Gooxi SR401 4U User Manual

Gooxi SR401 4U User Manual

Rack server

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SR401 4U
Rack Server User Manual
Document Version: 02
Release Date: 16/Nov/2022
Shenzhen Gooxi Information Security Co., Ltd.

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Summary of Contents for Gooxi SR401 4U

  • Page 1 SR401 4U Rack Server User Manual Document Version: 02 Release Date: 16/Nov/2022 Shenzhen Gooxi Information Security Co., Ltd.
  • Page 2 Gooxi does not provide guarantees for the results obtained from the use of this manual or the accuracy or reliability of any information obtained through this manual.
  • Page 3 Foreword This manual is the product technical manual of Gooxi SR401 4U rackmount server, which mainly describes the appearance, structure, hardware installation and basic configuration of this product. This manual is for reference and research by professional technicians. This product should only be installed and maintained by experienced technicians.
  • Page 4 Modification record Manual version Release date Remarks 2022/October/16 Initial release 2022/November/16 Optimized description...
  • Page 5: Table Of Contents

    Contents 1 Product Description ...............................6 1.1 Product overview ............................6 1.2 Product structure ............................7 1.3 Logical structure ............................8 1.4 Product parameters ............................9 2 Hardware Description ............................10 2.1 Front panel ..............................10 2.1.1 Appearance ..............................10 2.1.2 LED and button ............................11 2.1.3 Interface ..............................
  • Page 6: Product Description

    The SR401 4U rackmount server is a new generation of 2U dual-socket rack server with a wide range of uses launched by Gooxi for the needs of the Internet, IDC (Internet Data Center), cloud computing, enterprise market, and telecom business applications. It is suitable...
  • Page 7: Product Structure

    36-bay rear view (Figure 1-3) Product structure The physical structure of the SR401 4U rack-mounted server is different due to different requirements, and the configuration will be different. Taking the 36-model as an example, the components of the server shown in the figure below:...
  • Page 8: Logical Structure

    12 Hard disk box assembly Table (1-1) Logical structure The logic of SR401 4U rack server is shown in the figure below: Motherboard logic block diagram (1-5) ·2 SP3 Sockets, supporting two AMD EPYC™ 7002 series processors; ·Single CPU supports 8 DDR4 channels, each channel supports 2 DIMMs, and the two CPUs support 32DIMM DDR4 memory;...
  • Page 9: Product Parameters

    IPMI remote management, VGA output port, and dedicated Gigabit RJ45 management network port. Product parameters System System model SR401-D24RE SR401-D36RE Chassis Gooxi 4U rackmount chassis Motherboard G1DLRO-B Supports 2 AMD EPYC™ 7003/7002/7001 processors Type supports DDR4 RDIMM/LRDIMM; Frequency supports 2400/2666/2933/3200MHz; Memory Support single capacity of 8G/16GB/32GB/64GB/128GB/256GB, and the maximum memory capacity of the whole machine is 8TB.
  • Page 10: Hardware Description

    Hardware Description Front panel Appearance 2.1.1 24x3.5 inch hard drive configuration  Name Name Left ear assembly 24* 3.5 inch hard disk boxes Right ear assembly 36x3.5 inch hard drive configuration ...
  • Page 11: Led And Button

    Front view Rear view Name Name Left ear assembly Right ear assembly Front 24* 3.5 inch hard Rear 12* 3.5 inch hard disk disk boxes boxes LED and button 2.1.2 LED/button LED/button Power switch button/LED System alarm LED UID button/LED Network port 1 connection status LED...
  • Page 12 Reset server button Network port 2 connection status LED HDD LED LED status description Logo LED/button Status description Description of the power LED: Green on: Indicates that the device has been powered on normally. Green flashing: Indicates that the device is in standby.
  • Page 13: Interface

    connected normally. Off: Indicates that the network port is not in use or faulty. Note: Corresponds to two 1GE network ports on the motherboard. 2.1.3 Interface Interface location  Name Name USB 3.0 interface For accessing USB device Rear panel Appearance 2.2.1 Appearance of the rear panel...
  • Page 14: Led And Button

    Name Name Riser 1 module Riser 2 module Riser 3 module Riser 4 module I/O port OCP 3.0 network card (optional) PSU1 PSU2 Description: 1. Riser1 module, Riser2 module, Riser3 module, Riser4 module can choose  rear hard disk module or PCIe Riser module. 2.
  • Page 15: Interface

    Off: Indicates no AC power input. Green on: Indicates 1000M Link. Connection status Orange on: Indicates a 100M link. Off: 10M Link. Data transmission Yellow (flashing): Indicates data is being transmitted. status LED Off: Indicates no data transmission. The blue LED is on when it is on. You can use the IPMI page UID LED Or the UID button control on the server OCP network port...
  • Page 16: Processor

    When configuring 1 processor, it needs to be installed in the CPU 0 position.  Processors configured on the same server must have the same model.  For specific optional purchasing system options, please consult Gooxi sales rep.  The location of the processor is shown in the figure below: ...
  • Page 17: Memory

    Memory 2.4.1 Memory slot location The motherboard supports 16 DDR4 channels, each channel supports 2 DIMMs, and 2 CPUs support 32 DDR4 slots in total (when only one memory is inserted, insert the blue slot on the motherboard first). 2.4.2 Memory compatibility information The motherboard supports DDR4 RDIMM/LRDIMM server memory, and the memory frequency supports 2400/2666/2933/3200;...
  • Page 18: Storage

    Note: 1: M1 can be inserted in any slot, C or D is recommended. 2: M1, M2 can be inserted in any slot, C or G is recommended. 3: M1 can be in any slot, M2 can be inserted in any other slot. 4: M1 ≠...
  • Page 19: Hard Disk Serial Number

    disks (piece) Front hard drive Riser 1/ Riser 2 : Support (24x3.5 or 2.5) : expansion of 4* 3.5 inch SAS/ 24x3.5 inch 0-23 slots SATA hard drives hard drives support Riser 3/ Riser 4: Support SAS hard drives need to SAS/SATA hard expansion of 4* 2.5 inch SAS/ be supported by...
  • Page 20: Hard Disk Status Led

     When configuring 2 power modules, it supports 1+1 redundant backup;  For power modules configured on the same server, the power module models  must be the same; For specific optional purchasing system options, please consult Gooxi sales ...
  • Page 21: Fan

    rep; The location of the power supply is shown in the figure below:  Support 4 fan modules;  Support hot swap;  Support single fan failure;  Support variable fan speed;  For fan modules configured on the same server, the fan module models must be the ...
  • Page 22: I/O Expansion

    I/O expansion 2.8.1 PCIe slot distribution Riser 1 provides slots Slot0-2; Riser2 provides slots Slot3-5; Riser3 provides slots  Slot6-7; Riser4 provides slots Slot8-9. Riser 1 is optional: two 3.5 inch hard disk modules/PCIE full-height expansion  modules (choose 1 from 2): When selecting the PCIE expansion module, Slot0 can be connected to PCIe X8 or PCIe X16 devices, Slot1 can be connected to PCIe X8 devices, and Slot2 can be connected to PCIe X16 devices.
  • Page 23: Pcie Slot Description

    2.8.2 PCIe slot description PCIe slot Slave PCIe Bus bandwidth Slot size standard Onboard PCIe x2 network CPU 0 2 RJ45 (2.0) card PCIe x8 network CPU 0 1 OCP3.0 (3.0/4.0) card Full 2 PCIe X16 slots height, full length Full PCIe x32 Riser 1...
  • Page 24: Pcie Expansion Module

    Half height, CPU 1 2 PCIe X8 slots half length Notice: ◆ The slot with bus bandwidth of PCIe x16 is backward compatible with PCIe cards of PCIe x8, PCIe x4 and PCIe x1. Up is incompatible, that is, the bandwidth of the PCIe slot cannot be smaller than the bandwidth of the inserted PCIe card.
  • Page 25 3.5 inch hard disk module  2.5 inch hard disk module ...
  • Page 26: Pcba

    PCBA 2.9.1 Motherboard G1DLRO-B motherboard diagram Name 4U chassis fan control 4 pin interface Memory slot (corresponding to CPU 0) Memory slot (corresponding to CPU1) CPU0 CPU1 GPU Power 2*4 pin interfaces BP Power 2*4pin interfaces SFF8643 SATA interface USB3.0 interface BP I2C interface PCIe4.0 X8 PCIe4.0 X16...
  • Page 27 PCIe4.0 X16 IPMI RJ45 1Gb LAN RJ45 1Gb*2 DB-9 COM port USB3.0 OCP 82599 CPU1 PCIe4.0 X16 CPU1 PCIe4.0 X8 BP HDD LED Slimline PCIe4.0 X8 CPRS PSU GPU Power CPRS PSU RISER POW BP Power FP BIN LED PMBUS/BP5 I2C FP VGA FP USB3.0 Chassis Intrusion...
  • Page 28: Hard Disk Backplane

    2.9.2 Hard disk backplane Front 24× 3.5 inch HDD backplane  TOP surface Description Function 1. Support 12Gb/s SAS hard disk; SAS/SATA hard disk 2. Support 6Gb/s SATA hard disk; connector 3. Support SAS/SATA hard disk hot swap. Table (2-14) Bottom side Description Function...
  • Page 29 Temperature-controlled fan For 4pin fan interface socket PM8044 SXP 24Sx12G Expander chip controller 24-port 12G SAS Expander CPLD For data logic processing MiniSAS HD high-speed For 12Gb/s SAS or 6Gb/s SATA connector signal transmission Rear 12 x 3.5 inch backplane ...
  • Page 30 connector SATA signal transmission Note:*The expansion chip is not available for the direct connection backplane. 2 x 2.5 inch rear hard disk backplane  TOP surface Description Function Support 12Gb/s SAS hard disk; SAS/SATA hard disk 6Gb/s SATA hard disk connector Bottom side Description...
  • Page 31 transmission...
  • Page 32: Installation Notes

    Installation Notes Chassis upper cover installation Step 1: Align the nails on the upper cover with the opening of the box and place it  downwards; Step 2: Push forward to lock in the direction of the arrow. ...
  • Page 33: Mounting Accessories

    Mounting accessories 3.2.1 Install the CPU Starting to install the CPU, please read the following guides: Make sure the motherboard supports the CPU.  Before installing the CPU, be sure to turn off the computer and unplug the power cord ...
  • Page 34 Outer cover...
  • Page 35: Install Heat-Sink

    3.2.2 Install heat-sink Before starting to install the heat-sink, please read the following guidelines: Always turn off the computer and unplug the power cord from the electrical outlet before  installing the heat sink to prevent damage to the hardware. Unplug all cables from electrical outlets.
  • Page 36: Install Memory

    3.2.3 Install memory The 16 memory slots controlled by CPU 0 of the motherboard are: DIMMA1, A2, DIMMB1, B2, DIMM C1, C2, DIMM D1, D2, DIMM E1, E2, DIMM F1, F2, DIMM G1, G2 and DIMM H1, H2 ; The 16 memory slots controlled by CPU 1 are: DIMMA3, A4, DIMMB3, B4, DIMMC3, C4, DIMMD3, D4, DIMM E3, E4, DIMM F3, F4, DIMM G3, G4 and DIMM H3, H4.
  • Page 37 Step 2: Fasten the inner rails to the sides of the case  Step 3: Install the outer rails on the cabinet brackets and secure the screws ...
  • Page 38 Note: When installing the guide rail, it is necessary to align with the U mark, and when it is installed in place with a snap, secure it with M5 screws. Step 4: Align the chassis with the inner rails installed on the outer rails for installation Note: When you push the chassis forward, you will hear a snapping sound.
  • Page 39 Note: During equipment maintenance, it is necessary to loosen the panel screws and pull the chassis lightly. Do not push or pull the chassis at random speed to avoid damage to the equipment.
  • Page 40: Configuration Instructions

    Configuration Instructions Initial configuration Power on 4.1.1  Before powering on, it is necessary to ensure that all configurations of the server are installed in accordance with the corresponding specifications and standards, and keep the server turned off but not unplugged from the power supply.
  • Page 41 Pic 4-1 AC Loss Control power-on control  Status setting, the menu options are: Always off: power on directly Always on: You need to press the Power button to turn on the power Previous: Leave Power State Unchanged  Log in to the iBMC management interface to perform remote power-on and power-off control.
  • Page 42: Initial Data

    Figure 4-2 For detailed usage of BMC and BIOS, please refer to the corresponding user manual. Initial data 4.1.2  BMC default account: admin  BMC default password: admin  BMC default address: 192.168.x.x  BIOS Default Password: None Configure BIOS 4.1.3 Press the <DEL>...
  • Page 43: Configure Bmc

    Figure 4-3 The Main interface contains the basic information of the BIOS system, such as the BIOS version number, CPU model, memory capacity, and the system time can be set. For detailed instructions, please refer to the "BIOS User Manual". ...
  • Page 44 Figure (4-4) Enter the account password to enter the home page, and you can set the BMC IP address on the management interface . On the left side of the interface, switch to "Settings Page" -> "Network Settings" -> "Network IP Settings". As shown below : Figure (4-5) When the server is powered on, make sure that the BMC dedicated management...
  • Page 45 network port cable is properly connected. Use another device, make sure it is in the same LAN as the BMC management network, and enter the BMC IP address on the web page. Check the BMC IP address as follows: After the server is powered on, turn it on. Pay attention to the POST process when ...
  • Page 46 Unspecified : Do not change BMC parameters (default) Static : BIOS static IP setting DynamicBmcDhcp : BMC runs DHCP to dynamically assign IP DynamicBmcNonDhcp : BMC runs Non-DHCP protocol to dynamically assign Configure IPV6 support Choose whether to support IPV6, the menu options are: ...
  • Page 47: Appendix

     If the above operation does not solve the fault problem, it is recommended to replace the known correct monitor to confirm whether the original monitor is faulty  If there are no problems, please contact Gooxi technical team to solve the problem Warning light on the front panel ...
  • Page 48  PING can be enabled by setting static or dynamic. If the WEB interface is invalid, please change to a new version of IE to connect.  If the problem is still not resolved, please contact Gooxi technical team to solve it.

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