TechNotes V1.1 Extended Lifecycle Series D3348-B

Transcription

TechNotes V1.1
Extended Lifecycle Series
D3348-B
Content
1
2
3
3.1
3.2
3.3
3.4
3.5
3.6
3.7
4
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
4.10
4.11
4.12
4.13
4.14
4.15
4.16
4.17
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Revision History
Safety Instructions
Feature Overview D3348-B
Basic Layout [Update]
Block Diagram
External Connectors D3348-B
Onboard components D33348-B
Onboard components D3348-B / Memory
Onboard components D3348-B / Supported Processors & Memories
I/O-Shield
Interfaces & Connectors
Frontpanel Connector
Internal Serial (COM) Port Connector
LAN Connector
PS/2 Keyboard Port
PS/2 Mouse Port
Serial ATA Connectors
USB Architecture
Internal USB3.0 Connector (2 Ports)
External USB3.0 Connector (1 port)
Internal USB2.0 Connector (2 Ports)
External USB2.0 Connector (1 Port)
Internal USB2.0 Connector (1 Port “Stick Socket”) [New]
Fan Connectors
Power Supply Fan Connector
SCSI LED Connector
High Definition Front Panel Audio Connector (HD Audio) [Update]
Rear Audio Connector
TechNotes D3348-B V1.1
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http://www.fujitsu.com/fts/products/computing/pc/accessories/mainboards
4.18
Power Supply Connector
4.19
Chassis Intrusion
5
System Monitoring
5.1
D3348-B: Temperature Sensors and Fan Connectors
5.2
D3348-B: SystemGuard
5.3
D3348-B: SystemGuard – Details
5.4
SilentFanConfigManager – Customize System Monitoring Settings
5.5
Capacitor Endurance Time Comparison
5.6
Temperature Reference Points D3348-B
5.7
BMC – BIOS Default Settings D3348-B [New]
6
Power Supply
6.1
ATX Power Supply Requirements [Update]
6.2
Typical Power Consumption
7
Operating System Support
7.1
Support for Windows 7 / Windows 8.1 / Server 2012 R2
7.2
Linux Support
8
Mainboard Tools
Common Mainboard Tools
8.1
BIOS Boot Logo Tool
8.2
EditCMOS
8.3
OEMIDENT
8.4
SystemGuard
Industrial Tools
8.5
SilentFanConfig-Manager
8.6
Windows System-Monitoring API (BMCAPI) [Update]
9
Known Issues & Important Notes
9.1
Graphics – SLI Support
9.2
PCI Express Slots
9.3
Intel iAMT / vPRO Manageability Support – KVM
9.4
Onboard SATA Controller [New]
9.5
SATA HDD “4K Sectors” [New]
9.6
SATA RAID
9.7
MS Windows 7 -64: Possible error in Device Manager [New]
9.8
BIOS Boot Time
9.9
Support for future Broadwell Processor Series [New]
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9.10
BIOS Issues / Limitations
10 Miscellaneous
10.1
System Watchdog (WD)
10.2
Optional M.2 Carrier Board D3352 [Update]
10.3
Battery Lifetime [Update]
10.4
Trusted Platform Module (TPM)
10.5
BIOS Update / BIOS Recovery [Update]
10.6
BIOS / CMOS: Reset Defaults
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1 Revision History
Note: Latest changes are marked in yellow (see “Content” on previous pages)
V1.1
V1.0
Some updates and supplements 03/2015
First version 10/2014
Technical data are subject to change without prior notice. Fujitsu accepts no
responsibility with regards to technical or editorial mistakes or omissions.
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2 Safety Instructions
Do not connect or disconnect any cables or modules to or from any
onboard connector (except for the rear I/O connectors) until the
mainboard is completely powered off.
Any damage caused to the mainboard by misuse of the onboard
connectors is excluded from the standard warranty. Fujitsu cannot
be held liable for any damages that result from incorrect use of any
onboard connectors.
The system integrator is fully responsible for the usage of
appropriate connectors and cables in order to fulfill the technical
requirements (electrical contact, durability, power/current levels,
signal integrity etc.)
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3 Feature Overview D3348-B
• Based on Intel C612 Chipset
(Intel “Grantley” Platform)
•
Support for latest LGA2011 processors -up to 160W TDP
• Intel® Xeon® Processor E5-26xx [V3] series
• Intel® Xeon® Processor E5-16xx [V3] series
• Intel® CoreTM i7 Processor 59xx series
•
Support for M.2 PCI Express based SSD Modules
• Optional carrier board D3352-A for one or two SSD modules
• High-end data transmission
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•
iAMT 9.1 (vPro Manageability Support)
Note: Available feature set depends on installed processor
• Eight memory sockets DDR4
•
15µ gold plating for improved durability and reliability
For XEON processors:
• Single- / dual- / quad-rank DDR4 RDIMM or LRDIMM
2133MHz (CL15); 1.2V/2.5V; 288-pin
max. 256GB; ECC or non-ECC
For Core i7 processors:
• Single- / dual- / quad-rank DDR4 UDIMM
2133MHz (CL15); 1.2V/2.5V; 288-pin
max. 64GB; non-ECC
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•
Dual Intel Gbit LAN i217LM & i210AT onboard
• iAMT / vPro support
•
LAN teaming support
• Dual PCI Express x16 - Gen3
• High-End Graphics via two PCIe x16-slots
• Trusted Platform Module TPM V1.2 (Infineon) onboard
• Multichannel Audio (5.1) onboard
• 6-Layer PCB
• Improved electrical signal quality
• Improved durability
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Designed & approved for 24/7 continuous operation
High Efficient core voltage regulator design
Extended lifecycle
Internal socket for USB stick
 Install your USB dongle inside the chassis w/o danger of theft
 Avoids possible EMI issue with external USB stick
Hardware Watchdog
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 Incl. BIOS-POST/Boot and OS supervision
 Easy SW integration via Windows API
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3.1 Basic Layout
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[Update]
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3.2 Block Diagram
3.3 External Connectors D3348-B
Audio
LAN1 (iAMT); 2 x USB 3.0
2.0
LAN2; 2 x USB 2.0
2 x USB 2.0
PS/2 Kbd-Mouse
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3.4 Onboard components D33348-B
24 Pin ATX PSU
6 Layer PCB
Fan 2 (PWM)
Fan 3 (PWM)
USB 2.0 internal
PSU Fan, PWM
Shared with Fan 4
USB 2.0 Front Panel
1)
USB 3.0 Front Panel
Buzzer
Processor LGA2011 R3
Socket for USB stick
Note: „Square ILM“ required!
Fan 4 (PWM)
Shared with PSU Fan
1)
Front Panel Audio
TPM Jumper
12V Supply (CPU/Slots)
1) Fan4 and PSU fan connector are shared;
they must not be used simultaneously
Fan 1 (Processor, PWM)
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Onboard components D3348-B [Update]
SCSI LED
Connector
Intrusion Connector
Front Panel
(Power/Reset/LEDs)
6 x SATA-600
First SATA Controller
4 x SATA-600 (sSATA)
Second SATA Controller
COM1
#2/#1: 2 x PCIe x8 (1 Lane, Gen2)
#7: PCIe x8 (4 Lanes, Gen3)
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3.5 Onboard components D3348-B / Memory
Supported memory modules:
XEON Processors: Single- / dual- / quad-rank DDR4 RDIMM or LRDIMM; 133MHz (CL15); 1.2V/2.5V; 288-pin; max. 256GB; ECC or non-ECC
Core i7 Processors: Single- / dual- / quad-rank DDR4 UDIMM; 133MHz (CL15); 1.2V/2.5V; 288-pin; max. 64GB; non-ECC
[3]
Channel C / Module 1
[7]
Channel C / Module 2
[4]
Channel D / Module 1
[8]
Channel D / Module 2
[6]
Channel B / Module 2
[2]
Channel B / Module 1
[5] Channel A / Module 2
[1]
Channel A / Module 1
Stuffing Sequence for memory modules!
Note: Mixed population single rank / dual rank / quad rank within one channel: Install low-rank module close to processor.
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3.6 Onboard components D3348-B / Supported Processors & Memories
Processor Name
Codename
XEON® E5-26xx V3 series
Haswell-EP
XEON® E5-16xx V3 series
Haswell-EP
Core i7 - 59xx series
Haswell-E
Memory
vPro Support
RDIMM / LRDIMM
DDR4-2133 1)
UDIMM
DDR4-2133 1)
yes
yes
no
1) Effective memory speed depends on installed processor model.
D3348-B supports DDR4-2133, DDR4-1866, and DDR4-1600
Note: Core i7-5820K is NOT supported on D3348-B.
As this processor offers less high speed lanes (28 instead of 40), several PCIe slots could not be used if i7-5820K is installed.
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Feature Overview
3.7 I/O-Shield
FTS IO-Shield: Best-in-class steadiness and EMI/ESD protection
Spring Steel Sheet
Enforcement Sheet
Rear Gasket = Foam with
Aluminium
Nominal force: ~ 75 N
for specified ATX IO “letterbox”
Note: ATX Chassis “letterbox” for I/O shield:
Nom. size = 158.75 x 44.45mm
Tolerance = +/- 0.2mm
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4 Interfaces & Connectors
4.1 Frontpanel Connector
Pin
Signal
Pin
Signal
1
3
5
7
9
11
13
15
17
19
21
23
HD-LED +
HD-LED GND
RST_L
reserved
reserved
reserved
reserved
Speaker +
GND
Key
Speaker -
2
4
6
8
10
12
14
16
18
20
22
24
Power LED +
Power LED Power_Button
GND
Key
GND
reserved
reserved
BIOS Testmode (reserved)
GND (0,1K)
GND (0,1K)
Recover BIOS
Pin 1
Pin 2
Default Jumper
Setting
Note: “Reserved” pins must not be connected!
Power LED:
Anode: Pin 2 – current source 15mA up to 3.9V
Cathode: Pin 4
HDD LED:
Anode: Pin 1 – current source 3mA up to 3.6V
Cathode: Pin 3
Internal Speaker Output:
Differential audio signal; mono, typ. 2W RMS / 4Ohm
Note: System Beeps are audible via the internal speaker output only,
even if a device is connected to the external audio ports (rear/front).
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4.2 Internal Serial (COM) Port Connector
Pin
Signal
Pin
Signal
1
3
5
7
9
DCD 1
SIN 1
SOUT 1
DTR 1
GND
2
4
6
8
10
DSR 1
RTS 1
CTS 1
RI 1
Key
Pin 1
Pin 2
optional COM-cable
with ATX bracket
4.3 LAN Connector
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Pin
Signal with 10/100/1000
Signal with 10/100
1
2
3
4
5
6
7
8
MX1 +
MX1 MX2 +
MX3 +
MX3 MX2 MX4 +
MX4 -
TX +
TX RX +
TERMPLANE
TERMPLANE
RX TERMPLANE
TERMPLANE
Pin 1
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4.4 PS/2 Keyboard Port
Pin
Signal
1
2
3
4
5
6
KBD Data
Not connected
GND
VCC (polyswitch fused)
KBD CLK
Keyboard_On (low asserted pulse)
Pin 6
Pin 5
Pin 4
Pin 3
Pin 2
Pin 1
4.5 PS/2 Mouse Port
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Pin
Signal
1
2
3
4
5
6
MOUSE Data
Not connected
GND
VCC (polyswitch fused)
MOUSE CLK
Not connected
Pin 6
Pin 5
Pin 4
Pin 3
Pin 2
Pin 1
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4.6 Serial ATA Connectors
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Pin
Signal
Pin
Signal
1
3
5
7
GND
Transmit data negative
Receive data negative
GND
2
4
6
Transmit data positive
GND
Receive data positive
1
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4.7 USB Architecture
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USB Architecture
Port 8 / 12
“internal”
Port 0 / 1
(USB3)
Port 2 / 3
“Front Panel”
Port 9
“Stick”
Port 4 / 5
(USB3)
Port 6 / 7
Port 10 / 11
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4.8 Internal USB3.0 Connector (2 Ports)
Pin
1
3
5
7
9
11
13
15
17
19
Signal
VCC AUX
USB3_RX positive (P2)
USB3_TX negative (P2)
GND
Data positive (P2) [USB2.0]
Data positive (P3) [USB2.0]
GND
USB3_TX negative (P3)
USB3_RX positive (P3)
VCC AUX
Pin
2
4
6
8
10
12
14
16
18
Signal
USB3_RX negative (P2)
GND
USB3_TX positive (P2)
Data negative (P2) [USB2.0]
FP Detect
Data negative (P3) [USB2.0]
USB3_TX positive (P3)
GND
USB3_RX negative (P3)
Pin 1
Pin 19
Note: All USB3 connectors provide separate signal
lines for USB3.0 and USB2.0!
4.9 External USB3.0 Connector (1 port)
Pin
Signal
1
VCC auxiliary
(polyswitch fused and power supervision with over current detection)
Data negative [USB2.0]
Data positive [USB2.0]
GND
USB3_RX negative
USB3_RX positive
GND
USB3_TX negative
USB3_TX positive
2
3
4
5
6
7
8
9
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Pin 9
Pin 1
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4.10 Internal USB2.0 Connector (2 Ports)
Pin
Signal
Pin
Signal
1
3
5
7
9
VCC AUX
Data negative Port X
Data positive Port X
GND
Key
2
4
6
8
10
VCC AUX
Data negative Port Y
Data positive Port Y
GND
Not connected
Pin 1
Pin 2
4.11 External USB2.0 Connector (1 Port)
Pin
Signal
1
VCC auxiliary
2
3
4
Data negative
Data positive
GND
(polyswitch fused and power supervision with over current detection)
Pin 1
4.12 Internal USB2.0 Connector (1 Port “Stick Socket”)
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Pin
Signal
1
VCC auxiliary
2
3
4
Data negative
Data positive
GND
(Power line for this socket is NOT fuse-protected!)
[New]
Pin 1
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4.13 Fan Connectors
Pin
Signal
1
2
3
4
GND
12V
FAN Sense
FAN PWM
Note:
Fans must never be attached or
removed while the system is
powered. Mainboard may be
damaged!
Pin 1
Fan speed control is supported for 4 pin (PWM) fans.
3-pin fans (voltage controlled) connected to Fan1/Fan2/Fan3/Fan4 connector will always operate at full speed resp. 12V supply voltage!
Fan current: max. 2A continuous / 3A peak for each fan connector
4.14 Power Supply Fan Connector
Pin
Signal
1
2
3
4
5
6
7
8
reserved
PS Fan PWM
reserved
PS FAN Sense
reserved
reserved
reserved
Pin 1
GND
Note: This feature is not supported by standard ATX power supplies!
The power supply fan connector is shared with FAN4 connector, they must not be used simultaneously!
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4.15 SCSI LED Connector
Pin
Signal
1
2
3
4
Not connected
„SCSI-ON“ LED (low asserted input)
„SCSI-ON“ LED (low asserted input)
Not connected
Pin 1
4.16 High Definition Front Panel Audio Connector (HD Audio)
Pin
Signal
Pin
Signal
1
3
5
7
9
HDA Port 1 Left
HDA Port 1 Right
HDA Port 2 Left Right
Jack Sense common
HDA Port 2 Right Left
2
4
6
8
10
Analog GND
FP Presence Detect
Jack Sense Port 1
Key
Jack Sense Port 2
[Update]
Note: Legacy Audio Mode (AC97) is not supported by D3348-B.
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4.17 Rear Audio Connector
Pin
Signal
A
Line input
Pin
Signal
A
Headphone output
Pin
Signal
A
Microphone input
Pin A
Line IN (light blue)
Pin A
Headphone OUT (lime)
Pin A
Microphone IN (pink)
Electrical input characteristics
Line: Stereo max. 1,2Vrms (Gain=0dB) input voltage
Microphone: Supports electret microphones with 1,3Vrms (Gain=0dB) or 0,13Vrms (Gain=20dB)
Electrical output characteristics
Headphone: Stereo max. 1,2 Vrms output voltage at 32Ohm load
System Speaker (via front panel connector): Mono, typ. 2W (RMS) at 4Ohm load
Mute Topology
When an output device (HeadPhone, HifiAmp...) is attached to an output jack, the following mute topology is required:
 FrontOut mutes RearOut and MonoOut  RearOut mutes MonoOut (frontpanel system speaker)
Remark: System beeps are only audible via the internal (frontpanel) system speaker. System beeps are also audible on the internal speaker if an external
device is plugged in.
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4.18 Power Supply Connector
Power Supply Connector (Multirail)
Pin 13
Pin
Signal
Pin
Signal
13
14
15
16
17
18
19
20
21
22
23
24
+ 3.3V (P3V3P)
- 12V (P12VN)
GND
PS on (low asserted)
GND
GND
GND
NC
+ 5V (VCC)
+ 5V (VCC)
+ 5V (VCC)
GND
1
2
3
4
5
6
7
8
9
10
11
12
+ 3.3V (P3V3P)
+ 3.3V (P3V3P)
GND
+ 5V (VCC)
GND
+ 5V (VCC)
GND
Powergood (high asserted)
+ 5V Auxiliary (VCC Aux)
+ 12V (P12VP)
+ 12V (P12VP)
+ 3.3V (P3V3P)
Pin 1
Additional Power Supply Connector (12V for System/Processor)
Pin
Signal
Pin
Signal
5
6
7
8
+ 12V1
+ 12V1
+ 12V2
1
2
3
4
GND
GND
GND
GND
+ 12V2
Note: See section “power supply” for specific PSU requirements!
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4.19 Chassis Intrusion
Pin
Signal
1
2
3
GND
Case open (low asserted)
Intrusion switch present (low asserted)
Pin 1
Note:
The intrusion supervision feature needs to be enabled in BIOS Setup first (Menu „Security“  „Cabinet
Monitoring“).
This BIOS option is only available if pin 3 („Intrusion Switch Present“) is connected to GND!
Note:
Chassis intrusion is active even if the system is switched off (S5 state) or
disconnected from mains power.
The intrusion event is monitored by the chipset (PCH) and stored in the BIOS
Eventlog during the next Boot.
A timestamp (Boot date/time) will be added then.
Note: This timestamp does not represent date/time of the intrusion event!
If a Supervisor Password is enabled in BIOS Setup, the system will stop
during BIOS POST if an intrusion event has been detected. In order to
continue, the Supervisor Password must be entered to confirm the intrusion
event.
The intrusion status can be easily monitored by using the BMCAPI (Windows):
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/Industrial_Tools_D3348/
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5 System Monitoring
- Temperature Sensors and Fans
- SystemGuard: Fan / Temperature Monitor
- SilentFanConfig-Manager
- Temperature Reference Points
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System Monitoring
5.1 D3348-B: Temperature Sensors and Fan Connectors
Note: Do not attach more than one fan per connector!
Remove or connect fans only when unit is powered off!
Fan 2 (PWM)
Fan 3 (PWM)
PowerSupply Fan
Sensor “PCH”
(PC2009)
Shared with Fan 4
TDP max. 6.5W
Sensor “PCIe Graphics 1”
Sensor “Processor” (PECI)
Sensor “BMC”
Sensor “Core”
Sensor “PCIe Graphics 2”
TDP max. 160W
Sensor “MEM A/B”
Fan 4 (PWM)
Processor Fan (Fan1,PWM)
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Shared with PSU Fan
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System Monitoring
5.2 D3348-B: SystemGuard
System Monitoring Tool:
•
Visualize processor and sensor
temperature data
•
Display current speed for all
attached fans
•
User can configure fan aging control
(menu “Special”)
•
User can configure system watchdog
(menu “Special”)
Note: SystemGuard ≥ V4.06 required
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System Monitoring
5.3 D3348-B: SystemGuard – Details
Temperature Sensors
PECI - Processor Sensor 1)
Core
(CPU Core Voltage Regulator)
Memory Sensor
PCIe Graphics 1 Sensor
PCIe Graphics 2 Sensor
BMC Sensor 2)
(Baseboard Management Controller)
PCH Sensor
Sensor / Fan Matrix
 Indicates which sensor influences the specific fan speed
 Note: Characteristics for FAN1 is always dependent on the CPU
temperature – fully controlled by the system BIOS.
Due to safety reasons the influence of the CPU sensor for FAN1
cannot be disabled!
FanPS (or Fan4)
 This feature is only supported by specific power supplies
1) Note: The temperature value shown for the processor (digital „PECI“ measurement =Platform Environment Control Interface)
does NOT provide the absolute processor temperature, but it is a calculated value based on the relative PECI data.
2) The BMC sensor does not show the absolute temperature, and it may be quite inaccurate!
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System Monitoring
5.4 SilentFanConfigManager – Customize System Monitoring Settings
Windows-based System Management Configuration Tool
1. Windows-based configuration tool (SilentFanConfig) to create customized system monitoring settings like minimum fan speed and
temperature sensor influence. These customized settings are stored in a specific “SMCO” flash file.
2. DOS-based tool “SMCO” to flash the customized system monitoring settings (SMCO file) to the system BIOS of the target unit.
SilentFanConfig-Tool:
Create specific system
monitoring settings
SMCO-Tool
Flash SMCO file to
mainboard BIOS
SMCO Flash File
(any Windows-based PC)
Note:
SilentFanConfig-Tool +
SMCO-Tool =
SilentFanConfigManager
(each unit in production)
New settings are written permanently to system BIOS.
Any BIOS update or BIOS Recovery will not reset the new settings
SilentFanConfig ≥ V1.80 required for D3348-B
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System Monitoring
5.5 Capacitor Endurance Time Comparison
D3348-B
Polymer (solid
electrolyte)
capacitors only!
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System Monitoring
5.6 Temperature Reference Points D3348-B
Reference Point Limit Temperatures (Component Surface) must not be exceeded!
Operating Conditions:
Circulating air max. 50°C
Usage 24h / 7 days
Voltage Regulators max. 90°C
Inductors max. 90C
Inductor max. 90°C
LAN 1 max. 70°C
Inductor max. 90°C
Voltage Regulator max. 90°C
All capacitors
max. 68°C
Note: Battery operation is specified in
temperature range up to 60°C. Operation
between 60°C and 70°C may result in:
- Higher self discharge rate
- Decline of specified characteristics
- Danger of leakage increases
PCH max. 90°C
(chip surface)
Super I/O max. 70°C
Quartz max. 70°C
Audio Codec max. 70°C
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System Monitoring
Temperature Reference Points D3348-B (Rear View)
Reference Point Limit Temperatures (Component Surface) must not be exceeded!
Operating Conditions:
Circulating air max. 50°C
Usage 24h / 7 days
Driver Chips max. 80°C
Capacitors max. 68°C
LAN 2 max. 70°C
TPM max. 70°C
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System Monitoring
5.7 BMC – BIOS Default Settings D3348-B [New]
The default system monitoring settings like fan speed, sensor influence, and Alert temperatures are fixed by the system BIOS.
All relevant settings can be customized by system builders via the SilentFanConfig-Manager tool kit.
Sensors 
Fan1 (CPU)
Fan2
Fan3
Fan4/PSU
PECI (Processor)
X
X
X
X
Core
X
X
X
X
MEM AB
PCIe1
PCIe2
BMC
PCH
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
“X” indicates that this specific sensor influences the speed of this specific fan
StartUp 1)
FullSpeed 2)
Alert 3)
Note
PECI (Processor)
80
99
99
These settings are fixed by the BIOS (depends on the
individual installed processor) and cannot be changed via
SilentFanConfig-Manager.
Core
MEM AB
PCIe1
PCIe2
BMC
PCH
60°C
45°C
45°C
45°C
30°C
50°C
75°C
55°C
55°C
55°C
40°C
65°C
80°C
60°C
60°C
60°C
45°C
70°C
These settings are implemented for the current
BIOS version and may be changed for upcoming
BIOS versions!
Default minimum fan speed = 30% for all fans
(50% for “Enhanced Mode”).
1)
2)
3)
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If the sensor temperature is below “StartUp” the fan rotates a its defined minimum fan speed
Between “StartUp” and “FullSpeed” the fan speed increases linear
If the sensor temperature achieves “Alert”, the system can provide a warning (e.g. via SystemGuard tool)
Page 39 of 61
6 Power Supply
6.1 ATX Power Supply Requirements [Update]
(2)
(3)
Connectors for ATX Power Supply
(1)
(1) 24 pin main ATX power connector
(2) 8 pin connector for system & processor supply (+12V, GND)
(3) Processor Core Voltage Regulator: High Efficiency Design for enhanced
power saving and less thermal dissipation loss.
Important note: 12V Power Supply Rails
Background: 12V Processor Supply Voltage / 12V System Supply Voltage
Max. processor load = 160Wcont. / 320Wpeak (<250ms, Turbo Mode)
Max. 12V combined load for rail#1 & rai#l3 (incl. power dissipation of onboard
processor voltage regulators): 190Wcont. / 380Wpeak
190Wcont. @ 12V: ~ 16Acont. (~ 32 Apeak)  4Acont. / 8Apeak for each PSU 12V / GND pin (rail#1, #3)
12V rail#2 (system): max. 19Acont. max. 4.5Acont. 9.5Acont. for each PSU 12V / GND pin (rail#2)
The mainboard D3348-B supports three single 12V rails (besides the “standard” rails for 3.3V and 5V provided by the ATX PSU).
12V rail #1 and 12V rail #3 are used to provide +12V for the processor (core voltage regulator), 12V rail #2 provides +12V for the mainboard (focus on PCIe
slot supply).
Each +12V / GND pin of the PSU should support up to 10A continuous current for full system configuration.
Single-rail 12V supply instead of three separate 12V rails is possible.
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Power Supply
ATX Power Supply Requirements [Update]
Supply Voltage
PSU min.
Load
Max. Voltage
Tolerance
+ 12VCPU (Rail #1)
Max. Mainboard
Current
1.000µF
0.5A
1)
+/- 5%
~ 16A
+ 12VCPU (Rail #3)
1)
1.000µF
Note
Combined load for Rail1 and Rail3 @ full processor load (incl.
power dissipation of onboard voltage regulators):
Max. 16A continuous / 32A peak for < 250ms.
Rail #1 includes supply voltage for FAN1 (CPU),
Rail #3 includes supply voltage for FAN2.
12VSys estimated power demand:
2)
- up to 5.5A for each PCIe x16 slot
- up to 2A for each PCIe x4 / x8 slot
- supply voltage for fans FAN3 & FAN4
+ 12VSys (Rail #2)
0.2A
+/- 5%
1.000µF
~ 19A
Depends on
configuration
+5V
0.2A
+/- 5%
2.200µF
~ 25A
Depends on
configuration
5V estimated power demand:
- up to 20A for full memory configuration
- up to 0.5A / 0.9A for each USB 2.0 / 3.0 device
+3.3V
0.5A
+/- 5%
1.200µF
~ 21A
Depends on
configuration
3.3V estimated power demand:
- up to 3A for each PCIe slot
-12V
0A
+/- 10%
---
---
+5V aux
0A
+5 % / -3%
2.200µF
2A
1)
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Mainboard
Capacitive Load
Combined load for Rail1 & Rail3 (Processor Supply Voltage)
Power supply should be able to provide up to 2A
2) The layout for each PCIe x16 slot (16 lanes / 4 lanes) is prepared to deliver up to 5.5A @ 12V (max. overall load must be considered!)
Page 41 of 61
Power Supply
6.2 Typical Power Consumption
Sample Configuration:
12V rail#1
230V
Mains
Mainboard D3348-B
XEON E5-2699 V3 (145W TDP)
2 x nVidia NVS315
1 x HDD SATA 2.5”
Processor Fan
2 x 8GB (16GB RDIMM) or
6 x 16GB + 2 x 8GB (112GB RDIMM)
12V rail#2
Power
Meter
12V rail#3
ATX PSU
FSP600-60AHBC
600W
5V
3.3V
5Vaux
GND, PSON, PG
USB Keyboard
USB Mouse
Typical power consumption (Based on BIOS R1.2.0 / Default Settings):
16GB RDIMM
112GB RDIMM
16GB RDIMM
Windows 7 – Idle Mode
Mains Input Power
~ 50W
1)
~ 1.6A
12V rail#1 / rail#3
Windows 7 – 100% Processor Load
~ 220W
< 1A
~ 1A
~ 1.8A
~ 1.6A
3.3V
1)
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~ 230W
~ 16A
12V rail 2 (system)
5V
112GB RDIMM
~ 3.2A
2)
~ 2.3A
Combined load for Rail1 & Rail3 (Processor Supply Voltage)
2) ~10A @ FTS MemTest
Page 42 of 61
7 Operating System Support
- MS Windows® 7 (64bit)
- MS Windows® 8.1 (64bit)
- MS Windows® Server 2012 R2 (64bit)
- Linux
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7.1 Support for Windows 7 / Windows 8.1 / Server 2012 R2
• Mainboard D3348-B is designed according to the
related Microsoft Guidelines.
•
MS certified drivers (64 Bit) are available via OEM DU-DVD
and OEM FTP Server
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/Drivers_D3348/
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7.2 Linux Support
Mainboard D3348-B has been certified for
• SLES 11.3
• SLED 11.3
• RHEL 7
Note: The latest revision of all standard Linux distributions should be usable
on D3348-B. Currently no issues known.
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8 Mainboard Tools
Common Mainboard Tools
Note: Further details regarding mainboard tools can be found in the related “Mainboard Tools Datasheet”
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/$$_DS_UEFI-Tools.pdf
Note: Make sure not to use any DOS memory manager like himem.sys oder emm386!
8.1 BIOS Boot Logo Tool
- Tool to integrate a customized boot logo
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/BootLogo_4_UEFI/
8.2 EditCMOS
- DOS-based production tool to change BIOS settings
and freeze customized BIOS settings (= customized default settings)
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/EditCMOS_UEFI/
8.3 OEMIDENT
- Production tool to add MS OEM licence data (SLP1 / SLP2.x / OA3.0)
- Add an individual customer serial no / add a chassis asset tag and patch several DMI data
- Disable and hide TPM feature in BIOS Setup
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/OEM-Ident/
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Mainboard Tools
8.4
SystemGuard
- Windows-based tool to monitor temperatures and fan speed of FTS mainboards
- Option to configure automatic fan ageing supervision
- Provides access to the System Watchdog
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/SystemGuard/
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Mainboard Tools
Industrial Tools
8.5 SilentFanConfig-Manager
- Windows-based configuration tool to implement customized fan
characteristics and temperature parameters. Includes DOS-based
tool "SMCO" to flash the configuration file permanently into the system BIOS.
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/Industrial_Tools_D3348/SilentFanConfig-Manager/
8.6 Windows System-Monitoring API (BMCAPI)
[Update]
BMC-API ≥ R2.39 required for D3348-B
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/Industrial_Tools_D3348/BMC_Management-Controller-API/
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9 Known Issues & Important Notes
9.1 Graphics – SLI Support
- D3348-B does not support SLI based on nVidia GeForce
-
D3348-B does not support SLI based on nVidia Quadro
9.2 PCI Express Slots
Possible options to get critical PCIe cards working:
 Reduce PCIe link speed in BIOS Setup
 Change Link State Power Management setting within Windows OS
Control Panel / Power Options / Change Plan Settings / Change advanced power settings / PCI Express / Link State Power Management
Change from “moderate power savings” or “maximum power savings” to “Off”.
9.3 Intel iAMT / vPRO Manageability Support – KVM
Please note: Due to the fact the processors for D3348-B do not offer integrated graphics, KVM via iAMT is NOT supported.
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9.4 Onboard SATA Controller
[New]
D3348-B provides two SATA controllers.
Controller #1 = SATA ports 0-5
Controller #2 (sSATA = “Second SATA”)= SATA ports 6-9
Notes:
RAID can only be installed on drives connected to SATA controller #1 or drives connected to SATA controller #2.
RAID between controller #1 and controller #2 is NOT possible!
If drives are only connected to SATA controller #1, they must not be moved to controller #2 (sSATA) during OS runtime.
As Windows does not initially install a driver for the sSATA controller (in case no drives are attached), the moving of a drive
from controller #1 to controller #2 may result in Windows BSoD
9.5 SATA HDD “4K Sectors”
[New]
SATA drives based on “4Kn” (4K native sectors) like Toshiba MG04ACA500A - 5TB are currently not supported on D3348-B.
Issue will be solved with upcoming BIOS version > R1.7.0
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9.6 SATA RAID
Possible issue: SATA mode=RAID
 Systems stops during POST while pressing "Strg + I" to enter RAID Option ROM
Workaround: Set “Quiet Boot=Disabled” in BIOS Setup to enter RAID Option ROM
Note: RAID Migration may need much longer as on previous systems.
9.7 MS Windows 7 -64: Possible error in Device Manager
[New]
Due to a missing driver (“FUJ02E3” device) on Driver & Utilities DVD 2014.03 for MS Windows 7 -64 there may be an error
(exclamation mark) in Windows device manager.
Please install the appropriate FUJ02E3 device driver from the OEM FTP server, or select e.g. mainboard D3243-S on DU-DVD 2014.03
in order to install the FUJ02E3 device.
Issue has been solved from DU-DVD 2015.01.
9.8 BIOS Boot Time
Please note that the BIOS Boot time depends on the amount of installed memory and the installed
PCI Express extension cards (e.g. Option ROM delay)
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9.9 Support for future Broadwell Processor Series
[New]
The hardware of the D3348-B is already prepared for the future Broadwell processors LGA2011.
But as they require a new BIOS core, there will be an updated mainboard version from Q1/2016 in
order to support the upcoming Broadwell processor series.
9.10 BIOS Issues / Limitations
Please see latest BIOS Release Notes for issues or limitations.
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/BIOS_D3348-B/
Note: Following the above FTP BIOS link, there may be a subfolder that provides CSR (Customer Service Release) BIOS versions.
A CSR BIOS can provide workarounds for specific customer problems, but this version has to be installed by the system builder as it will not be
implemented in the factory.
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10 Miscellaneous
10.1 System Watchdog (WD)
D3348-B provides full BIOS POST-, Operating System Boot-, and Operating System-Runtime watchdog supervision.
Power On Init
BIOS POST
1)
“BIOS POST Watchdog ”
OS Boot
OS running
1)
“BIOS Boot Watchdog ”
“OS Watchdog”
1) 2)
POST-WD-timeout = 120sec.
BOOT-WD-timeout
OS-WD-timeout (max. 255 minutes)
(fix defined by BMC firmware)
(according to BIOS Setup)
(according to specific WD software agent)
OS started. If the watchdog has been enabled by BIOS (timeout
set to xy minutes in BIOS Setup) it must be switched off or
retriggered (continuously) by a specific OS application (=WD software
agent), otherwise the system will be reset after xy minutes (= BOOTWD-timeout) respectively after nn minutes (repetitive OS-WD-timeout).
If the watchdog is enabled in BIOS Setup (timeout set to xy minutes) and the
system hangs during OS boot, the system will be reset after xy minutes.
BIOS checks at the end of POST if the watchdog must be switched off (timeout set to 0
in BIOS Setup) or retriggered according to the timeout setting in BIOS Setup (1 - 255 minutes)
BMC initializes watchdog (fixed timeout = 2 minutes; no user setting possible). If the operator runs BIOS Setup
the watchdog is set on hold. Additional PCI/PCEe extensions cards that provide an Option ROM may cause
a system reset due to BIOS POST watchdog timeout, if the user activates any menu within the Option ROM
for more than 2 minutes!
1)
2)
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Note: All three watchdogs are physical identical, but they are handled from different application levels
As the SystemGuard tool offers access to the watchdog it can be used as “WD software agent” to retrigger the watchdog during OS runtime
Page 53 of 61
Miscellaneous
How to handle the different watchdog levels

BIOS POST Watchdog
o

No user interaction possible – POST Watchdog is always enabled!
BIOS Boot Watchdog
o
Set Watchdog in BIOS Setup
0 = WD disabled
1 – 255 = WD enabled (timeout = 1 – 255 minutes)
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Miscellaneous

OS Watchdog
o
Use “WD software agent” to stop or retrigger the watchdog during OS runtime
Note: This “agent” needs to be provided by the customer, dependent on his needs.
For easy access to the watchdog functions, the Windows API (BMCAPI) can be used:
o
For easy testing, the SystemGuard tool provides access to the OS Watchdog. After enabling the Watchdog, SystemGuard retriggers the WD
continuously. In case the system freezes, SystemGuard does no longer provide the retrigger signal and the watchdog resets the system after the timeout.
Note: When SystemGuard is closed, the WD is stopped in order to avoid a unwanted system reset!
Menu “Special”:
--> Enable WD
--> Set timeout to 1 – 8 minutes
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Miscellaneous
10.2 Optional M.2 Carrier Board D3352
[Update]
This PCIe x8 carrier board enables the use of one or two
PCI Express based M.2 SSD modules for high-end data
transmission and minimum system boot time
Each M.2 socket supports 4 PCIe lanes.
If both modules are installed on the carrier board,
8 PCIe lanes are required.
If the carrier board is installed in a PCIe slot with
4 lanes, only the first M.2 socket can be used.
Recommended M.2 modules:
Samsung SM951 series (PCIe 3.0 / 4 lanes / AHCI)
AHCI Boot support on D3348 available from BIOS R1.7.0
Note: D3352 may not work reliably on slot #7 (PCIe slot closest to processor);
issue will be solved with upcoming BIOS version.
For details see related D3352 datasheet:
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Accessories/Miscellaneous/DS_D3352_M.2-Carrier-Board.pdf
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Miscellaneous
10.3 Battery Lifetime [Update]
The typical battery lifetime is designed for 5 years.
This is based on following usage profile:
 G3  28% / two days per week
(System Off, Power disconnected)
 Deep S5/S4/S3  48% / 17 hrs per working day
(System Off, Power connected)

S0  24% / 8 hrs per working day
(System Working)
On-Temperature (S0): 70°C
Off-Temperature (G3, S5/S4/S3): 23°C
Note: If the system is never in G3 mode or if the S0 “working” temperature is lower than 70°C, this may result
in much higher battery lifetime.
If the mainboard is just stored (no operating voltage attached), the typical battery lifetime is also 5 years.
Due to tolerances of the installed battery, the effective battery lifetime may be in the range of 4.5 years – 6 years
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Miscellaneous
10.4 Trusted Platform Module (TPM)
TPM V1.2 controller: Infineon SLB 9660
The module supports TPM V1.2; FW upgrade to V2.0 possible
TPM Jumper
TPM Infineon
(rear side)
Note:
- TPM Jumper must be installed in order to enable the TPM hardware (installed = default)
- TPM must be enabled in BIOS Setup before its features can be used
- For applications / customers that do not what to use TPM, the full functionality can be disabled and
hidden in BIOS Setup by the OEMIDENT tool. See OEMIDENT readme for details.
Once TPM has been disabled by OEMIDENT, it cannot be re-enabled again (only possible by factory RMA)!
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Miscellaneous
10.5 BIOS Update / BIOS Recovery
[Update]
Note: Detailed information about the EFI (DOS) Flash-Tool and helpful options are available here:
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Services/Software&Tools/Common-Mainboard-Tools/EFI-Flash_Tool/EFI-FLash-Tool_HowTo.pdf
BIOS update options
Link to related BIOS files (OEM FTP Server):
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/BIOS_D3348-B/

DOS-based BIOS update (DOS-bootable USB stick)
Required BIOS files:
o
o
o
EfiFlash.exe (DOS flash tool)
DosFlash.bat (batch file)
D3348-Bx.upd (flash file)
Copy unzipped files to a DOS-bootable USB stick, boot system from stick and run DosFlash.bat
Note: In order to easily create a Free-DOS bootable stick, the Fujitsu BootStick tool can be used:
ftp://ftp.ts.fujitsu.com/pub/Mainboard-OEM-Sales/Products/Mainboards/Industrial&ExtendedLifetime/D3348-B/BIOS_D3348-B/FTS_Basic-BootStick.$XE
Note: Make sure to not use any DOS memory manager like himem.sys or emm386!
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Miscellaneous
BIOS Update / BIOS Recovery

Windows-based BIOS update (Deskflash tool)
Required BIOS file:
o
D3348-Bxx.R1.x.y.DFI.exe
(Windows executable flash tool)
Copy file from FTP (link see above), rename filename.$xe to filename.exe and copy to target system (e.g. Windows desktop).
Doubleclick to start BIOS update and follow instructions on the screen.

DOS-based BIOS Recovery (DOS-bootable USB stick)
Required BIOS files:
o
o
o
o
EfiFlash.exe (DOS flash tool)
DosFlash.bat (batch file)
D3348-Bx.upd (flash file)
D3348-Bx.rom --> Important: This files must be located in the root directory of the USB stick!
Copy the *.ROM file (included in the ZIP file) to the root directory of a FAT32 formatted bootable USB stick.
Power off the mainboard, insert the USB stick, set the jumper to Recovery Mode (see picture), then turn on
the mainboard.
You will hear short beeps while the BIOS is recovered. Wait until you hear a series of "long-long-short-short"
beeps. Then turn off the mainboard and move the jumper back to the standard position.
The Recovery process can take a few minutes.
Note: BIOS Recovery should only be used to repair a corrupted BIOS.
All customized data except for OEM SLP data will be reset.
10.6 BIOS / CMOS: Reset Defaults
How to set BIOS Setup to Defaults (“Clear CMOS”):
Power off system, set Jumper to “Recovery”, power on system and wait until picture appears on screen.
Power off again and set jumper to previous position. CMOS settings should now be reset to default mode. (For this procedure no BIOS update/ USB stick is required!).
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54
TechNotes D307x-S V1.1
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Page 61 of 61
Copyright 2011 FUJITSU

TechNotes V1.1 Extended Lifecycle Series D3348-B

Transcription

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