Gigabyte MZ32-AR0 (rev. 1.0) Инструкция онлайн [130/146] 534551
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BIOS Setup - 130 -
ABL 4 APOB Initialzation - cold boot 0xE0CA
ABL 4 Finalize memory settings - cold boot 0xE0CB
ABL 4 CPU Initialize Optimized Boot - cold boot 0xE0CC
ABL 4 Gmi Pcie Training - cold boot 0xE0CD
ABL 4 Cold boot End 0xE0CE
ABL 4 Initialization - Resume boot 0xE0CF
ABL 4 Resume End 0xE0D0
ABL 4 End Cold/Resume boot 0xE0D1
ABL 2 memory initialization 0xE0D2
ABL 3 memory initialization 0xE0D3
ABL 3 End 0xE0D4
ABL 1 Enter Memory Flow 0xE0D5
Memorryowmemoryclocksynchronization 0xE0D6
IfAmdReadEventLogEntry 0xE0D7
Exiting from AmdReadEventLog 0xE0D8
Entry to AmdGetApicId 0xE0D9
Exiting from AmdGetApicId 0xE0DA
Entry to AmdGetPciAddress 0xE0DB
Exiting from AmdGetPciAddress 0xE0DC
Entry to AmdIdentifyCore 0xE0DD
TExiting from AmdIdentifyCore 0xE0DE
After IDS calls out to run code on an AP 0xE0DF
After IDS calls out to run code on an AP 0xE0E0
Before IDS calls out to get IDS data 0xE0E1
After IDS calls out to get IDS data 0xE0E2
Before the heap manager calls out to allocate a buffer 0xE0E3
After the heap manager calls out to allocate a buffer 0xE0E4
Before the heap manager calls out to deallocate a buffer 0xE0E5
After the heap manager calls out to deallocate a buffer 0xE0E6
Before the heap manager calls out to locate a buffer 0xE0E7
After the heap manager calls out to locate a buffer 0xE0E8
MemoryowP-Statesynchronization 0xE0E9
After the BSP calls out to run code on an AP 0xE0EA
Before the BSP calls out to run code on an AP 0xE0EB
After the BSP calls out to run code on an AP 0xE0EC
Before the S3 save code calls out to allocate a buffer 0xE0ED
After the S3 save code calls out to allocate a buffer 0xE0EE
Before the memory S3 save code calls out to allocate a buffer 0xE0EF
After the memory S3 save code calls out to allocate a buffer 0xE0F0
Before the memory code calls out to locate a buffer 0xE0F1
After the memory code calls out to locate a buffer 0xE0F2
Содержание
- 2019 giga byte technology co ltd all rights reserved the trademarks mentioned in this manual are legally registered to their respective owners p.2
- Information in this manual is protected by copyright laws and is the property of gigabyte changes to the specifications and features in this manual may be made by gigabyte without prior notice no part of this manual may be reproduced copied translated transmitted or published in any form or by any means without gigabyte s prior written permission p.2
- In order to assist in the use of this product gigabyte provides the following types of documentation p.2
- Forrelatedproductspecifications thelatestfirmwareandsoftware andotherinformation pleasevisit our website at http www gigabyte com p.2
- For more information p.2
- For gigabyte distributors and resellers additional sales marketing materials are available from our reseller portal http reseller b2b gigabyte com p.2
- For further technical assistance please contact your gigabyte representative or visit http esupport gigabyte com to create a new support ticket p.2
- For any general sales or marketing enquires you may message gigabyte server directly by email server grp gigabyte com p.2
- Documentation classifications p.2
- Disclaimer p.2
- Copyright p.2
- 3 installing and removing the cpu and heat sink 12 p.3
- 2 productspecifications 10 p.3
- 2 advanced menu 32 p.3
- 1 the main menu 30 p.3
- 1 installation precautions 9 p.3
- Table of contents p.3
- Mz32 ar0 motherboard layout block diagram chapter 1 hardware installation p.3
- Chapter 2 bios setup 8 p.3
- 9 jumper settings 27 p.3
- 8 internal connectors 19 p.3
- 7 back panel connectors 18 p.3
- 6 installing and removing the mezzanine card 17 p.3
- 5 installing and removing the m ssd module 16 p.3
- 4 installing and removing memory 13 p.3
- 7 security menu 117 p.4
- 6 server management menu 11 p.4
- 5 chipset setup menu 109 p.4
- 4 amd pbs menu 106 p.4
- 3 amd cbs menu 64 p.4
- 11 agesa post codes 135 p.4
- 10 abl post codes 125 p.4
- 9 save exit menu 124 p.4
- 8 boot menu 120 p.4
- 12 bios post beep code ami standard 146 p.5
- Mz32 ar0 motherboard layout p.6
- Block diagram p.8
- Chapter 1 hardware installation p.9
- 1 installation precautions p.9
- 2 product specifications p.10
- Follow these instructions to install the cpu p.12
- 3 installing and removing the cpu and heat sink p.12
- Memory modules have a foolproof design a memory module can be installed in only one p.13
- Direction if you are unable to insert the memory switch the direction p.13
- Always turn off the computer and unplug the power cord from the power outlet before installing p.13
- 4 installing and removing memory p.13
- 4 1 8 channel memory configuration p.13
- 13 hardware installation p.13
- This motherboard provides 16 ddr4 memory sockets and supports 8 channel technology after the memory isinstalled thebioswillautomaticallydetectthespecificationsandcapacityofthememory enablingfour channel memory mode will be four times of the original memory bandwidth p.13
- The memory to prevent hardware damage p.13
- Same capacity brand speed and chips be used p.13
- Read the following guidelines before you begin to install the memory make sure that the motherboard supports the memory it is recommended that memory of the p.13
- Reverse the installation steps when you want to remove the dimm module p.14
- Rdimm maximum frequency supported table p.14
- Insert the dimm memory module vertically into the dimm slot and push it down p.14
- Hardware installation 14 p.14
- Follow these instructions to install a dimm module p.14
- Close the plastic clip at both edges of the dimm slots to lock the dimm module p.14
- Before installing a memory module make sure to turn off the computer and unplug the power cord from the power outlet to prevent damage to the memory module be sure to install ddr4 dimms on to this motherboard p.14
- 4 3 dimm population table p.14
- 4 2 installing and removing a memory module p.14
- Lrdimm maximum frequency supported table p.15
- Ds rdimm maximum frequency supported table p.15
- 15 hardware installation p.15
- 5 installing and removing the m ssd module p.16
- 6 installing and removing the mezzanine card p.17
- 100 1000 server management lan port p.18
- Vga port p.18
- Usb 3 ports p.18
- Usb 3 port p.18
- Serial port p.18
- Rj 45 lan port 2 p.18
- Rj 45 lan port 1 p.18
- Id button with led p.18
- 7 back panel connectors p.18
- 8 internal connectors p.19
- With the use of the power connector the power supply can supply enough stable power to all the components onthemotherboard beforeconnectingthepowerconnector firstmakesurethepowersupplyisturnedoff and all devices are properly installed the power connector possesses a foolproof design connect the power supply cable to the power connector in the correct orientation the 12v power connector mainly supplies power to the cpu if the 12v power connector is not connected the computer will not start p.20
- To meet expansion requirements it is recommended that a power supply that can withstand high power consumption be used 500w or greater if a power supply is used that does not provide the required power the result can lead to an unstable or unbootable system p.20
- Hardware installation 20 p.20
- 2 3 atx atx_12v 2x12 main power connector and 2x4 12v power connector p.20
- Thesefanheadersarenotconfigurationjumperblocks donotplaceajumpercaponthe p.21
- The motherboard has one 4 pin cpu fan header cpu_fan and two 4 pin sys_fan system fan headers most fan headers possess a foolproof insertion design when connecting a fan cable be sure to connect it in the correct orientation the black connector wire is the ground wire the motherboard supports cpu fan speed control which requires the use of a cpu fan with fan speed control design for optimum heat dissipation it is recommended that a system fan be installed inside the chassis p.21
- Sys_fan5 p.21
- Sys_fan4 p.21
- Sys_fan3 p.21
- Sys_fan2 p.21
- Sys_fan1 p.21
- Speed control p.21
- Pinno definition p.21
- Overheating overheating may result in damage to the cpu or the system may hang p.21
- Headers p.21
- Cpu0_fan p.21
- Cpu fan system fan headers p.21
- Be sure to connect fan cables to the fan headers to prevent your cpu and system from p.21
- 5 6 7 8 9 cpu0_fan sys_fan1 sys_fan2 sys_fan3 sys_fan4 sys_fan5 p.21
- 21 hardware installation p.21
- Usb 3 connector p.22
- Usb 2 header p.22
- Theconnector headerconformtousb2 3 specification eachusbconnector headercanprovidetwo usb ports via an optional usb bracket for purchasing the optional usb bracket please contact the local dealer p.22
- The com header can provide one serial port via an optional com port cable for purchasing the optional com port cable please contact the local dealer p.22
- Pinno definition p.22
- No pin p.22
- Hardware installation 22 p.22
- Com2 serial port cable connector p.22
- 11 f_usb3 f_usb2 usb 3 connector 2 header p.22
- The front panel design may differ by chassis a front panel module mainly consists of power switch reset switch power led hard drive activity led speaker etc when connecting your chassis front panel module to this header make sure the wire assignments and the pin assignments are matched correctly p.23
- Fp_1 front panel header p.23
- Connect the power switch reset switch speaker chassis intrusion switch sensor and system status indicator on the chassis to this header according to the pin assignments below note the positive and negative pins before connecting the cables p.23
- 23 hardware installation p.23
- Spi_tpm trusted platform module connector p.24
- Hardware installation 24 p.24
- Bp_1 hdd backplane board header p.24
- Trusted platform module tpm is an international standard for a secure cryptoprocessor a dedicated microcontroller designed to secure hardware through integrated cryptographic keys p.24
- The intelligent platform management bus communications protocol defines a byte level transport for transferringintelligentplatformmanagementinterfacespecification ipmi messagesbetweenintelligenti2c devices p.25
- State description p.25
- Pin no definition p.25
- On bmcfirmwareisinitial p.25
- Off ac loss p.25
- Led_bmc bmc firmware readiness led p.25
- Led_bmc p.25
- Ipmb intelligent platform management bus connector p.25
- Blink bmcfirmwareisready p.25
- 25 hardware installation p.25
- Thebatteryprovidespowertokeepthevalues suchasbiosconfigurations date andtimeinformation in the cmos when the computer is turned off replace the battery when the battery voltage drops to a low level or the cmos values may not be accurate or may be lost p.26
- Hardware installation 26 p.26
- Contact the place of purchase or local dealer if you are not able to replace the battery by yourself or p.26
- Bat battery scoket p.26
- Always turn off your computer and unplug the power cord before replacing the battery replace the battery with an equivalent one danger of explosion if the battery is replaced with an incorrect p.26
- Used batteries must be handled in accordance with local environmental regulations p.26
- Uncertain about the battery model p.26
- 9 jumper settings p.27
- Chapter 2 bios setup p.28
- Bios setup program function keys p.28
- Server management p.29
- Security p.29
- Save exit p.29
- Chipset p.29
- Amd pbs option p.29
- Amd cbs p.29
- Advanced p.29
- 1 the main menu p.30
- 2 advanced menu p.32
- 2 1 trusted computing p.33
- 2 2 psp firmware versions p.34
- 2 3 legacy video select p.35
- 2 4 ast2500 super io configuration p.36
- 2 4 1 serial port 1 2 configuration p.37
- 2 5 s5 rtc wake settings p.39
- 2 6 serial port console redirection p.40
- 2 7 cpu configuration p.44
- 2 8 pci subsystem settings p.45
- 2 9 usb configuration p.47
- 2 10 nvme configuration p.49
- 2 11 sata configuration p.50
- 2 12 network stack configuration p.51
- 2 13 amd mem configuration status p.52
- 2 14 iscsi configuration p.53
- 2 15 tls auth configuration p.54
- 2 16 avago megaraid configuration utility p.55
- 2 17 intel r i350 gigabit network connection p.57
- 2 18 vlan configuration p.59
- 2 19 mac ipv4 network configuration p.61
- 2 20 mac ipv6 network configuration p.62
- 3 amd cbs menu p.64
- 3 1 cpu common options p.65
- 3 1 1 performance p.67
- 3 1 2 prefetcher settings p.68
- 3 1 3 core watchdog p.69
- 3 2 df common options p.70
- 3 2 1 scrubber p.71
- 3 2 2 memory addressing p.72
- 3 2 3 acpi p.73
- 3 2 4 link p.74
- 3 3 umc common options p.75
- 3 3 1 ddr4 common options p.76
- 3 3 1 1 dram controller configuration p.77
- 3 3 1 2 cad bus configuration p.78
- 3 3 1 3 data bus configuration p.79
- 3 3 1 4 common ras p.80
- 3 3 1 5 security p.82
- 3 3 2 dram memory mapping p.83
- 3 3 3 nvdimm p.84
- 3 3 4 memory mbist p.85
- 3 3 4 1 data eye p.86
- 3 4 nbio common options p.88
- 3 4 1 smu common options p.90
- 3 4 2 nbio ras common options p.92
- 3 5 fch common options p.94
- 3 5 1 sata configuration options p.95
- 3 5 2 usb configuration options p.96
- 3 5 3 sd dump options p.97
- 3 5 4 ac power loss options p.98
- 3 5 5 i2c configuration options p.99
- 3 5 6 uart configuration options p.100
- 3 5 7 espi configuration options p.101
- 3 5 8 emmc options p.102
- 3 5 9 fch ras options p.103
- 3 6 ntb common options p.104
- 3 7 soc miscellaneous control p.105
- 4 amd pbs menu p.106
- 4 1 ras p.107
- 5 chipset setup menu p.109
- 5 1 north bridge p.110
- 6 server management menu p.111
- 6 1 system event log p.113
- 6 2 view fru information p.114
- 6 3 bmc network configuration p.115
- 6 4 ipv6 bmc network configuration p.116
- 7 security menu p.117
- 7 1 secure boot p.118
- 8 boot menu p.120
- 8 1 uefi network drive bbs priorities p.122
- 8 2 uefi application boot priorities p.123
- 9 save exit menu p.124
- 10 abl post codes p.125
- 10 3 pmu test points p.125
- 10 2 memory test points p.125
- 10 1 startprocessortestpoints p.125
- 10 4 original post code p.126
- 10 7 extended memory test point p.127
- 10 6 topology test points p.127
- 10 5 cpu test points p.127
- 10 8 gnb earlier init p.128
- 10 10 abl0 test points p.131
- 10 9 pmu test points p.131
- 10 11 abl5 test points p.131
- 11 agesa post codes p.135
- 11 2 0xa1xx for cz only memory postcodes p.135
- 11 1 universal post code p.135
- 11 5 0xa5xx assigned for agesa psp module p.138
- 11 4 pmu post code p.138
- 11 3 s3 interface post code p.138
- 11 6 0xa9xx 0xaaxx assigned for agesa nbio module p.141
- 11 7 0xacxx assigned for agesa ccx module p.143
- 11 9 0xafxx assigned for agesa fch module p.144
- 11 8 0xadxx assigned for agesa df module p.144
- 12 bios post beep code ami standard p.146
- 12 2 dxe beep codes p.146
- 12 1 pei beep codes p.146
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