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FusionServer X6000 V6 Server 
Technical White Paper 

3 System Architecture 

 

2021-07-16 

13 

 

This mode enables you to set a power capping value for the server or a server node to 
adjust the power distribution of the cabinet or equipment room. User configuration 
modes are classified into the following types: 

 

User-defined server power capping: 

You can enable the power capping function for a server using the iBMC CLI and set 
the power capping value as required. After the configuration is successful, the 
power of the server does not exceed the configured power. 

 

User-defined server node power capping: 

You can enable the power capping function for a server node on the iBMC WebUI 
and set the power capping value as required. After the configuration is successful, 
the power of the server node does not exceed the configured power. 

 

 

MSPP and user-defined power capping cannot be enabled together. 

 

Before using the MSPP or user-defined power capping mode, enable EIST on the BIOS. For details, 
see 

FusionServer X6000 Server iBMC User Guide

 

For details about how to configure the power capping mode, see 

FusionServer X6000 Server iBMC 

User Guide

When different number of PSUs are configured, the system automatically enables the MSPP 
or user-defined power capping mode based on the rated power of the server and that of the 
PSUs. For details, see Table 3-2. 

Table 3-2

 

Status of the MSPP or user-defined power capping mode 

Number of 
PSUs 

PSU Rated Power and 
Server Rated Power 

Power Capping Mode Status (Set by 
the System) 

Server < Single PSU 

 

MSPP disabled 

 

User-defined power capping disabled 

Single PSU ≤ Server 

 

MSPP enabled (triggered by a single 
PSU failure) 

 

User-defined power capping disabled 

Server < 2 PSUs 

 

MSPP disabled 

 

User-defined power capping disabled 

2 PSUs ≤ Server < 3 
PSUs 

 

MSPP enabled (triggered by failure of 
two PSUs) 

 

User-defined power capping disabled 

3 PSUs ≤ Server 

 

MSPP enabled (triggered by a single 
PSU failure) 

 

User-defined power capping disabled 

 

 

After modifying the configuration or adding optional components, you need to recalculate the total 
power of the server to check whether the current PSUs meet the requirements of the new system. 

Summary of Contents for X6000

Page 1: ......

Page 2: ...nt may not be within the purchase scope or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warrant...

Page 3: ...n 19 5 1 Front Panel 19 5 1 1 Appearance 19 5 1 2 Indicators and Buttons 20 5 1 3 Ports 23 5 2 Rear Panel 24 5 3 Storage 25 5 3 1 Drive Configurations 25 5 3 2 Drive Indicators 28 5 4 Fan Modules 29 5...

Page 4: ...r X6000 V6 Server Technical White Paper Contents 2021 07 16 iv 9 System Management 44 9 1 iBMC 44 9 2 Server Management System 45 10 Certifications 47 A Appendix 48 B Glossary 53 C Acronyms and Abbrev...

Page 5: ...which if not avoided will result in death or serious injury Indicates a hazard with a medium level of risk which if not avoided could result in death or serious injury Indicates a hazard with a low l...

Page 6: ...FusionServer X6000 V6 Server Technical White Paper About This Document 2021 07 16 vi Change History Issue Date Description 01 2021 07 16 This is the first official release...

Page 7: ...a and software defined infrastructure SDI it is ideal for large scale server deployment X6000 V6 servers feature flexible expansion high density reliability energy efficiency and easy O M For Internet...

Page 8: ...o Unified Management and Easy Maintenance X6000 V6 servers use high density system architecture and support maintenance in the cold air area Server node management network port supports aggregated man...

Page 9: ...pability of the entire system X6000 V6 servers use Dynamic Energy Management Technology DEMT to minimize system energy consumption X6000 V6 servers do not have drive backplanes or system backplanes Th...

Page 10: ...Heat Dissipation System Air is drawn from the front panel and exhausts from the rear panel Cool air enters the front panel and passes through the drives fan modules middle modules four server nodes pr...

Page 11: ...noise while dissipating heat efficiently Optimized heat dissipation design Counter rotating fans with high wind pressure 20 higher capability of 8080 fans compared with the last generation 8080 fans...

Page 12: ...supports the following power capping modes MSPP The system automatically enables or disables MSPP based on the relationship between the rated power of the server and that of PSUs as described in Tabl...

Page 13: ...For details see FusionServer X6000 Server iBMC User Guide For details about how to configure the power capping mode see FusionServer X6000 Server iBMC User Guide When different number of PSUs are conf...

Page 14: ...al rated power of active PSUs the standby PSUs are woken up and the system enters the load balancing mode If any PSU is removed or the input is lost the standby PSU is woken up and enters the normal o...

Page 15: ...g mode 2 PSUs Server 3 PSUs Load balancing mode 3 PSUs Server Load balancing mode Note For details about the MSPP triggering conditions see Table 3 2 3 3 Management System The X6000 V6 server manageme...

Page 16: ...the iBMC of a server node in the following ways Access the iBMC through the management network port of a server node You can access iBMCs of the four server nodes through the management network port o...

Page 17: ...s the operating status of the fan modules through the rotation speed feedback signals and reports to server node iBMCs for the fan module health management The fan management board of the middle modul...

Page 18: ...Physical Structure 2021 07 16 18 4 Physical Structure Figure 4 1 Physical structure of an X6000 V6 server with 8 x 2 5 drives example 1 Server nodes 2 Fan modules 3 Right mounting ear plate 4 Node cas...

Page 19: ...ption 5 1 Front Panel 5 2 Rear Panel 5 3 Storage 5 4 Fan Modules 5 5 Middle Modules 5 6 Server Nodes 5 7 PSUs 5 1 Front Panel 5 1 1 Appearance 8 x 2 5 drive configuration Figure 5 1 Front panel of a s...

Page 20: ...ons Indicator and Button Positions 8 x 2 5 drive configuration Figure 5 3 Indicators and buttons on the front panel 1 Indicators of server node 1 2 Indicators of server node 2 3 Indicators of server n...

Page 21: ...indicators Indicator and Button Description Table 5 1 Description of indicators and buttons on the front panel Silks creen Name Description Power button Indicator Indicates the power status of the se...

Page 22: ...Press the server node switchover button to switch to the selected server node When a server node is selected its indicator is steady white NOTE If the server is not fully configured with server nodes...

Page 23: ...ions 8 x 2 5 drive configuration Figure 5 5 Ports on the front panel 1 USB 2 0 port 2 VGA Ports 24 x 2 5 drive configuration Figure 5 6 Ports on the front panel 1 USB 2 0 port 2 VGA Ports Port Descrip...

Page 24: ...isplay terminal such as a monitor or KVM 5 2 Rear Panel Air cooled server node configuration Figure 5 7 Rear panel of a server with four XH321 V6 server nodes 1 Air cooled server node 1 2 Air cooled s...

Page 25: ...SAS SATA drives Each node supports a maximum of two drives Screw in RAID controller card 24 x 2 5 drive configuration 1 Front drive 24 x 2 5 Slots 1 0 to 4 5 support SATA NVMe drives Each node support...

Page 26: ...rive Number Displayed on the iBMC WebUI Server node 1 1 0 0 1 1 1 Server node 2 2 0 0 2 1 1 Server node 3 3 0 0 3 1 1 Server node 4 4 0 0 4 1 1 Table 5 3 shows drive slot numbers of 24 x 2 5 drive con...

Page 27: ...021 07 16 27 Server Node Drive No Drive Number Displayed on the iBMC WebUI Server node 1 1 0 0 1 1 1 1 2 2 1 3 3 1 4 4 1 5 5 Server node 2 2 0 0 2 1 1 2 2 2 2 3 3 2 4 4 2 5 5 Server node 3 3 0 0 3 1 1...

Page 28: ...ected Blinking at 4 Hz Off Data is being read or written properly or data on the primary drive is being rebuilt Steady on Blinking at 1 Hz The drive is being located Blinking at 1 Hz Blinking at 1 Hz...

Page 29: ...swap Table 5 8 NVMe drive indicators VMD disabled Activity Indicator Green Fault Indicator Yellow Description Off Off The NVMe drive is not detected Steady on Off The NVMe drive is detected and operat...

Page 30: ...an modules 5 5 Middle Modules The middle module consists of the drive cable module fan management board and middle column Drive cable module supplies power to drives and provides data transmission cha...

Page 31: ...FusionServer X6000 V6 Server Technical White Paper 5 Hardware Description 2021 07 16 31 Figure 5 14 Middle module 8 x 2 5 drive configuration Figure 5 15 Middle module 24 x 2 5 drive configuration...

Page 32: ...ule connector J36 11 Drive cable module connector J37 12 Drive cable module connector J40 13 Drive cable module connector J39 14 Drive cable module connector J34 15 Drive cable module connector J31 16...

Page 33: ...34 Server node 4 connector J22 35 Fan module connector 3 FAN_3 J60 36 Power connector J10 37 Right mounting ear connector J48 5 6 Server Nodes The X6000 V6 supports a maximum of four server nodes XH32...

Page 34: ...rver nodes are configured the PSUs work in 2 2 redundancy mode PSUs of the same part number P N code must be used in a server The PSUs are protected against short circuit Double pole fuse is provided...

Page 35: ...a variety of drive configurations For details see 5 3 1 Drive Configurations Supports hot swap of SAS SATA NVMe drives NOTE The NVMe drives support Before using the VMD function contact technical sup...

Page 36: ...95 F ASHRAE Class A2 A1 compliant Storage temperature within three months 30 C to 60 C 22 F to 140 F Storage temperature within six months 15 C to 45 C 5 F to 113 F Storage temperature within one year...

Page 37: ...oise The data listed in the following is the declared A weighted sound power level LWAd and declared average bystander position A weighted sound pressure level LpAm when the server is operating in a 2...

Page 38: ...tic rail kit applies to cabinets with a distance of 590 mm to 900 mm 23 22 in to 35 43 in between the front and rear mounting bars NOTE For a 1100 mm deep cabinet a distance of 70 mm to 110 mm 2 75 in...

Page 39: ...e and hardware The slight differences of the application software middleware basic software and hardware may cause performance inconsistency between the application layer and test software layer If th...

Page 40: ...ations and driving a forklift This product is a Class A device Take protective measures before operating this product in a residential area as it is likely to cause radio interference Personal Safety...

Page 41: ...tches and jewelry Figure 8 2 shows conductive objects that must be removed before you touch a device Figure 8 2 Removing conductive objects Figure 8 3 shows how to wear an ESD wrist strap a Put your h...

Page 42: ...es Power cables are used only for dedicated servers Do not use them for other devices Before operating equipment wear ESD clothes and gloves to prevent electrostatic sensitive devices from being damag...

Page 43: ...one person is permitted to carry as stipulated by a number of organizations Table 8 1 Maximum weight carried by per person Organization Name Weight kg lb European Committee for Standardization CEN 25...

Page 44: ...24 7 stable running of the device The iBMC allows screenshots and videos to be created when the system breaks down facilitating cause analysis of the system breakdown The iBMC offers screen snapshots...

Page 45: ...vice Intelligent power management The power capping technology helps you easily improve deployment density The iBMC uses dynamic power saving to reduce operational expenditure OPEX License management...

Page 46: ...ment Uses the power capping technology to increase deployment density and uses the dynamic energy saving technology to lower the operation and maintenance costs Aggregation port The management port of...

Page 47: ...0581 2012 Europe REACH EC NO 1907 2006 Europe CE Safety EN 60950 1 2006 A11 2009 A1 2010 A12 20 11 Electromagnetic compatibility EMC EN 55022 2010 CISPR 22 2008 EN 55024 2010 CISPR 24 2010 ETSI EN 300...

Page 48: ...endor code two digits that is the code of the processing place 4 Year and month two characters The first character indicates the year Digits 1 to 9 indicate years 2001 to 2009 respectively Letters A t...

Page 49: ...Networ k Adapter s Number of RAID Controll er Cards Fan Configu ration CPU Configuratio n Maximum Temperat ure 0 drives 8 2 0 0 8080 205 W P 270 W 35 C P 205W 35 C 2 0 1 8080 205 W P 270 W 35 C P 205...

Page 50: ...le A 3 Operating temperature limitations server with 24 x 2 5 SAS SATA drives Drive Configu ration Number of Standar d PCIe Cards Number of OCP 3 0 Networ k Adapter s Number of RAID Controll er Cards...

Page 51: ...Number of OCP 3 0 Networ k Adapter s Number of RAID Controll er Cards Fan Configu ration CPU Configuratio n Maximum Temperatu re 16 drives 24 2 0 0a 8080 185 W P 205 W 35 C P 185W 35 C 2 1 0a 8080 18...

Page 52: ...lume supplied in the equipment room for a single device 8080 fans 270 CFM 8080 fans 300 CFM Cooling capacity supplied in the equipment room for a single device 3000 W A 3 Nameplate Certified Model Des...

Page 53: ...nage the objects E ejector lever A part on the panel of a device used to facilitate installation or removal of the device Ethernet A baseband local area network LAN architecture developed by Xerox Cor...

Page 54: ...ystem Intel is the main sponsor for PCIe PCIe is used only for internal interconnection A PCI system can be transformed to a PCIe system by modifying the physical layer instead of software PCIe delive...

Page 55: ...rk system event log SEL Event records stored in the system used for subsequent fault diagnosis and system recovery B 5 U Z U U A unit defined in International Electrotechnical Commission IEC 60297 1 t...

Page 56: ...ating current AES Advanced Encryption Standard New Instruction Set ARP Address Resolution Protocol AVX Advanced Vector Extensions B BBU backup battery unit BIOS Basic Input Output System BMC baseboard...

Page 57: ...D digital video disc E ECC error checking and correcting ECMA European Computer Manufacturer Association EDB Execute Disable Bit EN European Efficiency ERP enterprise resource planning ETS European Te...

Page 58: ...MP Internet Control Message Protocol IDC Internet Data Center IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engineers IGMP Internet Group Message Protocol...

Page 59: ...SI Network Controller Sideband Interface O OCP Open Compute Project C 4 P T P PCIe Peripheral Component Interconnect Express PDU power distribution unit PHY physical layer PID Proportional integral d...

Page 60: ...pply chain management SDDC single device data correction SERDES serializer deserializer SGMII serial gigabit media independent interface SMI serial management interface SMTP Simple Mail Transfer Proto...

Page 61: ...ual in line memory module UEFI Unified Extensible Firmware Interface UID unit identification light UL Underwriter Laboratories Inc UPI UltraPath Interconnect USB Universal Serial Bus V VCCI Voluntary...

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