Documentation issue status Documentation issue status Version Modifications 0.1 First preliminary version, HW version G1 1.0 First release with BIOS version 0.08, revision 1 CB1076 Version: 1.0...
All of the components are supplied in specific hardware and software configurations depending on the application requirements. 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.
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Safety instructions Intended use The CB1076 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.
Overview Properties The CB1076 is an industrial motherboard in the ATX form factor. It is based on Intel®'s latest hybrid technology. Intel® processors of the 12th and 13th generation (Core™, Celeron™ and Pentium) are installed. The Intel® R680E-PCH chipset is used.
Overview List of features CB1076 ATX-Board CPU Intel® processors of the 12th/13th generation Alder Lake and Raptor Lake Intel® Celeron® G6900E Intel® Pentium® G7400E Intel® Core™ i3-13100E Intel® Core™ i5-13400E Intel® Core™ i7-13700E Intel® Core™ i9-13900E Chipset Intel® R680E-PCH Socket LGA 1700 Memory 4x SO-DIMM up to 128 GB, DDR5 up to 5600 MHz...
Notes on information security Notes on information security The products of Beckhoff Automation GmbH & Co. KG (Beckhoff), insofar as they can be accessed online, are equipped with security functions that support the secure operation of plants, systems, machines and networks.
Interfaces Interface overview The figures show the interfaces of the CB1076 board in a top view. The table shows the function of the respective interface as well as a reference to the manual page for further information. The listing is clockwise, starting with P1304 USB-C Fig. 2: CB1076 interfaces...
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LAN 2.5 Gbit and USB 3.1Gen2 (P1402/P1401/ P1400) [} 40] P1400 LAN 1 Gb + USB3.1Gen2 LAN 2.5 Gbit and USB 3.1Gen2 (P1402/P1401/ P1400) [} 40] P1500 DVI-D A+B DVI-D (P1500A/B) [} 42] P1403 DSUB9M (COM1) Serial interface COM1 (P1403) [} 43] P1501 DisplayPort Display Port (P1501) [} 43] Version: 1.0 CB1076...
Interfaces USB-C Port (P1304) 24-pin USB-C connector. Signals with up to 10 Gbit/s can be led out via this connector. Fig. 3: CB1076 USB-C Pin assignment USB-C Description Name Name Description Ground GND B12 GND Ground Transmit+ TX1+ B11 RX1+ Receive+ Transmit- TX1-...
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: CB1076 FAN 1-5 Pin assignment FAN 1 (P500) P500 Pin...
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 500 mA and are electronically protected. Fig. 5: CB1076 USB 2.0 internal Pin assignment internal USB 2.0 connector: Description Name...
An additional serial interface COM2 is installed on the board in a 2x5-pin connector. The signals correspond to the RS232 standard. The port address and the interrupt used are set with the help of the BIOS setup. 2x5-pin connector: Fig. 6: CB1076 COM 2 Pin assignment COM connector Description Name Name...
Interfaces Programming port (P1305) You can transfer programming signals to the board via this 5-pin connection. The supply voltage is 3.3 V. Fig. 7: CB1076 Programming port Pin assignment programming port Signal Description 3.3 V Supply voltage 3.3 V EEP-SMBCLK SMB-Clock EEP-SMBDAT SMB Data PMCALERT#...
The board is supplied with a CR2032 battery holder (BT1700) including a 3 V battery, but can also be connected to an external battery via a two-pin housing connector (P1701) in order to keep the integrated clock supplied in case of a power failure. Fig. 8: CB1076 Battery Pin assignment RTC battery connector Pin Name...
Interfaces Memory (U600, U700, U601, U701) Four vertical SO-DIMM memory slots, DDR5- 5600 MT/s, max. 128 GB RAM are installed on the CB1076 board. 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.
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Data Strobe A3 - ADQS#3 GND Ground Data Strobe A3 + ADQS 3 ADM3 Ground Ground GND GND Ground Data line A30 DQ28 ADQ29 Data line A31 Ground GND GND Ground Data line A28 ADQ30 ADQ31 Data line A29 Version: 1.0 CB1076...
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Ground Data line B33 BCB3 BCB2 Data line B34 Ground GND GND Ground Data line B3 BDQ0 BDQ1 Data line B2 Ground GND GND Ground Data line B0 BDQ2 BDQ3 Data line B1 Ground GND GND Ground CB1076 Version: 1.0...
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Ground Data Strobe B3 + BDQS3 BDM3 Ground Ground GND GND Ground Data line B31 BDQ28 BDQ29 Data line B28 Ground GND GND Ground Data line B29 BDQ30 BDQ31 Data line B30 Ground GND 261 GND Ground Version: 1.0 CB1076...
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Data Strobe A3 - ADQS#3 GND Ground Data Strobe A3 + ADQS 3 ADM3 Ground Ground GND GND Ground Data line A31 DQ28 ADQ29 Data line A29 Ground GND GND Ground Data line A30 ADQ30 ADQ31 Data line A28 CB1076 Version: 1.0...
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Ground Data line B33 BCB3 BCB2 Data line B32 Ground GND GND Ground Data line B1 BDQ0 BDQ1 Data line B0 Ground GND GND Ground Data line B3 BDQ2 BDQ3 Data line B2 Ground GND GND Ground Version: 1.0 CB1076...
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Ground Data Strobe B3 + BDQS3 BDM3 Ground Ground GND GND Ground Data line B28 BDQ28 BDQ29 Data line B30 Ground GND GND Ground Data line B31 BDQ30 BDQ31 Data line B29 Ground GND 261 GND Ground CB1076 Version: 1.0...
The connection for the power supply is implemented as a 2x12-pin standard ATX socket ("ATX24"). This is supplemented by a 2x4-pin housing socket via which the CORE-IN voltage must be provided. Fig. 10: CB1076 2x12-pin ATX Power Pin assignment 2x12-pin socket ATX-Power Description...
Interfaces 6.10 SATA (P1603 – P1608) Six SATA sockets are available for the connection of SATA devices. All SATA channels support the speed modes 1.5 Gbit/s, 3 Gbit/s and 6 Gbit/s. Fig. 12: CB1076 SATA sockets Pin assignment SATA sockets Pin Name Description GND Ground...
M.2 Key-M (P1700) The CB1076 is equipped with an M.2 Key-M socket. SATA and PCIe signals are led out via these sockets. SATA SSD and SATA NVME cards (M.2-2280) can be operated. SATA RAID 0, 1, 5 and 10 are supported.
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(not led out) Receive - SATAB# Ground GND 46 N/C (not led out) PCIe Lane 0 PET0# 48 N/C (not led out) Transmit - SATAA# PCIe Lane 0 PET0 50 PRST# PCIe Reset Transmit + SATAA active low CB1076 Version: 1.0...
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(not led out) N/C 68 SUSCLK System clock Configuration pin CFG_PCIe/ 70 3.3 V Standby SATA Supply voltage S3.3 V Ground 72 3.3 V Standby Supply voltage S3.3 V Ground GND 74 3.3 V Standby Supply voltage S3.3 V Ground Version: 1.0 CB1076...
Pin Name Description VCC 5 V for USB USB-D# Minus data channel USB USB-D Plus data channel USB GND1 Ground SSRX- SuperSpeed Receiver - SSRX+ SuperSpeed Receiver + GND2 Ground SSTX- SuperSpeed Transmitter - SSTX+ SuperSpeed Transmitter + CB1076 Version: 1.0...
The board has a general purpose input/output interface that feeds the signals out via a 2x10-pin connector. By programming the associated chip (Super-IO) accordingly, I/O functions can be created here in a very flexible manner. Ask your distributor about appropriate software support. Fig. 16: CB1076 GPIO socket Pin assignment GPIO connector Description Name...
Interfaces 6.16 PCIe x4 (P1205/P1206/P1204/P1201) Four PCI-Express x4 expansion card slots are available on the CB1076 board. x1 expansion cards can also be operated in these slots. Fig. 18: CB1076 PCIe x4 socket Pin assignment PCI-Express x4 socket Description Name Name Description...
Interfaces 6.17 PCIe x1 (P1200/P1203) Two PCI-Express x1 expansion card slots are available on the CB1076 board. Fig. 19: CB1076 PCIe x1 socket NOTICE Observe pin assignment In the pin assignment table below, note that for certain signals there are necessary differences between the different PCIe-x1 connectors on the board.
Interfaces 6.18 PCIe x16 (P1202) A slot for a PCIe x16 card is available on the CB1076 board. PCIe x16 graphics cards, x1 or x4 expansion cards can be used in this slot. Fig. 20: CB1076 PCIe x16 socket CB1076 Version: 1.0...
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Receive Lane 6 + PER6 B43 GND Ground Receive Lane 6 - PER6# B44 GND Ground Ground GND B45 PET7 Transmit Lane 7 + Ground GND B46 PET7# Transmit Lane 7 - Receive Lane 7 + PER7 B47 GND Ground Version: 1.0 CB1076...
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B78 PET15 Transmit Lane 15 + Ground GND B79 PET15# Transmit Lane 15 - Receive Lane 15 + PER15 B80 GND Ground Receive Lane 15 - PER15# B81 DDAT- Reserved PRSNT Ground GND B82 RSVD Not connected CB1076 Version: 1.0...
Negotiate are available as well as PXE and RPL functionality. Controller is Intel® i219 for Lan1 1Gbit with WOL (P1400 A) and i226 for LAN2 and 3, 2.5Gbit (P1401 A and P1402 A). Fig. 21: CB1076 LAN USB socket Pin assignment LAN socket i219 (P1400) Pin...
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Data + (USB 3.1) 4 GND Ground 5 SSRX- Receive line - (USB 3.1) 6 SSRX+ Receive line + (USB 3.1) 7 GND Ground 8 SSTX- Transmit line - (USB 3.1) 9 SSTX+ Transmit line + (USB 3.1) CB1076 Version: 1.0...
6.20 DVI-D (P1500A/B) The CB1076 has two DVI-D sockets in a combined component (Foxconn QH11121-DBDF-4F). You can connect digital DVI or HDMI displays to both sockets. Analog signals are not available on this connector. The CPU graphics support a maximum of three independent displays.
The serial interface COM1 is led out via a 9-pin standard DSUB socket. The signals correspond to the RS232 standard. You can set the port address and the interrupt used with the help of the BIOS setup. Fig. 23: CB1076 COM1 socket Pin assignment COM1: Description Name...
It should also be noted that the settings shown in the setup menus below are not necessarily the recommended or default settings. Which settings must be selected depends on the application scenario in which the board is operated. Version: 1.0 CB1076...
BIOS Main Aptio Setup - AMI Main Advanced Chipset Security Boot Save & Exit ┌─────────────────────────────────────────────────────────────────┬────────────────────────────────┐ │ ▲│ │ │ Board Information █│ │ │ Board CB1076 █│ │ │ Revision 1 █│ │ │ Bios Version 0.08 █│ │ │ █│ │ │ Processor Information █│ │ │ Name RaptorLake DT █│ │ │ Type 13th Gen Intel(R) █│ │ │ Core (TM) i7─13700E █│ │ │ Speed 1900 MHz █│ │ │ ID 0xB0671 █├────────────────────────────────┤ │ Stepping BO ▒│→←: Select Screen │ │ ▒│↑↓: Select Item │ │ Number of Efficient─cores 8Core(s) / 8Thread(s) ▒│Enter: Select │ │ Number of Performance─cores 8Core(s) / 8Thread(s) ▒│+/─: Change Opt. │ │ Microcode Revision 123 ▒│F1: General Help │ │ GT Info 0xA780 ▒│F2: Previous Values │ │ ▒│F3: Optimized Defaults │ │ ▒│F4: Save & Reset │ │ IGFX GOP Version 17.0.1081 ▒│ESC: Exit │ │ Memory RC Version 0.0.4.219 ▒│ │ │ Total Memory 32768 MB ▒│ │ │ Memory Frequency 4000 MHz ▒│ │ │ ▒│ │ │ PCH Information ▒│ │ │ Name PCH─S ▒│ │ │ Stepping B1 ▒│ │ │ ▒│ │ │ ME FW Version 16.1.30.2361 ▒│ │ │ ▒│ │ │ System Date [Fri 02/23/2024] ▒│ │ │ System Time [07:12:55] ▼│ │ │ │ │ └─────────────────────────────────────────────────────────────────┴────────────────────────────────┘...
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None GT Info None IGFX GOP Version None Memory RC Version None Total Memory None Memory Frequency None PCH Information Name None Stepping None ME FW Version None System Date Here you can change the system date. System Time Here you can change the system time. Version: 1.0 CB1076...
Version 2.22.1293 Copyright (C) 2024 AMI BIOS entry Options PC Health Status CPU dig. None VCCCORE None 5 V None 12 V None Memory VDD None 3.3 V None FAN1 None FAN 2 None FAN 2 None MB Temp None Memory Temp None PwrCtrlTemp None PwrCtrlVCC None CB1076 Version: 1.0...
Disabled / Enabled Ipv6 HTTP Support Disabled / Enabled PXE boot wait time None Media detect count None NOTICE PXE Boot available PXE Boot is available if you set Network Stack and Ipv4 PXE support to "Enable". Version: 1.0 CB1076...
Version 2.22.1293 Copyright (C) 2024 AMI BIOS entry Options Bootloader Version None Firmaware Version None Mainboard Serial No None Mainboard Prod. Date (Week.Year) None Mainboard BootCount None Mainboard Operation Time None Voltage /Min/Max) None Temperature (Min/Max) None ext. USB-Port Voltage Off in S3 - 5 / by SVCC int. USB-Port Voltage Off in S3 - 5 / by SVCC WatchDogTimer Mode Nomal Mode / Compatibility Mode WDT OSBoot Timeout Disabled / 45 / 60 / ... / 255 Seconds CB1076 Version: 1.0...
VBIOS Default / Various LVDS Panel Scaling Auto / Off / Force Scaling Backlight Control PWM Normal / PWM Inverted Active LFP eDP Port-A / No eDP Panel Color Depth 18 / 24 Bit Backlight Brightness None CB1076 Version: 1.0...
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Enable VMD Global Mapping Enabled / Disabled Map this Root Port under VMD Enabled / Disabled Root Port BDF details None RAID0 Enabled / Disabled RAID1 Enabled / Disabled RAID5 Enabled / Disabled RAID10 Enabled / Disabled Version: 1.0 CB1076...
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Peer Memory Write Enable Disabled / Enabled NOTICE PCI Express Configuration The BIOS entries and the options on ports 1 - 2, 4, 5, 9, 13 - 16, 21, 25 are identical. Port 1 is shown as an example Version: 1.0 CB1076...
│ Spin Up Device [Disabled] ▒│ │ │ SATA Device Type [Hard Disk Drive] ▒│ │ │ Topology [Unknown] ▒│ │ │ SATA Port 2 DevSlp [Disabled] ▒│ │ │ DITO Configuration [Disabled] ▒│ │ │ DITO Value 625 ▒│ │ │ DM Value 15 ▒│ │ │ Serial ATA Port 3 Empty ▒│ │ │ Software Preserve Unknown ▒│ │ │ Port 3 [Enabled] ▒│ │ │ Hot Plug [Disabled] ▒│ │ │ Configured As eSATA Hot Plug Supported ▒│ │ │ External [Disabled] ▒│ │ │ Spin Up Device [Disabled] ▒│ │ │ SATA Device Type [Hard Disk Drive] ▒│ │ │ Topology [Unknown] ▒│ │ │ SATA Port 3 DevSlp [Disabled] ▒│ │ │ DITO Configuration [Disabled] ▒│ │ │ DITO Value 625 ▒│ │ │ DM Value 15 ▒│ │ │ Serial ATA Port 4 Empty ▒│ │ │ Software Preserve Unknown ▒│ │ │ Port 4 [Enabled] ▒│ │ │ Hot Plug [Disabled] ▒│ │ │ Configured As eSATA Hot Plug Supported ▒│ │ │ External [Disabled] ▒│ │ │ Spin Up Device [Disabled] ▒│ │ │ SATA Device Type [Hard Disk Drive] ▒│ │ │ Topology [Unknown] ▒│ │ │ SATA Port 4 DevSlp [Disabled] ▒│ │ │ DITO Configuration [Disabled] ▒│ │ │ DITO Value 625 ▒│ │ │ DM Value 15 ▒│ │ │ Serial ATA Port 5 Empty ▒│ │ │ Software Preserve Unknown ▒│ │ │ Port 5 [Enabled] ▒│ │ │ Hot Plug [Disabled] ▒│ │ CB1076 Version: 1.0...
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Disabled / Enabled DITO Configuration Disabled / Enabled DITO Value None DM Value None NOTICE SATA Configuration The BIOS entries and the options on the SATA ports 1 - 7 are identical. Port 0 is shown as an example. Version: 1.0 CB1076...
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│ █│Device). │ │ xDCI Support [Enabled] █│ │ │ █│ │ │ USB PDO Programming [Enabled] █│ │ │ USB Overcurrent [Enabled] █│ │ │ USB Overcurrent Lock [Enabled] █│ │ │ USB Audio Offload [Enabled] █│ │ │ Enable HSII on xHCI [Enabled] █│ │ │ █│ │ │ USB3.1 Portx Speed Selection 0 █│────────────────────────────────┤ │ █│→←: Select Screen │ │ USB SS Physical Connector #0 [Enabled] █│↓↑: Select Item │ │ USB SS Physical Connector #1 [Enabled] █│Enter: Select │ │ USB SS Physical Connector #2 [Enabled] █│+/─: Change Opt. │ │ USB SS Physical Connector #3 [Enabled] █│F1: General Help │ │ USB SS Physical Connector #4 [Enabled] ▒│F2: Previous Values │ │ USB SS Physical Connector #5 [Enabled] ▒│F3: Optimized Defaults │ │ USB SS Physical Connector #6 [Enabled] ▒│F4: Save & Reset │ │ USB SS Physical Connector #7 [Enabled] ▒│ESC: Exit │ │ USB SS Physical Connector #8 [Enabled] ▒│ │ │ USB SS Physical Connector #9 [Enabled] ▒│ │ │ USB HS Physical Connector #0 [Enabled] ▒│ │ │ USB HS Physical Connector #1 [Enabled] ▒│ │ │ USB HS Physical Connector #2 [Enabled] ▒│ │ │ USB HS Physical Connector #3 [Enabled] ▒│ │ │ USB HS Physical Connector #4 [Enabled] ▒│ │ │ USB HS Physical Connector #5 [Enabled] ▒│ │ │ USB HS Physical Connector #6 [Enabled] ▒│ │ │ USB HS Physical Connector #7 [Enabled] ▒│ │ │ USB HS Physical Connector #8 [Enabled] ▒│ │ │ USB HS Physical Connector #9 [Enabled] ▒│ │ │ USB HS Physical Connector #10 [Enabled] ▒│ │ │ USB HS Physical Connector #11 [Enabled] ▒│ │ │ USB HS Physical Connector #12 [Enabled] ▒│ │ │ USB HS Physical Connector #13 [Enabled] ▼│ │ └─────────────────────────────────────────────────────────────────┴────────────────────────────────┘ Version 2.22.1293 Copyright (C) 2024 AMI CB1076 Version: 1.0...
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USB HS Physical Connector #9 Enabled / Disabled USB HS Physical Connector #10 Enabled / Disabled USB HS Physical Connector #11 Enabled / Disabled USB HS Physical Connector #12 Enabled / Disabled USB HS Physical Connector #13 Enabled / Disabled Version: 1.0 CB1076...
Submenu see: HD Audio Subsystem Feature Configuration (ACPI) [} 92] HD Audio Bus Controller Subsystem ID Various Virtual Channel Type VC0 / VC1 HDA Codec ALC245 Configuration No Dmic to codec / 4 Dmic to codec / 2 Dmic to codec CB1076 Version: 1.0...
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HD Audio Subsystem Advanced Configuration Settings Aptio Setup - AMI Chipset ┌─────────────────────────────────────────────────────────────────┬────────────────────────────────┐ │ HD Audio Subsystem Advanced Configuration Settings ▲│Disconnects SDI2 signal to │ │ █│hide/disable iDisplay Audio │ │ iDisplay Audio Disconnect [Disabled] █│Codec. │ │ Codec Sx Wake Capability [Disabled] █│ │ │ PME Enable [Disabled] █│ │ │ Statically Switchable BCLK Clock █│ │ │ Frequency Configuration: █│ │ │ HD Audio Link Frequency [24 MHz] █│ │ │ iDisplay Audio Link Frequency [96 MHz] █│ │ │ iDisplay Audio Link T─Mode [8T Mode] █│ │ │ Autonomous Clock Stop SNDW #1 [Disabled] █│ │ │ Autonomous Clock Stop SNDW #2 [Disabled] █│ │ │ Autonomous Clock Stop SNDW #3 [Disabled] █│ │ │ Autonomous Clock Stop SNDW #4 [Disabled] █├────────────────────────────────┤ │ Data On Active Interval Select [11 clock periods] █│→←: Select Screen │ │ SNDW #1 █│↓↑: Select Item │ │ Data On Active Interval Select [11 clock periods] █│Enter: Select │ │ SNDW #2 █│+/─: Change Opt. │ │ Data On Active Interval Select [11 clock periods] █│F1: General Help │ │ SNDW #3 ▒│F2: Previous Values │ │ Data On Active Interval Select [11 clock periods] ▒│F3: Optimized Defaults │ │ SNDW #4 ▒│F4: Save & Reset │ │ Data On Delay Select SNDW #1 [3 clock periods] ▒│ESC: Exit │ │ Data On Delay Select SNDW #2 [3 clock periods] ▒│ │ │ Data On Delay Select SNDW #3 [3 clock periods] ▒│ │ │ Data On Delay Select SNDW #4 [3 clock periods] ▒│ │ │ ACX SSID 305610EC Codecs Topology [Disabled] ▼│ │ │ │ │ └─────────────────────────────────────────────────────────────────┴────────────────────────────────┘ Version 2.22.1293 Copyright (C) 2024 AMI Version: 1.0 CB1076...
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3 clock periods / 2 clock periods Data On Delay Select SNDW #3 3 clock periods / 2 clock periods Data On Delay Select SNDW #4 3 clock periods / 2 clock periods ACX SSID 305610EC Codecs Topology Disabled / Enabled CB1076 Version: 1.0...
Driver Option Priorities Fixed Boot Order Priorities Boot Option #1 - 11 Here you can set the order of the boot media to be used. Advanced Fixed Boot Order Parameters Submenu see: Advanced Fixed Boot Order Parameters [} 110] CB1076 Version: 1.0...
Discard Changes Press enter key Default Options Restore Optimized Defaults Press enter key Save as User Defaults Press enter key Restore as User Defaults Press enter key Boot Override Launch EFI Shell from filesystem device Press enter key CB1076 Version: 1.0...
5 ... 9 Hz, 3.5 mm amplitude 9 ... 500 Hz, 10 m/s², for packed 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. Version: 1.0 CB1076...
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. CB1076 Version: 1.0...
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 Description 87h BIOS-API started 88h PCA9535 started 89h PWRCTRL firmware started Version: 1.0 CB1076...
The resources used depend on the setup setting. The listed interrupts and their use are given by the AT compatibility. If interrupts are to be available only on the ISA side, they must be reserved by the BIOS setup. Exclusivity on the PCI side is neither given nor possible. CB1076 Version: 1.0...
API access to power supply 36-39 Reserved 5C-5D NCT7491 60-6F Reserved for DDR4 70-73 POST-Code Output 88-89 Slave address defined by BIOS A0-A7 Reserved for DDR4 B0-B3 Power controller (access via BIOS-API) B8-BB Power controller (access via BIOS-API) CB1076 Version: 1.0...
Please contact your Beckhoff branch office or representative for local support and service on Beckhoff products! The addresses of Beckhoff's branch offices and representatives round the world can be found on our internet page: www.beckhoff.com You will also find further documentation for Beckhoff components there.
TwinSAFE®, XFC®, XTS® and XPlanar® are registered trademarks of and licensed by Beckhoff Automation GmbH. Third-party trademark statements The Bluetooth® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc and any use of such marks by Beckhoff is under license.
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