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 P ® , Safety over EtherCAT ® , TwinSAFE ® , XFC ® and XTS ® 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, DE102004044764, DE102007017835 with corresponding applications or registrations in various other countries.

The TwinCAT Technology is covered, including but not limited to the following patent applications and patents:

EP0851348, US6167425 with corresponding applications or registrations in various other countries.

EtherCAT ® is registered trademark and patented technology, licensed by Beckhoff Automation GmbH,

Germany

Copyright

The reproduction, distribution and utilization of this document as well as the communication of its contents to others without express authorization are prohibited.

Version: 0.4

CB6464

Safety instructions

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 engineering 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 persons.

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.

CB6464 Version: 0.4

Overview

4 Overview

4.1 Features

The CB6464 is designed as a high-performance compact board based on Intel®'s Skylake and Kabylake processors. The latest energy-saving DDR4 technology enables memory extension of up to 32 GB via

SODIMM260.

As standard interfaces two DisplayPort connections, four Gigabit LAN connections and four USB 3.0

interfaces are available on the front panel. The two DisplayPorts enable the connection of an HDMI adapter for an HDMI signal. The connection of an HDMI display with adapter is possible.

Two variants are available, variant 1 being equipped with a Q170 chipset and variant 2 with an H110 chipset.

Internally both variants of the CB6464 have two M.2 (B) sockets (2280), while variant 1 additionally has a

BAseCon140 connector. Various signals, which are listed in the respective chapter, are led out via the internal plug connector depending on the chipset in use.

Power is supplied via a 4-pin connector on the front panel. Input voltage is isolated 24 V.

Fig. 1: Block diagram_CB6464

10 Version: 0.4

CB6464

Overview

4.2

CB6464

CPU

Memory

List of features

I/O on front panel

Internal I/O

Graphic resolution

RTC

BIOS

Power supply

Format

120x120-Board

Intel® Core™ i3 / Core™ i5 / Core™ i7

Intel® Pentium®

Intel® Celeron®

2x SO-DIMM260 1.2V DDR4-2133

Maximum memory extension 32GB

2x DisplayPort++ (connection of an HDMI

adapter for a HDMI signal is possible)

4x GB LAN

4x USB3.0

2x M.2 (B) sockets, signals dependant on

chipset (internal chapter M.2)

With Q170 only: 1x BAseCon140 (Signals internal: chapter BAseCon140)

DisplayPort: 4096x2304@60Hz

HDMI1.4: 2560x1600@60Hz;

4096x2160@24Hz

DVI: 1920x1200@60Hz

Exchangeable, horizontal on-board battery

Optional: horizontal battery on expansion card

AMI® Aptio V

24V

120 x 120 mm

Availability oft he processors

The list of features lists all the processors that can be ordered. Their actual availability depends on the manufacturer.

CB6464 Version: 0.4

Overview

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-Spezification

Version 2.3 bzw. 3.0

www.pcisig.com

PCI Express® Base Specification

Version 2.0

www.pcisig.com

ACPI-Spezification

Version 3.0

www.acpi.info

ATA/ATAPI-Spezification

Version 7 Rev. 1 www.t13.org

USB-Spezificationen www.usb.org

SM-Bus-Spezification

Version 2.0

www.smbus.org

Intel®-chip description

Intel® Atom™ Processor E3800 Product Family datasheet www.intel.com

Intel®-chipd description i210 Datasheet www.intel.com

SMSC®-chip description

SCH3114 Datasheet (NDA erforderlich)

12 Version: 0.4

CB6464

www.smsc.com

American Megatrends®

Aptio™ Text Setup Environment (TSE) User Manual www.ami.com

American Megatrends®

Aptio™ 4.x Status Codes www.ami.com

Overview

CB6464 Version: 0.4

Detailed description

5 Detailed description

5.1 Power supply

The board is supplied with an isolated input voltage of nominally 24 V, which in reality may lie between 20 V and 30 V. In normal operation the DC/DC power rail is supplied with this voltage. A UPS can also be implemented via an OCT signal (OCT = One Cable Technology).

UPS-OCT

The UPS-OCT can only be implemented with the Beckhoff CU81XX-xxxx UPS.

5.2 CPU

The processors employed are Intel® processors of the 6 th (Skylake) and 7 th (KabyLake) generation.

Processors of both generations are characterized by a very low power consumption and offer contemoporary performance with clock rates of currently up to 3.9 GHz.

5.3 Memory

SO-DIMM260 memory modules (DDR4-2133) commonly used in notebooks are used on the CB6464 board.

For technical and mechanical reasons it is possible that certain memory modules cannot be used. Ask your distributor about the recommended memory modules.

With the currently available SO-DIMM260 modules a memory extension up to 32 GB is possible depending on the product variant. When equipping both memory sockets, care must be taken that identical memory modules are used.

5.4

M.2

Expansion cards that fulfill the M.2 specification are characterized by an extremely small format and – depending on the card type – flexible dimensions.

M.2 cards can easily and simply be inserted by plugging them into the slot and fixing them with a screw.

The M.2 socket of the CB6464 supports Key B. Different signals are supported depending on the chipset in use. The table in chapter M.2 lists all the interfaces supported, depending on the chipset in use.

Driver compatibility

For optimum driver compatibility we recommend the use of a Microsoft® Windows 10 operating system.

14 Version: 0.4

CB6464

External connections

6 External connections

6.1 Note on the use of cables

Requirement for the cabling!

The cables used must meet certain requirements for most interfaces. For example, twisted and shielded cables 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 are to be taken from the respective specifications and observed accordingly.

CB6464 Version: 0.4

External connections

6.2 Connector Map

The plug connections on the component side of the CB6464 board are summarized in the illustration below.

The function of the respective connector can be taken from the table below the illustration, as can the page of the manual on which further information about this connection can be read.

Fig. 2: Connector Map

16 Version: 0.4

CB6464

External connections

6.3 Interface list

Number

P1500

P1100

P1101

P1102

P1103

P1200/1*

P1203*

P500/501

BT1200*

Function (Designation)

Vin (X101)

LAN 1 (X102)

LAN 2 (X103)

LAN 3 (X104)

LAN 4 (X105)

USB3.0 (X106)

USB3.0 (X107)

USB3.0 (X108)

USB3.0 (X109)

DisplayPort (X110, X111)

M.2 (Key B)

BAseCon140

FAN

Battery

Page

Front panel: Power supply (X101) [ } 18]

Front panel: LAN1-4 (X102-X105) [ } 19]

Front panel: USB 3.0 A-D (X106 - X109) [ } 20]

Front panel: DisplayPort (X110, X110) [ } 21]

Internal: M.2 [ } 22]

Internal: BAseCon140 (Q170 only) [ } 24]

Internal: Battery [ } 29]

Internal: FAN [ } 28]

*not depicted (see bottom of board)

The numbers in brackets correspond to the inscription of the external interfaces on the front housing of the industrial pc.

CB6464 Version: 0.4

External connections

6.4 Front panel: Power supply (X101)

The connection to the power supply is implemented as a 2x2-pin housing plug (Phoenix Contact

P20THR-1818504). The main supply voltage (24 V) for the module is on PIN 3. This can also be implemented as UPS-OCT (One Cable Technology), i.e. the signal for the UPS is also transmitted to the board via this cable.

Fig. 3: CB6464 Vin

90° plug

As the plug is a 90° plug, the plug symbol in the illustration is oriented to what you see when you look at the board from the side (instead of from above).

Pin assignment of the power plug:

Description

PC Start: Input for starting

and shutting down the PC.

Low (0 V or open contact):

PC starts.

High (>3 V): PC shuts down.

PC Status: Output of the PC

status. The voltage

corresponds to the positive

supply voltage and can be

loaded with 1 A.

Low (0 V): PC is off.

High (Vin): PC is on.

Signal

PC_START

PC_ACTIVE

Pin

3 Vin

Signal

2 4 GND

Description

24 V supply voltage

UPS OCT is supported

Ground

18 Version: 0.4

CB6464

External connections

6.5 Front panel: LAN1-4 (X102-X105)

The board has four Gigabit-LAN connections, which are implemented with two standard connectors, each with two connections. Network components compatible with 10BaseT, 100BaseT and 1000BaseT can be connected to all of them. The required speed is selected automatically. Auto-Cross and Auto-Negotiate are available as well as PXE, RPL and WOL functionality. Intel® i219 (PHY) is the controller for LAN1, while

Intel® i210 (MAC/PHY) is used as the controller for LAN 2 to 4.

Real-time applications

The Ethernet port connected via PCIe is usually suitable for cycle times <= 1 ms and for distributed clock applications with EtherCAT.

The Ethernet port integrated in the chipset is usually suitable for real-time Ethernet applications with cycle times > 1 ms (without distributed clocks).

Fig. 4: CB6464 LAN

90° plug

As the plug is a 90° plug, the plug symbol in the illustration is oriented to what you see when you look at the board from the side (instead of from above).

Pin assignment of LAN connector:

Pin

Name

LAN-0

LAN-0#

LAN-1

LAN-2

LAN-2#

LAN-1#

LAN-3

LAN-3#

Description

LAN line 0 +

LAN line 0 -

LAN line 1 +

LAN line 2 +

LAN line 2 -

LAN line 1 -

LAN line 3 +

LAN line 3 -

The LEDs of the LAN interfaces indicate the activity and speed of the data transmission:

Mbit/s

1000

100

Flashing during

data ransmission

Green

Steadily lit

Green

Orange

None

CB6464 Version: 0.4

External connections

6.6 Front panel: USB 3.0 A-D (X106 - X109)

The CB6464 provides four USB 3.0 ports, which are implemented as combination connectors with 4 connectors.

The USB channels support the USB 3.0 specification. All necessary settings for USB can be made in the

BIOS. Note that the "USB mouse and keyboard" function in the BIOS setup is only required if the operating system does not offer USB support. This function should not be selected for settings in the setup and for booting Windows with a USB mouse and keyboard connected, because this would lead to considerable performance limitations.

The individual USB interfaces can supply a current of up to 900 mA and are electronically protected.

Switch-off of the USB ports by overcurrent protection

USB ports A and B and USB ports C and D are each protected by a common overcurrent detection.

In the event of overcurrent occurring on one of the ports, therefore, both commonly protected USB ports will be switched off.

Fig. 5: CB6464 USB 3.0

90° plug

As the plug is a 90° plug, the plug symbol in the illustration is oriented to what you see when you look at the board from the side (instead of from above).

Pin assignment of USB 3.0 connector:

Pin

Signal

VCC

D-

D+

GND

RX-

RX+

GND

TX-

TX+

Description

5 V supply voltage

Data - (USB 2.0)

Data + (USB 2.0)

Ground

Receive line - (USB 3.0)

Receive line + (USB 3.0)

Ground

Transmit line - (USB 3.0)

Transmit line + (USB 3.0)

20 Version: 0.4

CB6464

External connections

6.7 Front panel: DisplayPort (X110, X110)

For devices with a DisplayPort connection a corresponding standard connector (Foxconn 3VD11203-

DPA1-4H) with two DisplayPort connections is available.

The interface additionally provides HDMI/DVI signals that can be used with aid of an adapter. Please consult your distributor with regard to a suitable adapter.

Fig. 6: CB6464 Display Port

90° plug

As the plug is a 90° plug, the plug symbol in the illustration is oriented to what you see when you look at the board from the side (instead of from above).

Pin assignment of DisplayPort plug:

Description

DisplayPort Lane 0 +

DisplayPort Lane 0 -

Ground

Line 2 plus

Line 2 minus

Ground

DP / HDMI

Auxiliary plus

Auxiliary minus

Ground

Signal

L#0

GND

L#2

GND

HDMI#

AUX

AUX#

GND

Pin

Signal

GND

L#1

GND

10 L3

12 L#3

14 GND

16 GND

18 HPD

20 3.3 V

Description

Ground

Line 1 plus

Line 1 minus

Ground

Line 3 plus

Line 3 minus

Ground

Hot Plug Detect

3.3 V supply voltage

Switching to HDMI

DisplayPort signals are led out via the interface by default. With the use of a level shifter cable the board switches according to the DisplayPort specification 1.1 automatically to HDMI signals.

CB6464 Version: 0.4

Internal connections

7 Internal connections

7.1 Internal: M.2

The CB6464 is equipped with two M.2 sockets, into each of which an M.2-2280 card (Key B) is inserted.

Various signals are led out via the socket, depending on the chipset (see table).

Q170

2x USB 3.0 (1x per socket)

2x SATA Gen 3 (1x per socket) or

2x PCIe x1 Gen 3 (1x per socket) or

1x PCIe x1 and 1x SATA Gen 3

H110

2x USB 2.0 (1x per socket)

2x SATA Gen 3 (1x per socket)

Adapter cards with standard plug connectors are available as accessories. Please contact your distributor for this.

Pin assignment of M.2 connector:

Description

Configuration pin

Ground

Signal

CONFIG_3

GND

USB D+

Pin Signal

2 3.3 V1

3.3 V2

FCPWROFF#

WDISABLE#

Description

Standby supply

voltage S 3.3 V

Standby supply

voltage S 3.3 V

Full Card Power

OFF active low

(not led out) USB Channel 2

Data +

USB Channel 2

Data -

USB D9 (not led out)

Ground

Connector Key

Configuration pin

(not led out)

Ground

USB 3.0 Channel 5

SuperSpeed

Receive -

USB 3.0 Channel 5

SuperSpeed Receive

Ground

USB 3.0 Channel 5

SuperSpeed

Transmit -

USB 3.0 Channel 5

SuperSpeed

Transmit +

Ground

GND

Config 0

GPIO11

DPR

GND

PER1#

USB3-5 SSRX#

SSICRX#

PER1

USB3-5 SSRX

SSICRX

GND

PET1#

USB3-5 SSTX#

SSICTX#

PET1

USB3-5 SSTX

SSICTX

GND

10 GPIO9

DAS

DDS

LED1

12 Connector Key

20 GPIO5

22 GPIO6

24 GPIO7

26 GPIO10

28 GPIO8

30 UIM RST

UIM CLK

UIM DATA

UIM PWR

DEVSLP

GPIO0

(not led out)

DeviceSleep

(not led out)

22 Version: 0.4

CB6464

Description

PCIe Lane 1

Receive +

PCIe Lane 1

Receive -

Ground

PCIe Lane 1

Transmit -

PCIe Lane 1

Transmit +

Ground

PCIe Lane 1

Reference Clock -

PCIe Lane 1

Reference Clock -

Ground

(not led out)

Power good

Configuration pin

Ground

Configuration pin

Signal

PER0#

SATAB

PER0

SATAB#

GND

PET0#

SATAA#

PET0

SATAA

GND

REFCLK#

REFCLK

GND

ANTCTL0

ANTCTL1

ANTCTL2

ANTCTL3

RESET#

CFG1

GND

CFG2

Pin Signal

42 GPIO1

43 44 GPIO2

GPIO3

GPIO4

PRST#

52 CLKREQ#

54 PEWAKE#

56 N/C

58 N/C

60 COEX3

62 COEX2

64 COEX1

66 SIM DETECT

68 SUSCLK

70 3.3 V

72 3.3 V

74 3.3 V

Internal connections

Description

(not led out)

PCIe Reset

active low

PCIe Clock Enable

active low

Link Reactivation

active low

(not led out)

System clock

Standby supply

voltage S 3.3 V

Standby supply

voltage S 3.3 V

Standby supply

voltage S 3.3 V

CB6464 Version: 0.4

Internal connections

7.2 Internal: BAseCon140 (Q170 only)

In conjunction with the Q170 chipset, the BAseCon140 connector enables the flexible extension of the IO functions of the CB6464. It provides up to eight PCIe lanes, of which a maximum of four can be multiplexed with SATA 2.0 (3G) and a maximum of four with PCIe lines, as well as a maximum of four PCIe lines with a maximum of four USB 3.0 lines (see table). In addition, DisplayPort, SSIC, SMBus and 1Wire signals are led out via the BAseCon connector. The expansion board takes care of the configuration of the IO functions. A

PIC on the expansion card contains the configuration data that are communicated to the board upon connection, thus enabling an uncomplicated and self-configuring extension to the IO options.

With Q170 only

Max. 4x SATA Gen 3 / max. 4x PCIe x1 Gen 3

(multiplexed)

Max. 4x USB 3.0 / max. 4x PCIe x1 Gen 3

(multiplexed)

1x DisplayPort 1.4 / HDMI 2.0

Total: 8x PCIe x1

(configurable – see left)

Observe the current limits!

In order to avoid damaging the device, it is essential to observe the following current limits:

A maximum load of 2.8 A per pin must not be exceeded. On account of the different current consumptions of the usable processors the actual current consumption may be lower. The respective maximum values can be obtained from your distributor on inquiry.

Irrespective of the CPU in use, a maximum total load of 100 W must not be exceeded.

NOTE

Mirrored Signal at BAseCon-plug Stack Down

At the Stack Down version of the BAseCon plug (plug on the bottom-side of the board), the signals are transferred by a stack to the mating plug. On this mating plug (Stack Up) the signals are mirrored. On the stack itself there is no mirroring.

24 Version: 0.4

CB6464

S VCC S 5 V

Ground

PCIe Lane 1

Transmit +

PCIe Lane 1

Transmit -

Ground

PCIe Clock

Lane 1 +

PCIe Clock

Lane 1 -

Ground

PCI Lane 2

Transmit +

PCI Lane 2

Transmit -

Ground

PCIe Lane 3

Transmit +

PCIe Lane 3

Transmit -

Ground

PCIe Lane 3

Clock +

PCIe Lane 3

Clock 3 -

Ground

SATA Lane 2

Transmit +

SATA Lane 2

Transmit -

Ground

PCIe Clock Enable

Lane 1 active low

PCIe Clock Enable

Lane 3 -

PCIe Reset active

low

SMBus Clock

GND

PE1 TX/

SATA4 TX

PE1 TX#/

SATA4 TX#

GND

PECLK1

PECLK1#

GND

PE2 TX/

SATA3 TX

PE2 TX#/

SATA3 TX#

GND

PE3-TX/

SATA2-TX

PE3-TX#/

SATA2-TX#

GND

PECLK3

PECLK3#

GND

PE4-TX/

SATA1-TX

PE4-TX#/

SATA1-TX#

GND

PCKE1#

PCKE3#

PERST#

SMBCLK

SMBus Alert active

low

PCIe Clock Enable

Lane 5

SMB-Alert#

PCKE5/OC4#

CB6464

Pin assignment of BAseCon140 connector:

Description

S UPS output

(not led out)

Signal

S UPS OUT1

S UPS OUT2

5 V1

5 V2

Signal

S UPS IN1

3 S UPS IN2

5 GND

7 GND

ISOLATION

45 GND

47 SATA1 RX/

PE4 RX

49 SATA1 RX #/

PE4 RX #

51 GND

53 PCKE2#

PCKE4#

PEWAKE#

KEY

59 SMBDAT

62 61 1Wire

64 63 PCKE6#/

OC3#

13 S 3.3 V

15 GND

17 SATA4 RX/

PE1 RX

19 SATA4 RX #/

PE1 RX#

21 GND

23 PECLK2

25 PECLK2#

27 GND

29 SATA3 RX/

PE2 RX

31 SATA3 RX #/

PE2 RX#

33 GND

35 SATA2 RX/

PE3 RX

37 SATA2 RX#/

PE3 RX#

39 GND

41 PECLK4

43 PECLK4#

Version: 0.4

Internal connections

Description

S UPS input

Ground

Standby supply

voltage 3.3 V

Ground

PCIe Lane 1

Receive +

PCIe Lane 1

Receive -

Ground

PCIe Clock

Lane 2+

PCIe Clock

Lane 2 -

Ground

PCIe Lane 2

Receive

PCIe Lane 2

Receive -

Ground

PCIe Lane 3

Receive +

PCIe Lane 3

Receive -

Ground

PCIe Clock 4 +

PCIe Clock 4 -

Ground

SATA Lane 2

Receive +

SATA Lane 2

Receive -

Ground

PCIe Lane 2 Clock

Enable active low

PCIe Lane 4 Clock

Enable -

PCIe Wake active

low

SMBus Data

1-Wire

PCIe Lane 6 Clock

Enable 6 -

Internal connections

Description Signal

PCIe Clock Enable

Lane 7

Ground

PCIe Lane 5

Transmit +

PCIe Lane 5

Transmit -

PCKE7/OC2#

GND

PE5-TX/

USB3-4-TX/

USBC1-TX

PE5-TX#/

USB3-4-TX#/

USBC1_TX#

USB2-4 (GND) USB 2.0

Channel 4 +

PCIe Clock

Lane 5 +

PCIe Clock 5 -

USB 2.0

Channel 4 -

PCIe Lane 6

Transmit +

PCIe Lane 6 Transmit

Ground

PCIe Lane 7

Transmit +

PCIe Lane 7

Transmit -

USB 2.0

Channel 3 +

Ground

PECLK5/USBC_SB

(GND)

PECLK5#/

USBC-SBU2

(GND)

USB2-4#

(GND)

PE6-TX/

USB3-3-TX/

USBC2-TX

PE6-TX#/

USB3-3-TX#/

USBC2-TX#

GND

PE7-TX/

USB3-2-TX/

SSIC-TX

PE7-TX#/

USB3-2-TX#/

SSIC-TX#

USB2-2 (GND)

PECLK7 (GND)

Ground PECLK7# (GND)

USB 2.0

Channel 3 -

PCIe Lane 8 Transmit

Ground

USB2-2#

(GND)

PE8-TX/

USB3-1-TX

PE8-TX#/

USB3-1-TX#

GND

SATA GP1

SATA GP3

GPIO1/

SATAGP1

GPIO3/

SATAGP3/

USBC-CC1

TwinCAT LED Red GPIO5/

TCLEDR

Pin

KEY

Signal

65 PCKE8#/

OC1#

67 GND

69 USBC1 RX/

USB3-4 RX/

PE5 RX

71 USBC1 RX#/

USB3-4 RX#/

PE5 RX#

73 USB2-8

(GND)

75 PECLK6

(GND)

78 77 PECLK6#

(GND)

79 USB2-8 D#

(GND)

81 USBC2 RX/

USB3-3 RX/

PE6 RX

83 USBC2 RX#/

USB3-3 RX#/

PE6 RX#

85 GND

87 SSIC RX/

USB3-2 RX/

PE7 RX

89 SSIC RX#/

USB3 -2 RX#/

PE7 RX#

91 USB2-1

(GND)

93 PECLK8

(GND)

95 PECLK8#

(GND)

97 USB2-1#

(GND)

100

102

99 USB3-1 RX/

PE8 RX

101 USB3-1 RX#/

PE8 RX#

104

KEY

103 GND

106

108

110

105 SATAGP2/

GPIO2

107 USB-CC2/

SATAGP4/

GPIO4

109 GPIO6/

TCLEDG

26 Version: 0.4

Description

USB Overcurrent

active low

Ground

PCIe Lane 5

Receive +

PCIe Lane 5

Receive -

USB 2.0

Channel 8 Data +

PCIe Lane 6

Clock +

PCIe Clock

Lane 6 -

USB 2.0

Channel 8 Data -

PCIe Lane 6

Receive +

PCIe Lane 6

Receive -

Ground

PCIe Lane 7

Receive +

PCIe Lane 7

Receive -

USB 2.0

Channel 10 +

PCIe Lane 8

Clock +

PCIe Clock

Lane 8 -

USB 2.0

Channel 10 -

PCIe Lane 8

Receive +

PCIe Lane 8

Receive -

Ground

SATA GP 2

SATA GP4

TwinCAT LED

Green

CB6464

Description Signal

TwinCAT LED Blue GPIO7/

TCLEDB

SATA-LED SATA LED active

low

RTC Battery BATT

Power Management

Event active low

PME#

Power button

active low

PWRBTN#

PSON

Ground

DisplayPort + /

DVI -

DisplayPort Hot

Plug Detect

PSON

GND

DP/DVI#

DPHPD

GND

DPL0

Ground

DisplayPort

Lane 0 +

DisplayPort

Lane 0 -

Ground

DisplayPort

Lane 2 +

DisplayPort

Lane 2 -

DPL0#

GND

DPL2

DPL2#

130

132

134

136

138

140

122

124

126

128

112

Pin Signal

111 GPIO8

114 113 USBPWREN

116

118

120

115

117

119

PWRFAIL

PWRGOOD

MRST#

121

123

ATXPWRGD

GND

125 DDCC/

DPAUX

127 DDCD/

DPAUX#

129 GND

131 DPL1

133 DPL1#

135 GND

137 DPL3

139 DPL3#

Internal connections

Description

(not led out)

USB Power

Enable

SUSV

Power good

Reset button

active low

ATX Power good

Ground

DisplayPort Aux +/

DDC Clock

DisplayPort Aux - /

DDC Data

Ground

DisplayPort

Lane 1 +

DisplayPort

Lane 1 -

Ground

DisplayPort 3 +

DisplayPort 3 -

CB6464 Version: 0.4

Internal connections

7.3 Internal: FAN

The module has two 4-pin fan connections. This enables fans with a supply voltage of 12 V to be connected directly to the module. A signal is also available for monitoring the fan speed.

Fig. 7: CB6464 FAN

Pin assignment of fan connector:

Pin

Signal

GND

12 V

TACHO

PWM

Description

Ground

Supply voltage 12 V regulated

Speed monitoring

Speed control

28 Version: 0.4

CB6464

Internal connections

7.4 Internal: Battery

The board is delivered with a CR2032 battery holder (Renata VBH2032-1) including a 3 V battery.

UL conformity

All technical measures for UL conformity are already integrated on the board.

Accordingly, no additional actions are necessary for the connection of an RTC battery. The battery must be connected directly.

Fig. 8: CB6464 Bat

Synchronism of the RTC

The quartz of the RTC reacts to temperature fluctuations. Therefore, correct synchronism of the

RTC is possible only with suitable and sufficient cooling!

CB6464 Version: 0.4

LED’s

8 LED’s

8.1 LED: Powercontroller

There is a RGB LED on the board with which status messages of the power controller are output by means of colors and flashing intervals.

Fig. 9: CB6464 PWRCTRL-LED

Color

None

White

Cyan

Magenta

Blue

Yellow

Green

Red

Green/yellow

Red/yellow

Yellow

Magenta

Red/magenta

Interval

Steadily lit

Flashing

Flashing (6s)

Flashing (3s)

Flashing (0,5s)

Flashing

Meaning

System in error state

Power fail

Reserved

S UPS active (if existent)

Reserved

S5 state

S0 state

Reset/Start

Bootloader running without error

Bootloader is starting (start sequence is being run

through)

S4 state

S3 state

S UPS capacitance test (if S UPS exists)

Checksum error during the I2C transmission in the

bootloader

A steadily lit red LED can indicate a hardware error.

Adaptation of the status codes

It is possible to adapt the status codes (e.g. as TwinCAT LED). To do this, the system colors can be changed with the aid of an SMB command. This change remains in force until the next restart or reset. A change of the default colors is indicated by the additional flashing of the white LED.

30 Version: 0.4

CB6464

8.2 LED: SATA

A further RGB LED indicates the hard disk activity.

Fig. 10: CB6464 SATA-LED

Color

Red

Interval

Flashing

Meaning

Acitvity (access)

LED’s

CB6464 Version: 0.4

LED’s

8.3 LED: TwinCAT

Fig. 11: CB6464 TwinCAT-LED

Color

Green

Blue

Red

Interval

Steadily lit

Meaning

TwinCAT Run Mode

TwinCAT Config Mode

TwinCAT stop

Adaptation of the status codes

32 Version: 0.4

CB6464

LED’s

8.4 LED: UPS-OCT

There is a RGB LED on the board with which the transmission quality of the UPS-OCT signals is indicated by means of colors and flashing intervals.

Fig. 12: CB6464 OCT-LED

Color

None

Blue

Yellow

Green

Red

Interval

Steadily lit

Flashing

Steadily lit

Meaning

No UPS-OCT connected

Bootloader active

Moderate signal quality

Good signal quality

Poor signal qulity

If the LED does not light up, no UPS-OCT is connected.

Adaptation of the status codes

It is possible to adapt the status codes (e.g. as UPS-OCT-LED). To do this, the system colors can be changed with the aid of an SMB command. This change remains in force until the next restart or reset.

CB6464 Version: 0.4

BIOS

9

9.1

BIOS

Main

Setup-Entry

Board*

Revision

Bios Version

Processor Information

Name

Type

Speed

Stepping

Number of Processors

Microcode Revision

GT Info

IGFX VBIOS Version

IGFX GOP Version

Memory RC Version

Total Memory

Memory Frequency

System Date

System Time

*PCH Typ

Options

None

Here the systemdate can be changed.

Here the systemtime can be changed.

Automatic indication of variant:

CB6464 V1 → Q170

CB6464 V2 → H110

Version: 0.4

CB6464

BIOS

9.2 Advanced Menu

Setup-Entry

Power-Supply Type

SoftOff on Overheat

Show postcode on screen

Platform Misc Configuation

CPU Configuration

Intel® Ethernet Connection (2)

Driver Health

Trusted Computing

Hardware Monitor

PCI Subsystem Settings

Network Stack Configuration

Power Controller Options

CSM Configuration

NVME Configuration

USB Configuration

SATA and RST Configuration

AMT Configuration

Options

ATX / AT

Disabled / Enabled / Enabled (Emulate PwrBtn)

Disabled / Enabled

Submenu see: Platform Misc Configuration [ } 36]

Submenu see: CPU Configuration [ } 37]

Submenu see: Intel Ethernet Connection [ } 38]

Submenu see: Driver Health [ } 39]

Submenu see: Trusted Computing [ } 40]

Submenu see: Hardware Monitor [ } 40]

Submenu see: PCI Subsystem Settings [ } 41]

Submenu see: Network Stack Configuration [ } 42]

Submenu see: Power Controller Options [ } 43]

Submenu see: CSM Configuration [ } 44]

Submenu see: NVMe Configuration [ } 45]

Submenu see: USB Configuration [ } 45]

Submenu see: SATA und RST Configuration [ } 46]

Submenu see: AMT Configuration [ } 48]

CB6464 Version: 0.4

BIOS

9.3 Platform Misc Configuration

Bios-Entry

Platform Misc Configuration

PTID Support

PECI Access Method

Native PCIE Enable

BDAT ACPI Table Support

Wake system from S5

ACPI Debug

Low Power S0 Idle Capability

Lpit Recidency Counter

PCI Delay Optimization

ZpODD Support

Options

Disabled / Enabled

Direct I/O / ACPI

Disabled / Enabled

SLP S0 / C10

Disabled / Enabled

36 Version: 0.4

CB6464

BIOS

9.4 CPU Configuration

Bios-Entry

CPU Configuration

Type

Speed

L1 Data Cache

L1 Instruction Set

L2 Cache

L3 Cache

L4 Cache

VMX

SMX/TXT

SW Guard Extensions (SGX)

CPU Flex Ratio Override

CPU Flex Ratio Settings

Options

None

Software Controllers / Enabled / Disabled

Disabled / Enabled

None

Hardware Prefetcher

Adjacent Cache Line Prefetch

Disabled / Enabled

Intel (VMX) Virtualization Technology Disabled / Enabled

PECI Disabled / Enabled

Active Processor Cores

Hyper-Threading

All / 1 / 2 / 3

Disabled / Enabled

AES Disabled / Enabled

Intel Trusted Execution Technology Disabled / Enabled

Alias Check Request

DPR Memory Size (MB)

Reset AUX Content

CPU-Power Managemant Control

Disabled / Enabled

0..255

Disabled / Enabled

Submenu see: CPU Power Management Control [ } 38]

CB6464 Version: 0.4

BIOS

9.5 CPU Power Management Control

Bios-Entry

CPU-Power Mangement Control

Intel® SpeedStep

Intel® Speed Shift Technology

Options

Disabled / Enabled

Enabled / Disabled

9.6 Intel Ethernet Connection

Bios-Entry

Port Configuration

NIC Configuration

Blink LEDs

Port Configuration Information

UEFI Driver

Adapter PBA

Chip Type

PCI DEcice ID

PCI Address

Link Status

MAC Address

Options

Submenu see:

NIC Configuration [ } 39]

None

38 Version: 0.4

CB6464

BIOS

9.7 NIC Configuration

Bios-Entry

Link Speed

Wake On LAN

9.8 Driver Health

Options

Auto Negotiated / 10 Mbps Half / 10 Mbps Full / 100 Mbps Half /

100 Mbps Full

Disabled / Enabled

Bios-Entry

Intel® Gigabit 0.0.16

9.9 Intel Gigabit

Options

Submenu see: Intel Gigabit [ } 39]

Bios-Entry

Controller (xxx)

CB6464

Options

None

Version: 0.4

BIOS

9.10 Trusted Computing

Bios-Entry

Configuration

Security Device Support

9.11 Hardware Monitor

Options

Disable / Enable

Bios-Entry

PC Health Status

CPU dig.

1.00V

VCCCORE

12V

Memory VD

3.3V

Fan 1

Fan 2

MB Temp

Memory Temp

PwCtrlTemp

Options

None

Version: 0.4

CB6464

BIOS

9.12 PCI Subsystem Settings

Bios-Entry

PCI Bus Driver Version

PCI Device Common Settings:

PCI Latency Timer

PCI-X Latency Timer

VGA Palette Snoop

PERR# Generation

SERR# Generation

Above 4G Decoding

PCI Hot-Plug Settings

Options

None

32 / 64 / 96 / 128 / 160 /192 / 224 / 248 / PCI Bus Clocks

Disabled / Enabled

Submenu see: PCI Hot-Plug Settings [ } 41]

9.13 PCI Hot-Plug Settings

Bios-Entry

PCI Hot-Plug Settings

BIOS Hot-Plug Support

PCI Buses Padding

Options

Enabled / Disabled

Disabled / 1 / 2 / 3 / 4 / 5

I/O Resources Padding

MMIO 32 bit Resources Padding

Disabled / 4 K / 8 K / 16 K / 32 K

Disabled / 1 M / 2 M / 4 M / 8 M / 16 M / 32 M / 64 M / 128 M

PFMMIO 32 bit Resources Padding Disabled / 1 M / 2 M / 4 M / 8 M / 16 M / 32 M / 64 M / 128 M

CB6464 Version: 0.4

BIOS

9.14 Network Stack Configuration

Bios-Entry

Network Stack

Ipv4 PXE Support

Ipv4 http Support

Ipv6 PXE Support

IPV6 http Support

IP6 Configuration

PXE boot wait time

Media detect count

Options

Disabled / Enabled

Automatic / Manual

0..5

0..50

42 Version: 0.4

CB6464

9.15 Power Controller Options

BIOS

Bios-Entry

Bootloader Version

Options

None

Firmaware Version None

Mainboard Serial No None

Mainboard Prod. Date (Week.Year) None

Mainboard BootCount

Mainboard Operation Time

Voltage /Min/Max)

Temperature (Min/Max)

None

Ext. USB-Port Voltage

WDT OSBoot Timeout

Off in S3-5 / by SCVV

Disabled / 45 / 60 / ../255 Seconds

1-second Uninteruruptable Power Supply (SUPS)

SUPS Disabled / Enabled

Hold USB

Delay

SUPS Firmware Version

Current Power Source

Battery Load Level

Powerfail Counter

Disabled / Enabled

0..255

None

CB6464 Version: 0.4

BIOS

9.16 CSM Configuration

Bios-Entry Options

Compatibility Support Module Configuration

CSM Support Enabled / Disabled

CSM16 Module Version

GateA20 Active

Option ROM Messages

INT19 Trap Response

None

Upon Request / Always

Force BIOS / Keep Current

Immediate / Postponed

UEFI and Legacy / Legacy only / UEFI only Boot option filter

Option ROM execution

Network

Storage

Video

Other PCI devices

Do not launch / UEFI / Legacy

44 Version: 0.4

CB6464

BIOS

9.17 NVMe Configuration

Bios-Entry

NVMe controller and Drive Information

Options

[Device list] None

NVMe Raid 0/1 is not supported.

9.18 USB Configuration

NOTE

Bios-Entry

USB Configuration

USB Module Version

USB Controllers

USB Devices

Legacy USB Support

XHCI Hand-off

USB Mass Storage Driver Support

Port 60/64 Emulation

USB hardware delays and time-outs

USB transfer time-out

Device reset time-out

Device power-up delay

CB6464

Options

None

Enabled / Disabled / Auto

Enabled / Disabled

Disabled / Enabled

1 / 5 / 10 / 20 sec

10 / 20 / 30 / 40 sec

Auto/ Manual

Version: 0.4

BIOS

9.19 SATA und RST Configuration

Bios-Entry

SATA And RST Configuration

SATA Controller(s)

SATA Mode Selection

SATA Test Mode

RAID Device ID

Options

Enabled / Disabled

AHCI / Intel RST Premium

Enabled / Disabled

Client / Alternate

Software Feature Mask Configuration Submenu see: Software Feature Mask Configuration [ } 47]

Aggressive LPM Support Disabled / Enabled

SATA Controller Speed

Serial ATA Port X

Software Preserve

Port X

Default / Gen1 / Gen2 / Gen3

None

Disabled / Enabled

Hot Plug

Cinfigured as eSATA

Spin Up Device

Topology

SATA Port X Dev Slp

DITO Configuration

Disabled / Enabled

None

Disabled / Enabled

Unknown / ISATA / Direct Connect / FLEX / M2

Disabled / Enabled

46 Version: 0.4

CB6464

9.20 Software Feature Mask Configuration

BIOS

Bios-Entry

Software Feature Mask Configuratione

Options

HDD Unlock

LED Locate

Disabled / Enabled

RAID0

RAID1

RAID10

Raid5

Intel Rapid Recovery Technology

OROM UI and BANNER

Enabled / Disabled

IRRT Only on eSATA

Smart Response Technology

OROM UI Normal Delay

RTS Force Form

Enabled / Disabled

2 secs / 4 secs / 6 secs / 8 secs

Enabled / Disabled

CB6464 Version: 0.4

BIOS

9.21 AMT Configuration

Bios-Entry

ASF Support

USB Provisioning of AMT

CIRA Configuration

ASF Configuration

Secure Erase Configuration

OEM Flags Settings

MEBx Resolution Settings

Options

Disabled / Enabled

Untermenü siehe : CIRA Configuration [ } 48]

Untermenü siehe:

ASF Configuration [ } 49]

Untermenü siehe:

Secure Erase Configuration [ } 49]

Untermenü siehe:

OEM Flags Settings [ } 50]

Untermenü siehe:

MEBx Resolution Settings [ } 51]

9.22 CIRA Configuration

Bios-Entry Options

Activate Remote Assistance Process Disabled / Enabled

CIRA Timeout 0..255

48 Version: 0.4

CB6464

9.23 ASF Configuration

Bios-Entry

PEt Progress

WatchDog

OS Timer

BIOS Timer

Options

Disabled / Enabled

0..65535

9.24 Secure Erase Configuration

Bios-Entry

Secure Erase Mode

Force Secure Erase

Options

Simulated / Real

Disabled / Enabled

BIOS

CB6464 Version: 0.4

BIOS

9.25 OEM Flags Settings

Bios-Entry

MBEx hotkey pressed

MBEx Selection Screen

Hide Unconfigure ME Confirmation

Prompt

MBEx OEM Debug Menu Enable

Unconfigure ME

Options

Disabled / Enabled

50 Version: 0.4

CB6464

9.26 MEBx Resolution Settings

Bios-Entry

Non-UI Resolution

UI Mode Resolution

Graphics Mode Resolution

9.27 Chipset

Options

Auto / 80x25 / 100x31

Auto / 80x25 / 100 x 31

Auto / 640x 480 / 800x600 / 1024 x 768

BIOS

Setup-Entry

System Agent (SA) Configuration

PCH-IO Configuration

Options

Submenu see:

System Agent (SA) Configuration

[ } 52]

Submenu see:

PCH-IO Configuration [ } 55]

CB6464 Version: 0.4

BIOS

9.28 System Agent (SA) Configuration

Bios-Entry

System Agent (SA) Configuration

SA PCIe Code Version

VT-d

Graphics Configuration

(PEG-Port X assignemt)

VT-d

Chap Device

Thermal Device

GMM Device

CRID Support

Options

None

Submenu see:

Graphics Configuration [ } 53]

None

Disabled / Enabled

52 Version: 0.4

CB6464

9.29 Graphics Configuration

BIOS

Bios-Entry Options

Graphics Configuration

Skip Scanning of External Gfx Card Disabled / Enabled

Primary Display

Select PCIE Card

External Gfx Card Primary Display

Configuration

Internal Graphics

GTT Size

Aperture Size

DVMT Pre-allocated

Auto / IGFX / PEG / PCI / SG

Auto / Elk Creek 4 / PEG Eval

Submenu see:

[ } 54]

128MB /256MB / 512MB / 1024MB / 2048MB

32M / 64M / 4M / 8m / 12M / 16M / 20M / 24M / 28M / 32M / 36M /

40M / .. / 60M

External Gfx Card Primary Display Configuration

Auto / Disabled / Enabled

2 MB / 4 MB / 8 MB

DVMT Total Gfx Mem

Gfx Low Power Mode

VDD Enable

HDCP Support

Algorithm

PM Support

Set Power Clamp

PAVP Enable

Cdynmax Clamping Enable

Cd Clock Frequency

IUER Button Enable

LCD Control

256M / 128M / MAX

Enabled / Disabled

One-time / Periodic

Enabled / Disabled

Disabled / Enabled

Enabled / Disabled

337.5 Mhz / 450 Mhz / 540 Mhz / 675 Mhz

Disabled / Enabled

Submenu see: LCD Control [ } 54]

CB6464 Version: 0.4

BIOS

9.30 External Gfx Card Primary Display Configuration

Bios-Entry

External Gfx Card Primary Display

Configuration

Primary PEG

Primary PCIE

Options

Auto / PEG11 /PEG12

Auto / PCIE1 / PCIE2 / PCIE3 / … / PCIE19

9.31 LCD Control

Bios-Entry

LCD Control

Primary IGFX

LCD Panel Type

Panel Scaling

Backlight Control

Active LFP

Panel Color Depth

Backlight Brightness

Options

VBIOS Default / EFP (/ EFP2 / EFP3

VBIOS Default / 640x480 LVDS / 800x600 LVDS / 1024x768 LVDS /

1280x1024 LVDS / 1400x1050 LVDS1 / 1400x1050 LVDS2 /

1600x1200 LVDS / 1280x768 LVDS / 1680x1050 LVDS / 1920x1200

LVDS / 1600x900 LVDS / 1280x800 LVDS / 1280x600 LVDS /

2048x1536 LVDS / 1366x768 LVDS

Auto / Off / Force Scaling

PWM Inverted / PWM Normal

Noe DP / eDP Port-A

18 Bit / 24 Bit

0..255

Version: 0.4

CB6464

BIOS

9.32 PCH-IO Configuration

Bios-Entry

PCH-IO Configuration

PCI Express Configuration

USB Configuration

HD Audio Configuration

PCH LAN Controller

Wake on LAN

Second LAN Controller

Third LAN Controller

Forth LAN Controller

M.2-Slot X

CLKRUN#logic

State After G3

Compatible Revision ID

Options

Submenu see:

PCI Express Configuration [ } 56]

Submenu see:

USB Configuration [ } 58]

Submenu see:

HD Audio Configuration [ } 59]

Enabled / Disabled bei V1, always Enabled bei V2

Enabled / Disabled

None

Enabled / Disabled

S0 State / S5 State

Enabled / Disabled

CB6464 Version: 0.4

BIOS

9.33 PCI Express Configuration

Bios-Entry

PCI Express Configuration

PCI Express Clock Gating

Lagacy IO Low Latency

Peer Memory Write Enable

Compliance Test Mode

PCIe-USB Glitch W/A

PCI Express Gen3 Eq Lanes

PCI Express Root Port X

[PCIE Port assignments]

Options

Disabled / Enabled

Submenu see: PCI Express Gen3 Eq Lanes [ } 56]

Submenu see: PCI Express Root Port X [ } 57]

None

9.34 PCI Express Gen3 Eq Lanes

Bios-Entry

PCIEX Cm

PCIEX Cp

Options

0..63

Version: 0.4

CB6464

9.35 PCI Express Root Port X

BIOS

Bios-Entry

PCI Express Root Port 1

Topolgy

ASPM

L1 Substates

Gen3 Eq Phase3 Method

UDTP

DPTP

ACS

URR

FER

NFER

CER

CTO

SEFE

SENFE

SECE

PME SCI

Hot Plug

Advanced Error Reporting

PCIe Speed

Transmitter Half Swing

Detect Timeout

Extra Bus Reserved

Reserved I/O

PCH PCIe LTR Configuration

PCH PCIE1 LTR

Snoop Latency Override

Snoop Latency Value

Snoop Latency Multipler

Non Snoop Latency Override

CB6464

Options

Disabled / Enabled

Unknown / x1 / x4 / Sata Express / M2

L0sL1 / L1 L0s / Disabled / Auto

Disabled / L1.1 & L1.2 / L1.1 / L1.2

Hardware / Static Coeff. / Software Search

0..10

Disabled / Enabled

Auto / Gen1 / Gen2 / Gen3

Disabled / Enabled

0..65535

0..7

4K / 8K / 12K / 16K / 20K

Disabled / Enabled

Disabled / Manual / Auto

0..1023

1 ns / 32 ns / 1024 ns / 32768 ns / 1048576 ns / 33554432 ns

Disabled / Manual / Auto

Version: 0.4

BIOS

9.36 Extra Options

Bios-Entry

Detect Non-Compliance Device

Prefetchable Memory

Reserved Memory Alignment

Prefetchable Menmory Alignment

Options

Disabled / Enabled

1..20

1..31

9.37 USB Configuration

Bios-Entry

USB Configuration

XHCI Diable Comliance Mode

USB Port Disable Override

USB SS Physical Connector #X

Options

False / True

Disabled / Select Per-Pin

Disabled / Enabled

58 Version: 0.4

CB6464

BIOS

9.38 HD Audio Configuration

Bios-Entry Options

HD Audio System Configuration Settings

HD Audio Disabled / Enabled / Auto

9.39 Security

Setup-Entry

Password Description

Minimum length

Maximum length

Administrator Password

User Mode

Secure Boot

Options

None

Here an administrator password can be set.

Enabled / Disabled

Submenu see: Secure Boot [ } 60]

CB6464 Version: 0.4

BIOS

9.40 Secure Boot

Bios-Entry

System Mode

Secure Boot

Vendor Keys

Attempt Secure Boot

Secure Boot Mode

Key Management

Options

None

Disabled / Enabled

Standard / Custom

Submenu see: Key Management [ } 60]

9.41 Key Management

Bios-Entry

Provision Factory Defaults

Reset to Setup Mode

Enroll Efi Image

Save all Secure Boot variables

PlatformKey(PK)

Key Exchange Keys

Authorized Signatures

Forbidden Signatures

Authorized TimeStamps

OsRecovery Signatures

Options

Disabled / Enabled

Press entry key

60 Version: 0.4

CB6464

9.42 Boot

Bios-Entry

Boot Configuration

Setup Prompt Timeout

Bootup NumLok State

F7 Boot Menu

Full Screen Logo

Fast Boot

New Boot Option Policy

StartUpDElay for UEFI shell

Boot mode select

Fixed Boot Order Priorities

Boot Option #1-19

Advanced Fixed Boot Order

Parameters

Options

0..65535

On / Off

Disabled / Enabled

Default / Place First / Place Last

0..255

Legacy / UEFI / Dual

Here the range of boot media to be used can be set.

Submenu see: Fixed Boot Order Parameters [ } 62]

BIOS

CB6464 Version: 0.4

BIOS

9.43 Fixed Boot Order Parameters

Bios-Entry

Max. CFast/SSD capacity

Max. USB Stick capacity (GB)

9.44 Save & Exit

Options

1..16384

Bios-Entry

Save Changes and Reset

Discard Changes and Reset

Restore Optimized Defaults

Boot Override

IBA CL slot 00FE v0110

Launch EFI Shell from filesystem device

Options

Press entry key

62 Version: 0.4

CB6464

Mechanical drawings

10 Mechanical drawings

Dimensional notation

All dimensions are in mil (1 mil = 0.0254 mm). Data in square brackets are in mm.

10.1 PCB: Holes

Fig. 13: MZ MH CB6464_G3

CB6464 Version: 0.4

Mechanical drawings

10.2 PCB: Pin 1 distances

Fig. 14: MZ Pin1 CB6464_G3

64 Version: 0.4

CB6464

10.3 PCB: Dimensions

Mechanical drawings

Fig. 15: MZ CB6464_G3

CB6464 Version: 0.4

Technical data

11 Technical data

11.1 Electrical data

Power supply

Board

RTC

Power consumption

RTC

24 V (+/- 5%)

>= 3 µm

<= 10 µm

11.2 Environmental conditions

Temperature range

Operating 0 °C up to +60 °C (more extended temperture range on request)

-25 °C up to +85 °C

-25 °C up to +85 °C, for wrapped boards

Storage

Dispatch

Temperature changes

Operating

Storage

Dispatch

0.5 °C per minute, 7.5 °C in 30 minutes

1.0 °C per minute

1.0 °C per minute, for wrapped boards

Relative air humidity

Operating

Storage

Dispatch

Impact

Operating

Storage

Dispatch

Vibration

Operating

Storage

Dispatch

5% up to 85% (non-condensing)

5% up to 95% (non-condensing

5% up to 100% (non-condesing), for wrapped boards

150 m/², 6 ms

400 m/s², 6 ms

400 m/s², 6 ms, for wrapped boards

10 up to 58 Hz, 0.075 mm amplitude

5 up to 9 Hz, 3.5 mm amplitude

9 up to 500 Hz, 10 m/s²

5 up to 9 Hz, 3.5 mm amplitude

9 up to 500 Hz, 10 m/s², for wrapped boards

Note on impact and vibration resistance

The specifications for impact and vibration resistance refer only to the motherboard itself without heat sink, memory module, cabling, etc.

66 Version: 0.4

CB6464

Technical data

11.3 Technical specifications

The board is specified for an ambient temperature range of 0 °C to +60 °C (extended temperature range on enquiry). In addition, care must be taken that the temperature of the processor die does not exceed 100 °C.

A suitable cooling concept must be implemented for this that is oriented to the maximum power consumption of the processor/chipset. Please note: also that any existing controllers are included in the cooling concept.

The power consumption of these modules may be of the same order of magnitude as the power consumption of the processor.

The board is prepared with suitable holes for the use of modern cooling solutions. We have a series of compatible cooling components in our range. Your distributor will be glad to advise you on choosing suitable solutions.

NOTE

Prevent the maximum die temperature being exceeded!

It is the end customer's responsibility to ensure that the die temperature of the processor does not exceed

100 °C! Continuous overheating can destroy the board!

If the temperature exceeds 100 °C, the ambient temperature needs to be reduced. Ensure sufficient air circulation if necessary.

CB6464 Version: 0.4

Support and Service

12 Support and Service

12.1 Beckhoff Support

Beckhoff Support offers you comprehensive technical assistance, helping you not only with the application of individual Beckhoff products, but also with other, wide-ranging services:

• world-wide support

• design, programming and commissioning of complex automation systems

• extensive training program for Beckhoff system components.

Hotline: +49(0)5246/963-157

Fax: +49(0)5246/963-9157

E-mail: [email protected]

12.2 Beckhoff Service

The Beckhoff Service Center supports you in all matters of after-sales service:

• on-site service

• repair service

• spare parts service

• hotline service

Hotline: +49(0)5246/963-460

Fax: +49(0)5246/963-479

E-mail: [email protected]

12.3 Beckhoff headquarters

Beckhoff Automation GmbH & Co. KG

Hülshorstweg 20

33415 Verl

Germany

Phone: +49(0)5246/963-0

Fax: +49(0)5246/963-198

E-mail: [email protected]

Web: www.beckhoff.de

Further Support and Service addresses can be found on our website at http://www.beckhoff.de.

You will also find further documentation for Beckhoff components there.

68 Version: 0.4

CB6464

Appendix I: Post Codes

13 Appendix I: Post Codes

During the boot phase, the BIOS generates a series of status messages (so-called "POST Codes"), which can be output with the help of a suitable reading device (POST Code card). The meanings of the POST

Codes are explained in the document "Aptio™ 5.x Status Codes" from American Megatrends®, which is available from the website http://www.ami.com

. In addition, the following OEM POST Codes are output:

Code

87h

88h

89h

Description

BIOS-API started

PCA9535 started

PWRCTRL firmware started

CB6464 Version: 0.4

Appendix II: Resources

14 Appendix II: Resources

14.1 Interrupt

The resources used are independent of the setup setting. The listed interrupts and their use are given by the

AT compatibility. If interrupts have to be exclusively available on the ISA side, they must be reserved through the BIOS setup. Exclusivity is neither given nor possible on the PCI side.

IRQ6

IRQ7

IRQ8

IRQ9

IRQ10

IRQ11

IRQ12

IRQ13

IRQ14

IRQ15

Address

IRQ0

IRQ1

IRQ2

IRQ3

IRQ4

IRQ5

Function

Timer

RTC

FPU

70 Version: 0.4

CB6464

Appendix II: Resources

14.2 PCI Devices

The PCI devices listed here all exist on the board, including those that are detected and configured by the

BIOS. Due to the BIOS setup settings it may be the case that various PCI devices or functions of devices are not activated. If devices are deactivated, the bus numbers of other devices may change as a result.

INT

REQ