IBM 79856au Installation Guide - Page 19

Table, Features, specifications - computers

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Table 1. Features and specifications Microprocessor: Hot-swap power supplies: Environment: v AMD Opteron dual-core with 2 MB (1 v Air temperature: MB per core) Level-2 cache 835 watts (100-240 V ac) - Server on: 10° to 35°C (50.0° to v 1 GHz Hypertransport interconnect bus v Minimum: One 95.0°F); altitude: 0 to 914.4 m (3000 v Support for up to two microprocessors v Maximum: Two - provide redundant ft). Decrease system temperature by Note: Use the Configuration/Setup Utility power program to determine the type and speed Size (2 U): of the microprocessors. v Height: 85.4 mm (3.36 in.) v Depth: 705 mm (27.8 in.) Memory: v Width: 443.6 mm (17.5 in.) v Sixteen DIMM connectors v Weight: approximately 21.09 kg (46.5 v Minimum: 1 GB lb) to 29.03 kg (64 lb) depending upon v Maximum: 64 GB configuration v Type: Registered, PC2-5300 double data rate (DDR) II, DIMMS Integrated functions: v Sizes: 512 MB, 1 GB, 2 GB, or v Baseboard management controller or 0.75°C for every 1000-foot increase in altitude. - Server off: 10° to 43°C (50.0° to 109.4°F); maximum altitude: 2133 m (7000 ft) - Shipment: -40° to +60°C (-40° to 140°F); maximum altitude: 2133 m (7000 ft) v Humidity: - Server on/off: 8% to 80% - Shipment: 5% to 100% 4 GB, in pairs on-board service control processor v Two Broadcom 10/100/1000 Ethernet Heat output: Drives: (depending on your model) v Hard disk drive: SAS or SATA v One of the following IDE drives: - DVD-ROM - CD-RW/DVD-ROM combination controllers with Wake on LAN® support and TCPIP Offload Engine (TOE) support v One serial port v One serial-attached SCSI (SAS) Approximate heat output in British thermal units (Btu) per hour: v Minimum configuration: 1230 Btu (360 watts) v Maximum configuration: 2840 Btu (830 Expansion bays: controller watts) v Hot-swap hard disk drive bays: One of v Six Universal Serial Bus (USB) ports the following configurations: (2.0) Electrical input: - Six 3.5-inch drive bays (optional tape - two on the front of the server v Sine-wave input (50-60 Hz) required drive will require two of these bays) - four on the back of the server v Input voltage range automatically selected - Eight 2.5-inch drive bays and one v Two video ports v Input voltage low range: tape drive bay - one on the front of the server - Minimum: 100 V ac v One 5.25-inch Ultrabay Enhanced bay - one on the rear of the server - Maximum: 127 V ac (CD-RW/DVD drive installed) v Support for Remote Supervisor Adapter v Input voltage high range: II SlimLine x - Minimum: 200 V ac Expansion slots: v Three low-profile PCI Express slots (two x8 and one x4 lanes) on system board v Support for one of the following riser cards: Video controller: v ATI RN50 video on system board v Compatible with SVGA and VGA v 16 MB DDR video memory - Maximum: 240 V ac v Input kilovolt-amperes (kVA) approximately: - Minimum: 0.36 kVA - Maximum 0.93 kVA - HTX riser card with a full height, full length HTX adapter slot (25 W max.) (standard) - PCI Express riser card with a full height, full length adapter slot (x16 lanes) (25 W max.) (optional) - PCI-X riser card with one full height, full length, 133 MHz/64-bit adapter slot (optional) Hot-swap fans: v Standard: Five v Maximum: Ten - provide redundant cooling RAID controller: v ServeRAID™-8k-l SAS Controller, 256 MB, that supports RAID levels 0, 1, 10 (standard) Notes: 1. Power consumption and heat output vary depending on the number and type of optional features that are installed and v Upgradable to ServeRAID-8k SAS the power-management optional features Controller, 512 MB with battery backup, in use. that supports additional RAID levels 2. These levels were measured in Acoustical noise emissions: v Declared sound power, idle: 6.8 bel v Declared sound power, operating: 6.8 bel controlled acoustical environments according to the procedures that are specified by the American National Standards Institute (ANSI) S12.10 and ISO 7779 and are reported in accordance with ISO average values stated because of room reflections and other nearby noise sources. The declared sound-power levels indicate an upper limit, below which a large number of computers will operate. Chapter 1. Introduction 5

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Table
1.
Features
and
specifications
Microprocessor:
v
AMD
Opteron
dual-core
with
2
MB
(1
MB
per
core)
Level-2
cache
v
1
GHz
Hypertransport
interconnect
bus
v
Support
for
up
to
two
microprocessors
Note:
Use
the
Configuration/Setup
Utility
program
to
determine
the
type
and
speed
of
the
microprocessors.
Memory:
v
Sixteen
DIMM
connectors
v
Minimum:
1
GB
v
Maximum:
64
GB
v
Type:
Registered,
PC2-5300
double
data
rate
(DDR)
II,
DIMMS
v
Sizes:
512
MB,
1
GB,
2
GB,
or
4
GB,
in
pairs
Drives:
(depending
on
your
model)
v
Hard
disk
drive:
SAS
or
SATA
v
One
of
the
following
IDE
drives:
–
DVD-ROM
–
CD-RW/DVD-ROM
combination
Expansion
bays:
v
Hot-swap
hard
disk
drive
bays:
One
of
the
following
configurations:
–
Six
3.5-inch
drive
bays
(optional
tape
drive
will
require
two
of
these
bays)
–
Eight
2.5-inch
drive
bays
and
one
tape
drive
bay
v
One
5.25-inch
Ultrabay
Enhanced
bay
(CD-RW/DVD
drive
installed)
Expansion
slots:
v
Three
low-profile
PCI
Express
slots
(two
x8
and
one
x4
lanes)
on
system
board
v
Support
for
one
of
the
following
riser
cards:
–
HTX
riser
card
with
a
full
height,
full
length
HTX
adapter
slot
(25
W
max.)
(standard)
–
PCI
Express
riser
card
with
a
full
height,
full
length
adapter
slot
(x16
lanes)
(25
W
max.)
(optional)
–
PCI-X
riser
card
with
one
full
height,
full
length,
133
MHz/64-bit
adapter
slot
(optional)
Hot-swap
fans:
v
Standard:
Five
v
Maximum:
Ten
-
provide
redundant
cooling
Hot-swap
power
supplies:
835
watts
(100-240
V
ac)
v
Minimum:
One
v
Maximum:
Two
-
provide
redundant
power
Size
(2
U):
v
Height:
85.4
mm
(3.36
in.)
v
Depth:
705
mm
(27.8
in.)
v
Width:
443.6
mm
(17.5
in.)
v
Weight:
approximately
21.09
kg
(46.5
lb)
to
29.03
kg
(64
lb)
depending
upon
configuration
Integrated
functions:
v
Baseboard
management
controller
or
on-board
service
control
processor
v
Two
Broadcom
10/100/1000
Ethernet
controllers
with
Wake
on
LAN
®
support
and
TCPIP
Offload
Engine
(TOE)
support
v
One
serial
port
v
One
serial-attached
SCSI
(SAS)
controller
v
Six
Universal
Serial
Bus
(USB)
ports
(2.0)
–
two
on
the
front
of
the
server
–
four
on
the
back
of
the
server
v
Two
video
ports
–
one
on
the
front
of
the
server
–
one
on
the
rear
of
the
server
v
Support
for
Remote
Supervisor
Adapter
II
SlimLine
x
Video
controller:
v
ATI
RN50
video
on
system
board
v
Compatible
with
SVGA
and
VGA
v
16
MB
DDR
video
memory
RAID
controller:
v
ServeRAID
™
-8k-l
SAS
Controller,
256
MB,
that
supports
RAID
levels
0,
1,
10
(standard)
v
Upgradable
to
ServeRAID-8k
SAS
Controller,
512
MB
with
battery
backup,
that
supports
additional
RAID
levels
Acoustical
noise
emissions:
v
Declared
sound
power,
idle:
6.8
bel
v
Declared
sound
power,
operating:
6.8
bel
Environment:
v
Air
temperature:
–
Server
on:
10°
to
35°C
(50.0°
to
95.0°F);
altitude:
0
to
914.4
m
(3000
ft).
Decrease
system
temperature
by
0.75°C
for
every
1000-foot
increase
in
altitude.
–
Server
off:
10°
to
43°C
(50.0°
to
109.4°F);
maximum
altitude:
2133
m
(7000
ft)
–
Shipment:
-40°
to
+60°C
(-40°
to
140°F);
maximum
altitude:
2133
m
(7000
ft)
v
Humidity:
–
Server
on/off:
8%
to
80%
–
Shipment:
5%
to
100%
Heat
output:
Approximate
heat
output
in
British
thermal
units
(Btu)
per
hour:
v
Minimum
configuration:
1230
Btu
(360
watts)
v
Maximum
configuration:
2840
Btu
(830
watts)
Electrical
input:
v
Sine-wave
input
(50-60
Hz)
required
v
Input
voltage
range
automatically
selected
v
Input
voltage
low
range:
–
Minimum:
100
V
ac
–
Maximum:
127
V
ac
v
Input
voltage
high
range:
–
Minimum:
200
V
ac
–
Maximum:
240
V
ac
v
Input
kilovolt-amperes
(kVA)
approximately:
–
Minimum:
0.36
kVA
–
Maximum
0.93
kVA
Notes:
1.
Power
consumption
and
heat
output
vary
depending
on
the
number
and
type
of
optional
features
that
are
installed
and
the
power-management
optional
features
in
use.
2.
These
levels
were
measured
in
controlled
acoustical
environments
according
to
the
procedures
that
are
specified
by
the
American
National
Standards
Institute
(ANSI)
S12.10
and
ISO
7779
and
are
reported
in
accordance
with
ISO
average
values
stated
because
of
room
reflections
and
other
nearby
noise
sources.
The
declared
sound-power
levels
indicate
an
upper
limit,
below
which
a
large
number
of
computers
will
operate.
Chapter
1.
Introduction
5