Beckhoff CB1067 Operation instructions
Original manual | EN
CB1067
Computerboard
16.09.2020 | Version: 1.0
Table of Contents
CB1067 3
Version: 1.0
Table of Contents
1 Documentation issue status.....................................................................................................................5
2 Notes on the documentation ....................................................................................................................6
3 Safety instructions ....................................................................................................................................7
4 Overview.....................................................................................................................................................9
4.1 Properties ..........................................................................................................................................9
4.2 List of features .................................................................................................................................10
4.3 Specifications and documents.........................................................................................................11
5 Connections.............................................................................................................................................12
5.1 Plug connector overview .................................................................................................................12
5.2 PS/2 mouse and keyboard (P1601) ................................................................................................14
5.3 Jumper Keyboard Power KBPWR (J1600)......................................................................................14
5.4 FAN 1 – 4 (P500/1/2/3)....................................................................................................................15
5.5 CD-In (P1200) .................................................................................................................................16
5.6 Battery (BT1800/P1801)..................................................................................................................16
5.7 Clear CMOS (J1800/1801) ..............................................................................................................17
5.8 Memory SO-DIMM260 (U600/700 and U601/701) ..........................................................................17
5.9 Power supply (P1800 and P1802)...................................................................................................21
5.10 SATA (P504 - P509)........................................................................................................................22
5.11 Connector System 1 (P1603) ..........................................................................................................22
5.12 GPIO (P800)....................................................................................................................................23
5.13 SMB/I²C (P1600) .............................................................................................................................23
5.14 USB 3.0 type A (P1712) ..................................................................................................................24
5.15 USB 2.0 (P1708 - 1711) ..................................................................................................................25
5.16 Serial interfaces COM2/3/4 (P1702/P1704/P1706).........................................................................26
5.17 PCI interfaces (P1300 and P1301)..................................................................................................27
5.18 PCI-Express interfaces x4 (P1305 and P1302)...............................................................................30
5.19 PCI-Express interface x16 (P1402) .................................................................................................31
5.20 SPDIF connector (P1201) ...............................................................................................................34
5.21 PCI-Express x1 (P1304 and P1303) ...............................................................................................35
5.22 Audio connections (P1602) .............................................................................................................35
5.23 LAN and USB 3.0 (P1401 and P1400) ............................................................................................36
5.24 DVI-D (P1500) .................................................................................................................................37
5.25 Serial interface COM1 and DP/HDMI/DVI (P1700 and P1403).......................................................38
6 BIOS settings ...........................................................................................................................................39
6.1 Using the setup................................................................................................................................39
6.2 Main.................................................................................................................................................40
6.3 Advanced.........................................................................................................................................42
6.3.1 RC ACPI settings............................................................................................................. 44
6.3.2 CPU Configuration........................................................................................................... 45
6.3.3 Trusted Computing .......................................................................................................... 46
6.3.4 ACPI Settings Enabled .................................................................................................... 46
6.3.5 ACPI Settings Disabled ................................................................................................... 47
6.3.6 SCH3114 Super IO Configuration ................................................................................... 48
Table of Contents
CB10674 Version: 1.0
6.3.7 Hardware Monitor ............................................................................................................ 53
6.3.8 Serial Port Console Redirection....................................................................................... 54
6.3.9 AMI Graphic Output Protocol Policy ................................................................................ 59
6.3.10 PCI Subsystem Settings .................................................................................................. 60
6.3.11 USB Configuration ........................................................................................................... 62
6.3.12 NVMe Configuration ........................................................................................................ 63
6.3.13 Power Controller Options................................................................................................. 64
6.3.14 SATA And RST Configuration ......................................................................................... 65
6.3.15 AMT Configuration........................................................................................................... 67
6.3.16 TLs Auth Configuration .................................................................................................... 71
6.3.17 Network Stack Configuration ........................................................................................... 73
6.3.18 Network Stack Configuration enabled ............................................................................. 74
6.3.19 Intel Rapid Storage Technology ...................................................................................... 74
6.3.20 Intel I210 Gigabit Network Connection ............................................................................ 75
6.3.21 Intel Ethernet Connection(2) I219-LM.............................................................................. 77
6.3.22 Driver Health.................................................................................................................... 79
6.4 Chipset ............................................................................................................................................80
6.4.1 System Agent (SA) Configuration.................................................................................... 81
6.4.2 PCH-IO Configuration...................................................................................................... 83
6.5 Security............................................................................................................................................89
6.5.1 Secure Boot ..................................................................................................................... 90
6.6 Boot ...............................................................................................................................................106
6.6.1 Advanced Fixed Boot Order Parameters....................................................................... 107
6.7 Save & Exit ....................................................................................................................................108
6.8 BIOS update ..................................................................................................................................109
7 Mechanical drawing...............................................................................................................................110
7.1 PCB: Dimensions ..........................................................................................................................110
7.2 PCB: Mounting holes.....................................................................................................................111
8 Technical data........................................................................................................................................112
8.1 Electrical data ................................................................................................................................112
8.2 Environmental conditions ..............................................................................................................112
8.3 Thermal specifications...................................................................................................................113
9 Support and Service..............................................................................................................................114
9.1 Beckhoff Support ...........................................................................................................................114
9.2 Beckhoff Service............................................................................................................................114
9.3 Beckhoff headquarters ..................................................................................................................114
10 Appendix I: Post Codes ........................................................................................................................115
11 Appendix II: Resources.........................................................................................................................116
11.1 Interrupt .........................................................................................................................................116
11.2 PCI devices ...................................................................................................................................117
11.3 SMB devices..................................................................................................................................118
Documentation issue status
CB1067 5
Version: 1.0
1 Documentation issue status
Version Modifications
0.1 First preliminary version, G0
0.2 Preliminary version G0 with BIOS 0.11
1.0 First release G2, with current BIOS 0.13 and new title page.
As registered or unregistered trademarks, all company names and product designations mentioned in this
manual are the property of the respective owner and as such are protected by national and international
trademark laws.
Notes on the documentation
CB10676 Version: 1.0
2 Notes on the documentation
This description is only intended for the use of trained specialists in control and automation engineering who
are familiar with the applicable national standards.
It is essential that the documentation and the following notes and explanations are followed when installing
and commissioning the components.
It is the duty of the technical personnel to use the documentation published at the respective time of each
installation and commissioning.
The responsible staff must ensure that the application or use of the products described satisfy all the
requirements for safety, including all the relevant laws, regulations, guidelines and standards.
Disclaimer
The documentation has been prepared with care. The products described are, however, constantly under
development.
We reserve the right to revise and change the documentation at any time and without prior announcement.
No claims for the modification of products that have already been supplied may be made on the basis of the
data, diagrams and descriptions in this documentation.
Trademarks
Beckhoff®, TwinCAT®, EtherCAT®, EtherCAT G®, EtherCAT G10®, EtherCAT P®, Safety over EtherCAT®,
TwinSAFE®, XFC®, und XTS® and XPlanar®, are registered trademarks of and licensed by Beckhoff
Automation GmbH.
Other designations used in this publication may be trademarks whose use by third parties for their own
purposes could violate the rights of the owners.
Patent Pending
The EtherCAT Technology is covered, including but not limited to the following patent applications and
patents:
EP1590927, EP1789857, EP1456722, EP2137893, DE102015105702
with corresponding applications or registrations in various other countries.
EtherCAT® is registered trademark and patented technology, licensed by Beckhoff Automation GmbH,
Germany
Copyright
© Beckhoff Automation GmbH & Co. KG, Germany.
The reproduction, distribution and utilization of this document as well as the communication of its contents to
others without express authorization are prohibited.
Offenders will be held liable for the payment of damages. All rights reserved in the event of the grant of a
patent, utility model or design.
Safety instructions
CB1067 7
Version: 1.0
3 Safety instructions
Safety regulations
Please note the following safety instructions and explanations!
Product-specific safety instructions can be found on following pages or in the areas mounting, wiring,
commissioning etc.
Exclusion of liability
All the components are supplied in particular hardware and software configurations appropriate for the
application. Modifications to hardware or software configurations other than those described in the
documentation are not permitted, and nullify the liability of Beckhoff Automation GmbH & Co. KG.
Personnel qualification
This description is only intended for trained specialists in control, automation and drive technology who are
familiar with the applicable national standards.
Description of symbols
In this documentation the following symbols are used with an accompanying safety instruction or note. The
safety instructions must be read carefully and followed without fail!
DANGER
Serious risk of injury!
Failure to follow the safety instructions associated with this symbol directly endangers the life and health of
persons!
WARNING
Risk of injury!
Failure to follow the safety instructions associated with this symbol endangers the life and health of per-
sons!
CAUTION
Personal injuries!
Failure to follow the safety instructions associated with this symbol can lead to injuries to persons!
NOTE
Damage to the environment or devices
Failure to follow the instructions associated with this symbol can lead to damage to the environment or
equipment.
Tip or pointer
This symbol indicates information that contributes to better understanding.
UL note
This symbol indicates important information regarding UL certification.
Intended use
The CB1067 Computer Board was designed and developed exclusively for configuration in automation
processes. To that end the board is equipped with external interfaces in order to acquire or output digital or
analog signals or forward them to higher-level components.
Safety instructions
CB10678 Version: 1.0
Any other use is regarded as inappropriate.
The specified limits for electrical and technical data must be adhered to.
Overview
CB1067 9
Version: 1.0
4 Overview
4.1 Properties
The CB1067 is an industrial motherboard in the ATX form factor. It is based on Intel®'s current Coffeelake
(Refresh) S-processors of the Core™, Celeron™ and Pentium™ families in the 8th and 9th generation in
connection with the Q370-PCH chipset. Using its four SO-DIMM260 slots it can be equipped with up to
128GB of DDR4-2666 memory. With two PCI, two PCIe x1, two PCIe x4 and one PCIe x16 slots, the board
offers comprehensive expansion options. A large number of internal and external connections make the
CB1067 a highly universally usable motherboard. The connections are rounded off by four serial interfaces,
two Gigabit-LAN connections, various analog and digital sound inputs and outputs, 13 USB interfaces, DVI/
HDMI and DisplayPort connection as well as six 6G-capable SATA connections.
Furthermore, the board serves via the integrated Trusted Platform Module (TPM) as a Trusted Computing
Platform and thus offers basic safety functions.
Overview
CB106710 Version: 1.0
4.2 List of features
CB1067 ATX board
CPU Intel® Core™ i3 / Core™ i5 / Core™ i7
Intel® Pentium®
Intel® Celeron®
Chipset Intel® Q370-PCH
Socket LGA 1151
Memory 4x DDR4@2666 MHz, 32GB each, SODIMM260
(NonECC),
total memory capacity up to 128GB
I/O external 2x MINIDIN6 (mouse & keyboard)
1x COM
1x DP 1.2
2x DVI-D (DVI or HDMI 1.4)
4x USB3.1 Gen2
2x GBit LAN, Intel® i219 and i210
3x jacks 3.5 mm (mic, line out, aux)
I/O internal 3x COM
6x SATA 3.0, RAID 0/1/5/10
2x PCI32 slots
2x PCIe x1 (3.0) + 2x PCIe x4 (3.0) +
1x PCIe x16 (3.0)
8x USB 2.0
8x GPIO
4x fans (of which 3 are controlled fans)
1x SMB connection
Graphic resolution DisplayPort1.2: 4096x2304@60Hz
HDMI1.4: 4096x2160@30 Hz
RTC Internal or external CMOS battery
BIOS AMI® Aptio V
Power supply Standard ATX PSU
Format ATX (305 x 220 mm)
Availability of the processors
The list of features lists all the processors that can be ordered. Their actual availability depends on
the manufacturer.
Overview
CB1067 11
Version: 1.0
4.3 Specifications and documents
The following documents, specifications or webpages were used for the preparation of this manual or as
further technical documentation respectively.
•PCI specification
• Version 2.3 or 3.0
• www.pcisig.com
•PCI Express® Base Specification
• Version 5.0
• www.pcisig.com
•ACPI specification
• Version 5.0
• www.acpi.info
•ATA/ATAPI specification
• Version 7 Rev. 1
• www.t13.org
•USB specifications
• www.usb.org
•SM-Bus specification
• Version 2.0
• www.smbus.org
•Intel® chip descriptions
• Intel® Core™ processor product family data sheet
• www.intel.com
•Intel® chip description
• i219 data sheet
• i210 datasheet
• www.intel.com
•SMSC® chip description
• SCH3114 datasheet (NDA required)
• www.smsc.com
•American Megatrends®
• Aptio™ Text Setup Environment (TSE) User Manual
• www.ami.com
•American Megatrends®
• Aptio™ 5.x Status Codes
• www.ami.com
Connections
CB106712 Version: 1.0
5 Connections
All connections (internal and external) on the CB1067 are described on the following pages.
NOTE
Requirement for the cabling
The cables used must meet certain requirements for most interfaces. For example, twisted and shielded ca-
bles are necessary for a reliable USB 2.0 connection. Limitations in the maximum cable length are also no
rarity. All of these interface-specific requirements can be found in the respective specifications and you
should observe them accordingly.
5.1 Plug connector overview
The following illustration provides an overview of the plug connections on the CB1067 board. The function of
the respective connector can be taken from the table below. The listed page in the manual provides you with
further information on this connection. The interfaces are described clockwise, beginning with the PS/2
mouse and keyboard (P1601).
Fig.1: CB1067 connector overview
Connections
CB1067 13
Version: 1.0
Number Function (designation) Page
P1601 PS/2 mouse and keyboard PS/2 mouse and keyboard (P1601) [}14]
J1600 Jumper Keyboard Power (KBPWR) Jumper Keyboard Power KBPWR (J1600)
[}14]
P500 4-pin connector (FAN2/CPU) FAN 1 – 4 (P500/1/2/3) [}15]
P1200 4-pin connector (CD-In) CD-In (P1200) [}16]
P1801 2-pin connector (battery) Battery (BT1800/P1801) [}16]
BT1800 Battery holder for CR2032 Battery (BT1800/P1801) [}16]
J1800 Jumper Clear CMOS 1 Clear CMOS (J1800/1801) [}17]
J1801 Jumper Clear CMOS 2 Clear CMOS (J1800/1801) [}17]
U600/700 SO-DIMM260 A1 and A2 Memory SO-DIMM260 (U600/700 and
U601/701) [}17]
U601/701 SO-DIMM260 B1 and B2 Memory SO-DIMM260 (U600/700 and
U601/701) [}17]
P501 4-pin connector (FAN1) FAN 1 – 4 (P500/1/2/3) [}15]
P1802 2x4-pin connector MiniFit 12 V Power supply (P1800 and P1802) [}21]
P1800 2x12-pin connector ATX Power Power supply (P1800 and P1802) [}21]
P505/7/9 SATA 1/3/5 SATA (P504 - P509) [}22]
P504/6/8 SATA 0/2/4 SATA (P504 - P509) [}22]
P1605 2x9-pin system Connector System 1 (P1603) [}22]
P1603 2x13-pin connector ATX Bh system Connector System 1 (P1603) [}22]
P502 4-pin connector (FAN3) FAN 1 – 4 (P500/1/2/3) [}15]
P800 2x5-pin connector GPIO GPIO (P800) [}23]
P1600 2x10-pin connector SMB/I²C SMB/I²C (P1600) [}23]
P503 4-pin connector FAN4 FAN 1 – 4 (P500/1/2/3) [}15]
P1712 USB 3.1 Gen2 USB 3.0 type A (P1712) [}24]
P1708 2x5-pin connector USB 2.0, 7 - 8 USB 2.0 (P1708 - 1711) [}25]
P1709 2x5-pin connector USB 2.0, 9 - 10 USB 2.0 (P1708 - 1711) [}25]
P1710 2x5-pin connector USB 2.0, 11 - 12 USB 2.0 (P1708 - 1711) [}25]
P1711 2x5-pin connector USB 2.0, 13 - 14 USB 2.0 (P1708 - 1711) [}25]
P1704 2x5-pin connector COM 4 Serial interfaces COM2/3/4 (P1702/P1704/
P1706) [}26]
P1706 2x5-pin connector COM 3 Serial interfaces COM2/3/4 (P1702/P1704/
P1706) [}26]
P1702 2x5-pin connector COM 3 Serial interfaces COM2/3/4 (P1702/P1704/
P1706) [}26]
P1300 PCI socket PCI interfaces (P1300 and P1301) [}27]
P1301 PCI socket PCI interfaces (P1300 and P1301) [}27]
P1305 PCIe x4 socket PCI-Express interfaces x4 (P1305 and P1302)
[}30]
P1302 PCIe x4 socket PCI-Express interfaces x4 (P1305 and P1302)
[}30]
P1402 PCIe x16 socket PCI-Express interface x16 (P1402) [}31]
P1201 2x3-pin connector SPDIF SPDIF connector (P1201) [}34]
P1304 PCIe x1 socket PCI-Express x1 (P1304 and P1303) [}35]
P1303 PCIe x1 socket PCI-Express x1 (P1304 and P1303) [}35]
Connections
CB106714 Version: 1.0
Number Function (designation) Page
P1602 3x 3.5 mm jack Audio connections (P1602) [}35]
P1401 LAN 1GB + USB3.1 Gen2 LAN and USB 3.0 (P1401 and P1400) [}36]
P1400 LAN 1GB + USB3.1 Gen2 LAN and USB 3.0 (P1401 and P1400) [}36]
P1500 DVI-D DVI-D (P1500) [}37]
P1700 COM 1 Serial interface COM1 and DP/HDMI/DVI
(P1700 and P1403) [}38]
P1403 DP / HDMI / DVI Serial interface COM1 and DP/HDMI/DVI
(P1700 and P1403) [}38]
5.2 PS/2 mouse and keyboard (P1601)
PS/2 mice and keyboards can be connected using standard Mini DIN connectors. In addition to the normal
power supply (VCC), these components can also be supplied with power via the standby voltage (SVCC), so
that you can wake the board from the standby or suspend mode with the mouse or keyboard. To activate this
option, set the KBPWR jumper accordingly. Also make the necessary settings in the BIOS setup.
Fig.2: PS/2 connector
Pin assignment of PS/2 mouse
Description Name Pin Name Description
Mouse Data MDAT B1 B2 N/C Reserved
Ground GND B3 B4 (S)VCC 5V supply voltage
Mouse Clock MCLK B5 B6 N/C Reserved
Pin assignment of PS/2 keyboard
Pin assignment of PS/2 keyboard
Description Name Pin Name Description
Keyboard data KDAT A1 A2 MDAT Mouse Data
Ground GND A3 A4 (S)VCC 5V supply voltage
Keyboard Clock KCLK A5 A6 MCLK Mouse Clock
5.3 Jumper Keyboard Power KBPWR (J1600)
PS/2 mouse and keyboard are supplied with power either via the normal supply voltage VCC or via the
standby voltage SVCC. The voltage you choose depends on the setting of the KBPWR jumper. If contacts 1
and 2 are closed, then VCC is applied; if contacts 2 and 3 are closed, then SVCC.
Fig.3: KBPWR jumper
Connections
CB1067 15
Version: 1.0
5.4 FAN 1 – 4 (P500/1/2/3)
The module has four 4-pin fan connections, with which you can connect fans with a supply voltage of 12V
directly to the module. The connections FAN1, FAN2 and FAN3 have a speed monitoring function. The
connected fan must supply a corresponding tachometer signal if this is to be used.
Fig.4: FAN 1-4 connector
Pin assignment of fan P500 - P503
Pin assignment of fan P501
P501 Pin Name Description
1FANON2 Fan 2 switched to ground
212V 12 V
3FANCTRL2 Fan 2 monitoring
4PWM2 Fan 2 power management
Pin assignment of fan P500
P500 Pin Name Description
1FANON11 Fan 1 switched to ground
212V 12 V
3FANCTRL1 Fan 1 monitoring
4PWM1 Fan 1 power management
Pin assignment of fan P502
P502 Pin Name Description
1FANON3 Fan 3 switched to ground
212V 12 V
3FANCTRL3 Fan 3 monitoring
4PWM3 Fan 3 power management
Pin assignment of fan P503
P503 Pin Name Description
1FANON3 Fan 4 switched to ground, connected to fan 3
212V 12 V
3N/C
4N/C
Pin assignment with FAN4
FAN4 is connected to FAN3 via pin 1. Pins 3 and 4 not connected (N/C).
Connections
CB106716 Version: 1.0
5.5 CD-In (P1200)
In addition to the external jack sockets, there is also an internal 4-pin housing connector (Foxconn HF1104E-
P1) on the CB1067 board via which the other audio signals can be made available.
Fig.5: CD-In plug
CD-In pin assignment
Pin Name Description
1 CD_L CD left channel
2 CD_GND CD ground
3 CD_GND CD ground
4 CD_R CD right channel
5.6 Battery (BT1800/P1801)
The board is supplied with a CR2032 battery holder including a 3V battery, but can also be connected to an
external battery via a two-pin housing connector in order to continue to supply power to the integrated clock
in the event of failure of the supply voltage.
Fig.6: Battery connector
Pin assignment RTC battery connector
Pin Name Description
1 BATT 3.3 V battery voltage
2 GND Ground
Connections
CB1067 17
Version: 1.0
5.7 Clear CMOS (J1800/1801)
If the board no longer boots up or the BIOS setup can no longer be called, then you can reset the settings
stored in the CMOS with the "Clear CMOS" jumpers. To do this you must switch the computer off and first
remove jumper 1 and then jumper 2 from their normal positions (contacts 1 and 2 closed) and plug them into
the position "contacts 2 and 3 closed". After a few seconds, place the jumpers back in their normal positions
again. Subsequently, the board boots up with the default settings as delivered ex factory.
Fig.7: Clear CMOS jumpers
NOTE
Jumper settings
Prevent the system from entering an undefined state and make sure that the short-circuiting of the Clear
CMOS 1 jumper (J1800) takes place BEFORE and only together with the setting of the Clear CMOS 2
jumper (J1801).
Please also remember that resetting the CMOS will delete all settings made in the BIOS setup and thus
also the time and date saved there, therefore the clock has to be set again afterwards.
5.8 Memory SO-DIMM260 (U600/700 and U601/701)
On the CB1067 board there are four SO-DIMM260 memory slots for DDR4-2666 RAM. For technical and
mechanical reasons, it is possible that certain memory modules cannot be used. Information regarding the
recommended memory modules can be obtained from your distributor.
With four slots, a memory extension up to 128 GB is possible with currently available modules.
All timing parameters for the different makes and versions are automatically set by the BIOS.
Fig.8: SO-DIMM260 connector
Connections
CB106718 Version: 1.0
Pin assignment SO-DIMM260
Description Name Pin Name Description
Ground GND 1 2 GND Ground
Data line 5 DQ5 3 4 DQ4 Data line 4
Ground GND 5 6 GND Ground
Data line 1 DQ1 7 8 DQ0 Data line 0
Ground GND 9 10 GND Ground
Data strobe 0 - DQS0# 11 12 DQM0 Data Mask 0
Data strobe 0 + DQS0 13 14 GND Ground
Ground GND 15 16 DQ6 Data line 6
Data line 7 DQ7 17 18 GND Ground
Ground GND 19 20 DQ2 Data line 2
Data line 3 DQ3 21 22 GND Ground
Ground GND 23 24 DQ12 Data line 12
Data line 13 DQ13 25 26 GND Ground
Ground GND 27 28 DQ8 Data line 8
Data line 9 DQ9 29 30 GND Ground
Ground GND 31 32 DQS1# Data strobe 1 -
Data Mask 1 DQM1 33 34 DQS1 Data strobe 1 +
Ground GND 35 36 GND Ground
Data line 15 DQ15 37 38 DQ14 Data line 14
Ground GND 39 40 GND Ground
Data line 10 DQ10 41 42 DQ11 Data line 11
Ground GND 43 44 GND Ground
Data line 21 DQ21 45 46 DQ20 Data line 20
Ground GND 47 48 GND Ground
Data line 17 DQ17 49 50 DQ16 Data line 16
Ground GND 51 52 GND Ground
Data strobe 2 - DQS2# 53 54 DQM2 Data Mask 2
Data strobe 2 + DQS2 55 56 GND Ground
Ground GND 57 58 DQ22 Data line 22
Data line 23 DQ23 59 60 GND Ground
Ground GND 61 62 DQ18 Data line 18
Data line 19 DQ19 63 64 GND Ground
Ground GND 65 66 DQ28 Data line 28
Data line 29 DQ29 67 68 GND Ground
Ground GND 69 70 DQ24 Data line 24
Data line 25 DQ25 71 72 GND Ground
Ground GND 73 74 DQS3# Data strobe 3 -
Data Mask 3 DQM3 75 76 DQS3 Data strobe 3 +
Ground GND 77 78 GND Ground
Data line 30 DQ30 79 80 DQ31 Data line 31
Ground GND 81 82 GND Ground
Data line 26 DQ26 83 84 DQ27 Data line 27
Ground GND 85 86 GND Ground
Not connected CB5 / NC 87 88 CB4 / NC Not connected
Ground GND 89 90 GND Ground
Not connected CB1 / NC 91 92 CB0 / NC Not connected
Ground GND 93 94 GND Ground
Connections
CB1067 19
Version: 1.0
Pin assignment SO-DIMM260
Description Name Pin Name Description
Data strobe 8 - DQS8# 95 96 DQM8 Data Mask 8
Data strobe 8 + DQS8 97 98 GND Ground
Ground GND 99 100 CB6 / NC Not connected
Not connected CB2 / NC 101 102 GND Ground
Ground GND 103 104 CB4 / NC Not connected
Not connected CB3 / NC 105 106 GND Ground
Ground GND 107 108 RESET_n Reset
Clock Enable 0 CKE0 109 110 CKE1 Clock Enable 1
1.2V supply voltage M_VDD 111 112 M_VDD 1.2V supply voltage
Bank Group Input 1 BG1 113 114 ACT_n Activation Command Input
Bank Group Input 0 BG0 115 116 ALERT_n Alert
1.2V supply voltage M_VDD 117 118 M_VDD 1.2V supply voltage
Address line 12 A12 119 120 A11 Address line 11
Address line 9 A9 121 122 A7 Address line 7
1.2V supply voltage M_VDD 123 124 VCC 1.2V supply voltage
Address line 8 A8 125 126 A5 Address line 5
Address line 6 A6 127 128 A4 Address line 4
1.2V supply voltage M_VDD 129 130 M_VDD 1.2V supply voltage
Address line 3 A3 131 132 A2 Address line 2
Address line 1 A1 133 134 EVENT_n Event
1.2V supply voltage M_VDD 135 136 M_VDD 1.2V supply voltage
Clock Signal 0 + CK0_t 137 138 CK1_t Clock 1+
Clock Signal 0 - CK0_c 139 140 CK1_c Clock 1 -
1.2V supply voltage M_VDD 141 142 M_VDD 1.2V supply voltage
Even parity check PAR 143 144 A0 Address line 0
SDRAM Bank 2 BA1 145 146 A10/AP Address line10/
auto precharge
1.2V supply voltage M_VDD 147 148 M_VDD 1.2V supply voltage
Chip Select 0 CS0_n 149 150 BA0 Bank Address 0
Address line14/
Write Enable
A14/WE_n 151 152 A16/RAS_n Address line 16/Row
Address Strobe
1.2V supply voltage M_VDD 153 154 M_VDD 1.2V supply voltage
On Die Termination 0 ODT0 155 156 A15/CAS_n Address line 15/Column
Address Strobe
Chip Select 1 CS1_n 157 158 A13 Address line 13
1.2V
supply voltage
M_VDD 159 160 M_VDD 1.2V
supply voltage
On Die Termination 1 ODT1 161 162 S2 / NC Not connected
1.2V supply voltage M_VDD 163 164 VREFCA Reference voltage
Not connected S3 / NC 165 166 SA2 SPD Address 2
Ground GND 167 168 GND Ground
Data line 37 DQ37 169 170 DQ36 Data line 36
Ground GND 171 172 GND Ground
Data line 33 DQ33 173 174 DQ32 Data line 32
Ground GND 175 176 GND Ground
Data strobe 4 - DQS4# 177 178 DQM4 Data Mask
Data strobe 4 + DQS4 179 180 GND Ground
Ground GND 181 182 DQ39 Data line 39
Connections
CB106720 Version: 1.0
Pin assignment SO-DIMM260
Description Name Pin Name Description
Data line 38 DQ38 183 184 GND Ground
Ground GND 185 186 DQ35 Data line 35
Data line 34 DQ34 187 188 GND Ground
Ground GND 189 190 DQ45 Data line 45
Data line 44 DQ44 191 192 GND Ground
Ground GND 193 194 DQ41 Data line 41
Data line 40 DQ40 195 196 GND Ground
Ground GND 197 198 DQS5# Data strobe 5 -
Data Mask 5 DQM5 199 200 DQS5 Data strobe 5 +
Ground GND 201 202 GND Ground
Data line 46 DQ46 203 204 DQ47 Data line 47
Ground GND 205 206 GND Ground
Data line 42 DQ42 207 208 DQ43 Data line 43
Ground GND 209 210 GND Ground
Data line 52 DQ52 211 212 DQ53 Data line 53
Ground GND 213 214 GND Ground
Data line 49 DQ49 215 216 DQ48 Data line 48
Ground GND 217 218 GND Ground
Data strobe 6 - DQS6# 219 220 DQM6 Data Mask
Data strobe 6 + DQS6 221 222 GND Ground
Ground GND 223 224 DQ54 Data line 54
Data line 55 DQ55 225 226 GND Ground
Ground GND 227 228 DQ50 Data line 50
Data line 51 DQ51 229 230 GND Ground
Ground GND 231 232 DQ60 Data line 60
Data line 61 DQ61 233 234 GND Ground
Ground GND 235 236 DQ57 Data line 57
Data line 56 DQ56 237 238 GND Ground
Ground GND 239 240 DQS7# Data strobe 7 -
Data Mask 7 DQM7 241 242 DQS7 Data strobe 7 +
Ground GND 243 244 GND Ground
Data line 62 DQ62 245 246 DQ63 Data line 63
Ground GND 247 248 GND Ground
Data line 58 DQ58 249 250 DQ59 Data line 59
Ground GND 251 252 GND Ground
SMBus Clock SCL 253 254 SDA SMBus Data
I²C power for SPD EEProm VCCSPD
3.3 V
255 256 SA0 SPD Address 0
DRAM Activating Power VPP 257 258 M_VTT Termination voltage
DRAM Activating Power VPP 259 260 SA1 SPD Address 1
Table of contents
Other Beckhoff PCI Card manuals
