2.LED Indicator Status .................................................................................................... 12
MAXDATA PLATINUM Server Manual
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1Chassis Description
Your MAXDA T A PLA TINUM 2200R server chassis kit is designed to support the Intel® Server
Board and comes with the front panel board, backplane board, power supply, one 3.5-inch
peripheral drive carrier , and six hard driv e carriers installed. T he fan assembly and riser cards
are installed for shipment, but you must remove and reinstall them when you install the
server board.
To complete the system, you must purchase some items separately (see below).
What Your Kit Includes
Your kit includes the following components:
•2U rack-mount chassis featuring:
– Six hard drive bays with carriers and drive blanks (baffles)
– One bay for an optional CD-ROM drive/FDD module (comes with filler panel and plug)
– One bay for optional tape drive (comes with carrier and filler panel)
•One 350W SSI PFC non-redundant power supply
•Two PCI riser cards for use with the Intel
®
Server Board
•Two system fans
•One internal USB cable, (connecting server board to front panel board)
•One internal flex circuit cable, 100-pin (connecting server board to backplane board)
•One internal SCSI cable (connecting server board to backplane board)
•One internal front panel cable, 34-pin (connecting front panel board to backplane board)
•One Resource CD-ROM containing drivers, utilities, and product guide
•Mounting screws (server board)
•Front, mid, or 4-post rack mounting kit
MAXDATA PLATINUM Server Manual
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Feature Summary
System Components
C
B
A
D
E
F
G
H
I
J
K
L
O
M
N
Figure 1. System components
A. Power supply
B. PCI card bracket (full-length)
C. Riser card assembly (full-length)
D. PCI card bracket (low-profile)
E. Server board (accessory to system)
F. PCI add-in card (accessory to system)
G. Riser card assembly (low-profile)
H. System fans
I. Front panel board
J. Intrusion switch
K. Control panel
L. Flex bay (optional CD-ROM drive/FDD module available)
M. Tape drive bay (tape drive available from others)
N. Hard drive bay (one of six, accessory to system)
O. Backplane board
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Chassis Description
Chassis Front Panel and Peripheral Bays
To access the system controls and peripherals when a front bezel is installed, grasp the
bezel and gently pull it towards you until it unsnaps from the chassis.
A
B
C
D
F
E
I
Figure 2. Chassis Front
A. Chassis handles (2)
B. Drive bay (1-inch)
C. HDD activity/fault Indicator
D. Flex bay (optional CD-ROM drive/FDD module available)
E. Front panel indicator lights
F. RJ45 serial port
G. USB connectors 3 and 4
H. System controls
I. Tape drive bay (tape drive available from others)
H
G
Front Panel RJ-45 Serial Connector
Your MAXDATA PLATINUM 2200R server chassis comes equipped with a front panel
accessed server management port (see Figure 2, F). This port is designed to allow PC-to-PC
communication to aid in diagnosing system failures.
MAXDATA PLATINUM Server Manual
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Chassis Back I/O Ports and Features
A
O
N
M
C
B
I
J
L
K
D
H
E
F
G
Figure 3. Chassis Back
A. PCI card bracket (low profile)
B. RJ-45 NIC 2 connector Green Status LED/Yellow Status LED
C. COM-1 port mounting hole (cable provided and installed by others)
D. PCI card bracket (full-height)
E. AC power input (primary)
F. AC power input (redundant)
G. Power supply module, redundant (system accessory)
H. Power supply module, primary
I. USB connector 2
J. RJ-45 serial port
K. PS/2Ü mouse/keyboard connector
L. RJ-45 NIC 1 connector
M. SCSI connector (If available)
N. Video connector
O. USB connector 1
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Chassis Description
Front Panel Controls and Indicators
Shown with optional CD-ROM drive/floppy disk drive installed.
KMLNO
A B
C
D
E
F
JHGI
Figure 4. Controls and Indicators
A. NIC 1 ativity LED
B. NIC 2 ativity LED
C. System status LED
D. Fixed diskdrive status LED
E. ID LED
F. ID button
G. NMI button (tool assited)
H. Reset button
I. Power/sleep LED
J. Power button
K. FDD actuvity LED
L. CD-ROM activity LED
M. CD-ROM drive eject button
N. (Tool assisted) Manual CDROM drive eject button
O. FDD eject button
1.The Amber status takes precedence o ver the Green status. When the Amber LED is on
or blinking, the Green LED is off.
2. In order for a hard disk fault indication to occur , either an Intelligent Platf orm Management
Interface (IPMI) based satellite management controller must send a Set Fault Indication
command to the Baseboard Management Controller (BMC), or the system board must
be used with the 2U MAXDATA PLATINUM 2200R hot swappable backplane.
3. Also off when the system is powered off or in a sleep state.
4. The Power LED sleep indication is maintained on standby b y the chipset. If the sy stem
is powered down without going through BIOS, the LED state in effect at the time of
power of f will be restored when the system is po wered on until the BIOS clears it. If the
system is not pow ered down normally, it is possible that the Power LED will be blinking
at the same time that the System Status LED is off due to a failure or configuration
change that prevents the BIOS from running.
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Chassis Description
Peripherals
The chassis provides external bays for peripherals that can be purchased separately and
added to the system. The following describes the available options.
E
B
A
A
D
D
C
Figure 5. Peripherals
A. Hard drive bays (6)
B. Flex bay (1)
C. CD-ROM drive/floppy disk drive module
D. Hard disk drive
E. Tape drive (available from others)
Hot Swappable SCSI Hard Dr ives
The chassis ships with six drive carriers for mounting SCSI hard drives in the hard drive
bays.
The SCSI hard drives are hot sw appable. When a drive fails, the SCSI bac kplane detects the
failure, reports it, and powers do wn the failed drive. The drive fault LED becomes a continuous
amber light. After the failed drive is removed and a new drive is inserted, there is a short
wait before pow er is applied to the drive and the driv e fault LED becomes a random blinking
green light.
✏NOTE
Drives can consume up to 17 watts of power each. Drives must be specified to run at a
maximum ambient temperature of 50 °C.
MAXDATA PLATINUM Server Manual
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Flex Bay
The flex bay can be used with either the optional CD-ROM/FDD module or a seventh hot
swappable SCSI HDD.
The CDROM/FDD module ma y only be inserted or remov ed from the flex bay when sy stem
power is turned off. The CD-ROM/FDD module is NOT hot swappable.
P ower Supply
The pow er supply consists of the power supply ba y and one power supply module. A second
power supply module can be purchased to provide a redundant, 1+1 system. With either
configuration, the power supply provides 350 watts of power and is designed to minimize
EMI. T he pow er supply operates within the following v oltage ranges and is rated as follows:
•100-120 V~ at 50/60 Hertz (Hz); 6.3A maximum
•200-240 V~ at 50/60 Hz; 2.5A maximum
The pow er subsystem supports implementation of remote management f eatures including
remote enable that permits power to be activated from a variety of sources.
A -48V DC power supply bay is available for solutions requiring this configuration.
System Cooling
The c hassis includes two 80-mm non-hot-swappable system fans f or cooling the processor(s),
hard drives, and add-in cards. A third fan may be added to the center position to provide
cooling redundancy for system components. The system fans are mounted in a f an assembly
located in the middle of the chassis to pull cooling air through the c hassis. The power supply
contains a single fan for cooling.
Chassis Security
To help prevent unauthorized access to the system’s peripherals and control panel, install
the optional front bezel, which provides a key lock. The chassis also includes a preinstalled
intrusion switch for the top access cover that can be monitored by server management
software. When the co ver is opened, the switc h, located on the front panel board, transmits
a signal to the Baseboard Management Controller (BMC) on the server board, where server
management software processes the signal.
Locking and Unlocking the Front Bezel
To unlock the bezel, insert the key in the lock and turn the lock counterclockwise until it
stops (about a quarter turn). The bezel is now unlocked and can be opened again.
To lock the bezel, insert the key in the lock. Turn the lock clockwise until it stops (about a
quarter turn). The bezel is now locked and cannot be opened.
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Chassis Description
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