the time to install and learn to use new management tools.

Lenovo make this part simple: You can easily add the Lenovo servers to your existing HP

SIM environment and still get the monitoring, alerts, and remote access features you

need, without spending any extra money on additional management software or

spending any extra time learning a new server management infrastructure.

LENOVO THINKSERVER TS430 INTEGRATED EASILY

In our tests, the Lenovo ThinkServer TS430 integrated easily into the HP-

managed environment. We used HP SIM’s most commonly used features—auto

discovery, health monitoring, fault management and event triggering, and inventory—to

evaluate the ease of manageability of the TS430.

We successfully used our existing HP SIM environment to discover and manage

the TS430. The normal steps and wizards associated with discovering an HP server

worked equally well with the TS430. We did note that some management features such

as fan monitoring were not readily available through HP SIM, but we demonstrate the

functionality is still there and provide an alternate approach by leveraging the

management capability provided by the RMM in the TS430, which is accessible through

the HP SIM interface.

In conjunction with HP SIM, the functions available through the Remote

Management Module of the Lenovo ThinkServer TS430 offer you a complete server

management solution without any licensing cost associated with HP Insight Control.

These features, including the optional virtual media and KVM console available with

RMM Premium, allow hardware monitoring that can alert you to a faltering component,

let you carry out many maintenance and repair operations remotely, and provide KVM

access that lets you work on the server remotely as if you were right beside it.

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HOW WE TESTED

Our test bed consisted of three HP ProLiant servers and a single Lenovo

ThinkServer TS430. We used an HP server as the central management server running

the HP SIM management software. The HP servers had a mix of iLO2 and iLO3 for

remote management and the Lenovo ThinkServer TS430 had the Remote Management

Module Premium. All servers in our test bed ran Windows Server 2008 R2 SP1 with the

latest available updates. See Appendix A for detailed hardware information.

Below is an overview of the use cases we performed on the Lenovo ThinkServer

TS430 in the HP SIM environment:

 Discovery and configuration. We demonstrated successful discovery of the

Lenovo ThinkServer TS430 in HP SIM, and walk you through the additional

steps to configure your Lenovo server for the HP SIM environment.

 Health monitoring. We viewed the basic health status, including network

connectivity, memory utilization and drive information on the Lenovo TS430

from HP SIM. We also show you additional monitoring features from RMM.

 Inventory. We completed an inventory data collection of the Lenovo

ThinkServer TS430 in HP SIM and present the information it reported.

 System events. We simulated loss of connectivity, fan malfunction, and

temperature warnings on the Lenovo ThinkServer TS430 and show how

these alerts display directly in HP SIM.

 Email alerts. In addition to email alerting inherent to HP SIM, we configured

the Lenovo RMM to trigger email alerts for available platform events.

 Remote functions. We accessed power cycling options from HP SIM and

RMM, as well as remote BIOS/BMC upgrade features from the RMM.

 KVM console and virtual media. We used the KVM console and virtual

media features of the Lenovo RMM to access BIOS settings, configure a new

virtual drive in the RAID controller, access the LSI MSM tool for drive and

RAID controller email alerts, and show you how to complete additional

firmware upgrades.

The following sections cover each of these use cases in detail.

ABOUT THE LENOVO THINKSERVER TS430

The Lenovo ThinkServer TS430 server provides businesses with the superior

performance of the latest Intel® Xeon® processors, ample storage capacity of up to

16 TB, and 24/7 uptime reliability. It also provides a combination of powerful

manageability and hardware at a very attractive price.

 Performance and storage capacity. The Intel Xeon processor E3-1200 family

that powers the ThinkServer TS430 provides a performance improvement of

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up to 30 percent over previous-generation Intel processors. Features such

as Turbo Boost 2.0 further increase processor performance when you need

it most. A storage capacity of 16TB SATA or 4.8TB NL SAS and eight hot-

swap drives provide you with plenty of room to grow.

 Reliability. Optional redundant power supplies and a selection of RAID

adapters protect you from data loss.

 Power efficiency and quiet operation. Intel Xeon E3-1200 family

processors, rated at only 80 watts, are more energy efficient than previous

generations. The ThinkServer TS430 is also certified with Energy Star 1.0,

and Climate Savers. Because Lenovo designed the ThinkServer TS430 to

perform at “whisper-quiet” noise levels, you can use your TS430 in a front

office without introducing an unacceptable level of noise.

 Ease of use. ThinkServer EasyStartup is a convenient software solution that

enables you to easily install, maintain, and manage your ThinkServer TS430.

Its intuitive design makes it suitable for businesses with minimal IT staff.

Lenovo ThinkPlus® Productivity and ThinkPlus Priority Support further assist

you in installation and IT support, and the ThinkServer Management Module

(an industry standards-based management subsystem) makes remote

management easy.

For detailed information about the Lenovo ThinkServer TS430, visit the Lenovo

server site at Lenovo.com.

The Lenovo Remote Management Module

The Lenovo Remote Management Module (RMM), standard in Lenovo servers,

helps your IT staff manage your ThinkServer TS430 remotely while keeping your server

secure.1 The RMM allows proactive server management by helping you catch possible

failures before they occur, which minimizes downtime. Should a failure occur, the

Lenovo RMM lets you access and repair your server from any location.

This module, accessible from within HP Systems Insight Manager, allows you to

access convenient Lenovo management features, including the following:

 Additional hardware monitoring
 Updating the BIOS/BMC remotely
 Power cycling the server remotely
 KVM console (optional upgrade)
 Remote virtual media (optional upgrade)

Note: On March 16, 2012, Lenovo released an update to the BMC firmware (ver. 2.60) that renamed the RMM to

ThinkServer Management Module (TMM) and TMM Premium for the optional remote KVM and media upgrade.

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Figure 1. Select Discovery from the Options menu item.

DISCOVERY AND CONFIGURATION

Discovery of the Lenovo ThinkServer TS430 with RMM in HP Systems Insight

Manager is as easy as connecting the new server into your existing network

infrastructure. Once DHCP assigned an IP address (or you have assigned a static IP

address), HP SIM can discover the new server in the same way that it would an HP

server. In our study, we did not have to do anything specific to the Lenovo ThinkServer

TS430 to make it discoverable for HP SIM. Because WMI is native to Windows, you will

need to have a Windows-based OS running on your Lenovo ThinkServer TS430 to see

the WMI-based information.

To discover a system manually, which we did in our test environment, click the

Options menu on the home screen, and select Discovery. (See Figure 1.)

From the Discovery screen, you can configure the general settings and run the

discovery immediately or enable it to run on a schedule. (See Figure 2.)

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Figure 2. Configure Settings, run manual discovery, or enable schedule for auto-discovery.

Figure 3. Completing server discovery.

Once the discovery is complete, you can select the newly discovered system and

run the Managed System Setup Wizard to install the monitoring and remote command

features. (See Figure 3.) When completing discovery on the Lenovo ThinkServer TS430,

some of the agent-based features were not available because they are inherent to HP-

specific hardware. However, this did not affect our configuration process.

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The main HP Insight Control console now displays the TS430 under Systems and

Events Collection in the All Systems group. You should see an entry for the server itself

and a separate entry for the Remote Management Module (RMM) with the description

of Baseboard Management Controller. When discovered by HP SIM, HP Servers will

automatically link the server and the management processor together. For the Lenovo

ThinkServer TS430, HP SIM is able to recognize the server and management processor IP

addresses but is unable to link them to each other, instead generating a third ghost

entry without an IP address listed. To organize our newly discovered server, we created

a collection in HP SIM for the Lenovo ThinkServer TS430 by right-clicking the server or

RMM and selecting Create new collection.

Compiling and registering the management information base (MIB)

To complete the discovery and configuration process, you need to compile and

add a MIB, which requires being able to access the Lenovo Remote Management

Module. The Lenovo RMM is accessible by using the following steps:

1. In the System and Event Collections pane in the HP Insight Control system

screen, expand All Systems, and click the management IP address of the Lenovo
system.

2. Click Tools & Links.

3. Click Remote Management Module.

4. Enter the appropriate credentials (default username and password are

lenovo/lenovo).

Adding the bmclanpet MIB to HP Systems Insight Manager enhances the

integration of the Lenovo ThinkServer TS430 baseboard management controller (BMC)

into HP Systems Insight Manager by enabling Simple Network Management Protocol

(SNMP) trapping. This allows additional warnings and hardware status messages to be

visible directly within the HP SIM. To compile and add the MIB, complete the following

steps:

1. Collect the following files from their respective locations onto the HP SIM

server:

a. bmclanpet.mib, from http://ipmiutil.sourceforge.net/docs/bmclanpet.mib
b. mcompile.exe, from C:\Program Files\HP\Systems Insight Manager\lbin
c. mxmib.exe, from C:\Program Files\HP\Systems Insight Manager\bin

2. Copy mcompile.exe, mxmib.exe, and bmclanpet.mib files from their respective

locations into C:\Program Files\HP\Systems Insight Manager\mibs.

3. Open a command prompt window, and navigate to the \mibs folder.

4. Type mcompile bmclanpet.mib and press Enter. This generates the file

bmclanpet.cfg.

5. Using the same command prompt window, register the MIB into the HP Systems

Insight Manager database. To do so, type mxmib bmclanpet.cfg and
press Enter.

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6. Restart HP Systems Insight Manager and you should be able to see the newly

Figure 4.The System(s) screen showing normal status.

7. Go into the Lenovo Remote Management Module Web GUI (accessible within

HEALTH MONITORING

ThinkServer TS430 hardware. This included health statuses on components such as

network connectivity, memory utilization, and drive information among others.

and events being monitored. A green checkmark indicates normal functioning. The line

above the table defines the various symbols used to indicate status. The collection we

created for the Lenovo server, shown in Figure 4, displays our server by its OS-based IP

address and the Management Processor, which is the listing for the RMM. The legend at

the top of the table depicts what each symbol stands for. For example, the question

mark means Unknown status. An “i” in the Software status column indicates the

presence of informational messages. As for the abbreviated column names, HS stands

for Health Status, MP stands for Management Point, SW stands for Software status, PF

stands for ProLiant Essentials Performance Management Pack status, and ES stands for

Event Status.

added MIB under OptionsEventsSNMP Trap Settings…

HP SIM from the Tools & Links tab for the BMC IP address of the discovered
Lenovo ThinkServer TS430), and under Trap Settings, enter the IP address of the
management server running HP SIM and apply the changes.

Using the HP SIM environment, we were able to monitor a range of the Lenovo

In HP SIM, the default table view of the servers shows the status of components

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Figure 5. The Systems screen showing the loss of network connection.

For this guide, we made changes to the Lenovo system in order to show how

these events would change on the status monitor. We simulated a loss of connectivity

by unplugging the Ethernet cable. Figure 5 shows the change in status when HP SIM

could no longer establish connectivity with the Lenovo ThinkServer TS430.

See that the Management Processor is marked Critical and the Lenovo Server is

showing an informational sign. By clicking the “i” or Event tab, HP SIM displays the

events for the system and shows that the link is down. (See Figure 6.)

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Figure 6. The Events tab showing that the network link is down.

To view the system status in more detail, launch the Properties window for

more views into the system. The Properties window displays Identity, Status, and

Configuration tabs, which allow a more in-depth analysis of the system components and

status. From within the Status tab, you will see a list of options of components for which

you can check the status.

For example, you can check the available capacity and general status of the disk

drives, which is accomplished through WMI, by selecting Disk(s) as Figure 7 shows.

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Figure 7. Disk Drive(s) Status screen based on WMI.

You can also see Memory Utilization, Process Information, System Drivers with

Status and System Services running on the Lenovo system.

In the Properties window, click the Configuration Tab for details about the BIOS,

Disk(s), Motherboard, Network, Operating System, Physical Memory, and Processors.

Select one of the options for further detail about the component. For example, selecting

Disk(s) shows more detail about the partitions and device. (See Figure 8.)

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Figure 8. The Disk(s) Configuration screen.

Monitoring features of the RMM

The Lenovo RMM provides additional hardware monitoring features, including

more detailed information on temperature, power readings, and fan operation. To view

the monitoring information on temperature, fans, and power, complete the steps

below.

Temperature

To manually monitor temperature, follow these steps:

Fans

To manually monitor fans, follow these steps:

Power

To manually monitor current voltage readings, follow these steps:

1. In the left pane, select Thermal.

2. Select Temperatures to display current readings.

1. In the left pane, select Thermal.

2. Select Fans to display current readings.

1. In the left pane, expand Server InformationPower.

2. Select Voltages to display current voltage readings.

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INVENTORY

Figure 9. Sample warning showing reduced fan speed when we simulated the fan
malfunctioning.

In our study, we looked at inventory reports for the Lenovo ThinkServer TS430

in HP SIM. The inventory report shows information such as OS version, CPU information,

physical disk drive and logical disk drive information, as well as information on the

network interfaces, DIMM slots, and processes running for the Lenovo ThinkServer

TS430 in the same way as it would for an HP server. However, it does not show

information on the controller, power supplies, temperature sensors, and fans that you

would see for an HP server.

From the HP Insight Control application, you can look at the inventory of the

selected system by launching the Data Collection Report:

1. In the left menu, select Lenovo system.

2. In the right pane, select the Tools & Links tab.

3. Click Data Collection Report.

SYSTEM EVENTS

In our tests, we were able to see system events in HP SIM for the Lenovo

ThinkServer TS430 when we simulated a loss of network connectivity causing the system

to be unreachable, simulated a fan malfunction, and triggered a temperature sensor to

send a high temperature warning. Figure 9 shows a sample warning that we generated

by intentionally preventing a fan from spinning at the correct RPM.

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EMAIL ALERTS

Similar to what Figure 9 shows, HP SIM not only displays critical warnings if a fan

functions incorrectly, but also reports when temperature sensors on the Lenovo TS430

detect an abnormal increase in system temperature.

HP SIM has built-in email alerts, allowing you to receive notifications when

something is wrong so you can take appropriate action. Therefore, system events from

the Lenovo ThinkServer TS430 that display in HP SIM can also be configured to generate

an email alert from HP SIM. You can receive more detailed alerts about voltage,

temperature, processor and memory directly from the Lenovo RMM. LSI™ MegaRAID®

Storage Manager (MSM) can provide details about the hard drives and storage

controller. In the sections below, we show you how to configure these additional email

alerts from RMM and from MSM.

Configuring SMTP mail alerting using the Lenovo RMM

The Lenovo Remote Management Module comes equipped with the ability to

generate and send out email alerts using an SMTP mail server. This feature brings

certain warnings and critical errors to the immediate attention of IT administrators so

they can log into the management server and identify the issue in HP SIM or the Lenovo

RMM. There is no need to wait for an alert message to appear on a management

dashboard. You can set the RMM to generate an email alert for platform events,

including abnormalities in voltage, temperature, and fan operation. To configure this

feature, complete the following steps:

1. In the Lenovo Remote Management Module, click Platform Events under Event

Management in the left pane. Ensure that the Global Alerting Enable check box
is checked, and then check the Generate PET checkbox for any of the platform
events for which you want to enable alerts.

2. After making your selections, click Apply Changes to save your settings.

3. Next, click Email Settings under Event Management in the left pane. Enter up to

four destination email addresses and modify the email description (subject) as
needed.

4. Enter the IP address of the SMTP or mail server. If your SMTP server requires

authentication, enter the appropriate credentials and check the Enable check
box. (See Figure 10.)

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Figure 10. Configuring email alert settings on the Lenovo Remote Management Module.

5. To save your email settings, click Apply Changes. To ensure that you entered the

configuration information correctly, click the Send Alert button for any of the
destination email addresses. You will receive a confirmation pop-up window if
the test alert succeeds as well as a test email at the specified email destination.

Configuring storage email alerts using the LSI MSM

The LSI MSM, which numerous OS platforms support, is a software application

that allows you to view and make configuration changes to any hard drives connected to

the storage controller. Additionally, you can change the built-in monitor alerts to notify

you by email of events or event categories you wish to capture. For example, if you

want to be notified via email if the virtual disk state becomes degraded, you can modify

the settings to send you an email alert should that specific event occur. For our testing

purposes, we completed this setup on a Windows OS. For information on using the

MSM utility with other operating systems, as well as downloads, go to Lenovo’s support

Web site at http://support.lenovo.com, or the LSI support Web site at

http://www.lsi.com/support.

To set up email alerting using the LSI MSM, follow these steps:

1. Launch MSM from the desktop.

2. Click the local server IP and log into the management console using the

appropriate credentials to log into management console. (See Figure 11.)

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Figure 11. Selecting the local server IP address.

Figure 12. Displaying all events.

3. In the menu bar, select ToolsConfigure Alerts.

4. In the Alert Settings tab, you can set email alerts for all events based on severity

level, or you can modify an alert setting for an individual event. (See Figure 12.)

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Figure 13. Enabling email alerts for an event.

a. To enable email alerts for all events within a specific severity level, select

the appropriate severity level, click Edit…, select email as the alert delivery
method, and click OK.

b. To enable email alerts for an individual event, click Change Individual

Events… to display all events. In our tests, we generated an email alert for

when a virtual drive becomes degraded (Event ID 251). To enable email
alerts for an event, select that event ID, check the Email check box, and
click OK. (See Figure 13.)

5. Next, select the Mail Server tab, and enter your mail server information as well

as authentication credentials for SMTP if applicable. (See Figure 14.)

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Figure 14. Entering your mail server information to configure alerts.

6. Select the Email tab and enter the desired recipient email address that will

receive the alert. Press Add… to add each email address. You can also perform a
test to verify that the configuration information is correct by pressing the Test
button.

7. Press OK to close the Configure Alerts window.

REMOTE FUNCTIONS

HP SIM and the RMM interface allow you to perform power cycling and

BIOS/BMC updates on the Lenovo ThinkServer TS430. In the following section, we show

you how to perform these tasks.

Using the Intelligent Platform Management Interface (IPMI) to power cycle your server from
within HP SIM

You can power cycle or power on/off your Lenovo ThinkServer TS430 directly

from HP SIM. To do this, select the Lenovo BMC IP address from the list of discovered

systems in HP SIM, and complete the following steps:

1. Click the Lenovo BMC IP address from the list of discovered systems in

the System and Event Collections pane in HP SIM.

2. Click ToolsManagement ProcessorIPMI and select one of the three

power options (Power Cycle, Power On, Power Off).

3. Click Run Now to execute the task. A screen appears, indicating that the

task status is complete.

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The Lenovo ThinkServer Remote Management Module also allows for upgrading

the BIOS or BMC, as well as starting, shutting down, or power cycling the TS430.

Updating BIOS/BMC from the RMM

In addition to updating the BIOS, you can also use this menu to update the BMC

by leaving BMC selected in step 2 below.

1. In the left menu, click Update.

2. Change the drop-down selection from BMC to BIOS.

3. Browse to the file that you downloaded from the Lenovo’s Web site for

4. Click Upload to apply the update.

Power options from within the RMM

In the Power section under Server Information, you can choose to power on,

power off, power cycle, or perform a hard reset on the system. The following steps

demonstrate a hard reset or restart of the system:

1. Expand Server Information.

2. Expand Power, and click Control.

3. Select Hard Reset (Restart), and click Apply Changes.

the particular model server you are updating.

KVM CONSOLE AND VIRTUAL MEDIA

Accessing the KVM console and applying virtual media to the TS430 via the

premium features of the Lenovo RMM, are also quick, straightforward tasks. These

features provide more control and the ability to further utilize the features of the

Lenovo RMM and connect directly to the server. In the sections below, we show you

how to:

 Connect to virtual media
 Access the KVM console
 Power cycle your server from the KVM
 Access and change BIOS settings
 Access the RAID controller and bring a drive online or create a new RAID

group

 Perform additional firmware upgrades

Connecting to virtual media

Through the RMM, you can create an image to map virtual media, such as a CD

or USB key, from your management server to your Lenovo ThinkServer TS430 for

remote software installation or data copy. To perform this task, complete the following

steps:

1. Launch RMM from HP Insight Control, and log in.

2. Expand Server InformationRemote Control, and select Remote

Console.

3. Click Launch Java VM Client.

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Figure 15. The HP Insight Control system screen.

4. Click Create Image.

5. Browse to the location of the files that need to be copied or the

application installation directory you would like to access.

6. Click Open to select the directory.

7. Click Yes to create the image.

8. Select the checkbox for the image location you just created to make it

available to target the Lenovo system.

9. Minimize, but do not close the Virtual Media Session.

10. Click Launch Java KVM Client if you do not already have a remote

console open.

11. Click Open folder to view the files.

12. Copy the installation file to the location on the local server, and deploy

it as you would normally.

Remote access using the KVM console feature

The Lenovo ThinkServer Remote Management Module has a KVM console

feature that allows complete remote access to the server, including access to pre-OS

menus, such as the BIOS and RAID controller BIOS. This includes changing BIOS settings

and granting access to the KVM console. Select the iLO connection from the HP Insight

Control system screen, and click Tools & Links. (See Figure 15.)

including launching the KVM using the following steps:

You can then log into the Remote Management Module to perform tasks,

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Figure 16. The Video Viewer Power options.

1. In the System and Event Collections pane, expand All Systems, and click

the desired IP address for iLO of the Lenovo system.

2. Click Tools & Links.

3. Click Remote Management Module.

4. For the username and password, type lenovo if using the default

username and password, or enter the appropriate credentials.

5. In the left menu tree, click Remote Console.

6. To launch the console, click Launch Java KVM Client.

From this Video Viewer, you can perform several tasks on the target Lenovo

system.

Power options from the KVM

The KVM console offers a few additional power options when compared with

HP SIM, including graceful shutdown and reset system (warm boot) options in addition

to powering the system on and off and power cycling the system as a cold boot. (See

Figure 16.)

console, under Power.

These boot options are available from the viewer menu bar on the KVM

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Accessing and changing BIOS settings

Using the KVM remote console, you can reboot the machine and press F1 when

prompted to access the BIOS. This allows for the remote modification of any BIOS

settings as if you were connecting directly to the server using a monitor and keyboard.

Bringing new drives online and creating a new virtual drive

To add drives and a virtual drive, complete the following steps through the

Remote KVM console.

1. Reboot the server.

2. Press CTRL+H when prompted to launch WEBBIOS configuration GUI.

3. Press Start to select a controller adapter.

4. Select Physical view to show drives.

5. Select the new unconfigured drive(s).

6. Select Make Unconf Good, and click Go.

7. Click Home, and select Configuration Wizard.

8. Select Add Configuration, and click Next.

9. Select Manual Configuration, and click Next.

10. When you have added all the appropriate drives, click Accept DG in the

Drive Groups pane. Click Next.

11. In the Span Definition window, select the appropriate drive group in the

Array With Free Space pane, and click Add to Span. Repeat this with
other drive groups if necessary. Click Next.

12. In the Virtual Drive Definition window, select the appropriate RAID

Level, read and write policies, and volume size, and click Accept.

13. At the Confirm the selected write policy prompt, click Yes.

14. Click Next.

15. In the Configuration Preview window, click Accept.

16. At the Save this Configuration? prompt, click Yes.

17. At the Do you want to Initialize prompt, click Yes.

18. Click Home, and click Exit.

19. Click Yes to exit the application.

20. In the menu bar, click Power, and select Power Cycle System (cold

boot).

21. Click Yes to confirm reboot.

22. Log into Windows.

23. Select Start, right-click Computer, and select Manage.

24. Expand Storage, and select Disk Management.

25. Click to accept initialization of new disk.

26. Right-click the disk, and select New Simple Volume.

27. Click Next.

28. On the Specify Volume Size screen, click Next.

29. Assign a drive letter, and click Next.

30. Select your desired Format options, and click Next.

31. Click Finish, and close Server Manager.

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Lenovo ThinkServer TS430 in an HP environment

CONCLUSION

Upgrading additional firmware

Download the Firmware Updater for ThinkServer EasyUpdate 1.6 from the

Lenovo Web site (http://support.lenovo.com/en_US/downloads/default.page) and

create a CD. Apply the updates from the CD using the following steps:

1. Download the updater from the Web site and burn it to a CD.

2. Reboot using the CD image, and let the Updater execute.

3. Select Language, and click OK.

4. Click Next.

When the check completes, it will inform you if firmware updates are available

for your server.

As we have shown, integrating the Lenovo ThinkServer TS430 into an existing HP

environment is not only possible – it’s easy. The Lenovo server fits right into the HP

environment, and you or your IT administrator can access key management features

and alerting capabilities. Setting up and configuring your Lenovo ThinkServer TS430 for

operation in an HP-managed environment is a simple, straightforward process that

allows you to bring the benefits of the Lenovo ThinkServer TS430 into your existing

environment.

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Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

System

Lenovo ThinkServer TS430

HP ProLiant ML350 G5

Power supplies

Total number

1 1 Vendor and model number

Delta Electronics® GPS-400CB

HP DPS-410DB C

Wattage of each (W)

400

410

Cooling fan 1

Total number

1 1 Vendor and model number

AVC® DS09225R23HP235

Sunon® PMD1209PTB1-A

Dimensions (h x w) of each

4” x 1”

4” x 1-1/2”

Volts

12

12

Amps

0.41

0.46

Cooling fan 2

Total number

1

1

Vendor and model number

AVC DS12025B12H

Sunon PMD1209PTB1-A

Dimensions (h x w) of each

5” x 1”

4” x 1-1/2”

Volts

12

12

Amps

0.75

0.46

General

Number of processor packages

1 1 Number of cores per processor

4

4

Number of hardware threads per core

2

1

System power management policy

Balanced

Balanced

CPU

Vendor

Intel

Intel

Name

Xeon

Xeon

Model number

E3-1240

E5410

Stepping

D2

C0

Socket type

1155 LGA

771 LGA

Core frequency (GHz)

3.30

2.33

L1 cache

32 KB + 32 KB (per core)

32 KB + 32 KB (per core)

L2 cache

256 KB (per core)

12 MB (shared)

L3 cache

8 MB (shared)

N/A

Platform

Vendor and model number

Lenovo GA-6UASV2

HP ProLiant ML350 G5

Motherboard model number

038911U

459264-005

Motherboard chipset

Intel ID0108

Intel 5000Z

BIOS name and version

American Megatrends® Inc. 2.10
(09/01/2011)

HP BIOS D21 (05/2/2008)
BIOS settings

Default

Default

APPENDIX A – SYSTEM CONFIGURATION INFORMATION

Figures 17 and 18 provide detailed configuration information about the test servers.

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Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

System

Lenovo ThinkServer TS430

HP ProLiant ML350 G5

Memory module(s)

Total RAM in system (GB)

16 8 Vendor and model number

Hynix™ HMT351U7BFR8C

Samsung M395T5750EZ4-CE66

Type

PC3-10600E

PC2-5300

Speed (MHz)

1,333

667

Speed running in the system (MHz)

1,333

667

Timing/Latency (tCL-tRCD-tRP­tRASmin)

9-9-9-24

5-5-5-15
Size (GB)

4 2 Number of RAM module(s)

4 4 Chip organization

Double-sided

Double-sided

Rank

Dual

Dual

Hard disk

Vendor and model number

Seagate® ST3500514NS

Seagate ST380815AS

Number of disks in system

2

4

Size (GB)

500

80

Buffer size (MB)

32 8 RPM

7,200

7,200

Type

SATA

SATA

Disk controller

Vendor and model

LSI MegaRaid SAS MR9240-8i

HP Smart Array P600 Controller

Controller cache

N/A

256 MB

Controller driver

LSI 5.1.110.64 (5/12/2011)

HP 6.20.2.64 (8/10/2010)

Controller firmware

20.7.1-0020

1.98

RAID configuration

RAID 1

RAID 5

Operating system

Name

Windows Server 2008 R2 Enterprise

Windows Server 2008 R2 Enterprise

Build number

7601

7601

Service pack

SP1

SP1

File system

NTFS

NTFS

Kernel

ACPI x64-based PC

ACPI x64-based PC

Language

English

English

Ethernet 1

Number of ports

1

1

Vendor and model number

Intel 82579LM

HP NC373i Gigabit Server Adapter

Type

Integrated

Integrated

Driver

Intel 11.8.74.0 (9/21/2010)

HP 6.2.9.0 (2/4/2011)

Ethernet 2

Number of ports

1

N/A

Vendor and model number

Intel 82574L

N/A

Type

Integrated

N/A

Driver

Intel 11.7.32.0 (8/5/2010)

N/A

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Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

System

Lenovo ThinkServer TS430

HP ProLiant ML350 G5

Optical drive(s)

Vendor and model number

TSSTcorp TS-H353C

HL-DT-ST DVD-RAM-H60L

Type

SATA

DVD+R DL

USB ports

Number

6 4 Type

2.0

2.0

Figure 17. Configuration information for two of the four test servers.

System

HP ProLiant ML110 G7

HP ProLiant ML310 G5p

Power supplies

Total number

1

1

Vendor and model number

HP 629015-001

HP 460422-001

Wattage of each (W)

350

410

Cooling fan 1

Total number

1 1 Vendor and model number

Brushless AFC0912DF

AVC DS12025B12U

Dimensions (h x w) of each

3-1/2 “ x 1-1/2 “

4-3/4” x 1”

Volts

12

12

Amps

1.43

1.05

Cooling fan 2

Total number

1

N/A

Vendor and model number

DC Brushless PFB0812GHE

N/A

Dimensions (h x w) of each

3” x 1-3/4“

N/A

Volts

12

N/A

Amps

1.02

N/A

General

Number of processor packages

1 1 Number of cores per processor

4 2 Number of hardware threads per core

2 1 System power management policy

Balanced

Balanced

CPU

Vendor

Intel

Intel

Name

Xeon

Xeon

Model number

E3-1240

E3120

Stepping

D2

E0

Socket type

1155 LGA

775 LGA

Core frequency (GHz)

3.30

3.16

L1 cache

32 KB + 32 KB (per core)

32 KB + 32 KB (per core)

L2 cache

256 KB (per core)

6 MB (shared)

L3 cache

8 MB (shared)

N/A

Platform

Vendor and model number

HP ProLiant ML110 G7

HP ProLiant ML310 G5p

Motherboard model number

647337-B21

445343-B22

Motherboard chipset

Intel ID0108

Intel S3200/S3210

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Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

System

HP ProLiant ML110 G7

HP ProLiant ML310 G5p

BIOS name and version

HP J01 (04/21/2011)

HP BIOS W08 (10/25/2010)

BIOS settings

Default

Default

Memory module(s)

Total RAM in system (GB)

16 8 Vendor and model number

Nanya NT4GC72B8PB0NF-CG

Micron 18HTF25672AZ-80EH1

Type

PC3-10600E

PC2-6400

Speed (MHz)

1,333

800

Speed running in the system (MHz)

1,333

800

Timing/Latency (tCL-tRCD-tRP­tRASmin)

9-9-9-24

5-5-5-18
Size (GB)

4 2 Number of RAM module(s)

4 4 Chip organization

Double-sided

Double-sided

Rank

Dual

Dual

Hard disk

Vendor and model number

Western Digital® WD5003ABYX

Western Digital WD5003ABYX

Number of disks in system

2 2 Size (GB)

500

500

Buffer size (MB)

64

64

RPM

7,200

7,200

Type

SATA

SATA

Disk controller

Vendor and model

HP Smart Array P410 Controller

HP Smart Array P410 Controller

Controller cache

N/A

N/A

Controller driver

HP

6.20.2.64 (8/10/2010)

HP

6.20.2.64 (8/10/2010)

Controller firmware

5.12

5.12

RAID configuration

RAID 1

RAID 1

Operating system

Name

Windows Server 2008 R2 Enterprise

Windows Server 2008 R2 Enterprise

Build number

7601

7601

Service pack

SP1

SP1

File system

NTFS

NTFS

Kernel

ACPI x64-based PC

ACPI x64-based PC

Language

English

English

Ethernet

Number of ports

2

2

Vendor and model number

HP NC112i Ethernet Server Adapter

HP NC326i Gigabit Server Adapter

Type

Integrated

Integrated

Driver

Intel 11.7.32.0 (9/29/2010)

HP 14.2.05 (5/21/2010)

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Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

System

HP ProLiant ML110 G7

HP ProLiant ML310 G5p

Optical drive(s)

Vendor and model number

N/A

N/A

Type

N/A

N/A

USB ports

Number

8 4 Type

2.0

2.0

Figure 18. Configuration information for the remaining two test servers.

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Integration analysis and guide:
Lenovo ThinkServer TS430 in an HP environment

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