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MSI MS-S389 User Manual
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MSI MS-S389 User Manual

MSI MS-S389 User Manual

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S3061D270RAU6-X2
MS-S389
Server System
User Guide
1

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Summary of Contents for MSI MS-S389

  • Page 1 S3061D270RAU6-X2 MS-S389 Server System User Guide...
  • Page 2 Contents Regulatory Notices ..........................5 Safety Information ....................... 8 System Specifications ........................10 Optional Modules for MGT1 ....................... 11 System Overview ........................... 12 Front View ........................... 12 Rear View ............................ 12 MGT1: DC-SCM Module I/O Panel ....................13 System LED Indicators ........................14 MGT1: DC-SCM Module I/O Panel ....................
  • Page 3 Getting Started ..........................43 Necessary Tools .......................... 43 Safety Precautions ........................43 System Setup..........................44 System Node ..........................44 Removing System Node Tray ..................... 44 Drive Bay ............................45 Installing 2.5" Drives (15mm/ 7mm) ..................45 OCP Card ............................46 Installing OCP card ........................
  • Page 4 System Fan............................67 Installing 8080 System Fan Assembly ..................67 Power Supply Unit ......................... 69 Installing Power Supply Unit (PSU) ................... 69 Cable Routing ..........................70 Slide Rail & Rack ..........................71 Attaching the Slide Rails to a Rack .................... 71 Installing the chassis into a Rack ....................
  • Page 5 Chemical Substances Information In compliance with chemical substances regulations, such as the EU REACH Regulation (Regulation EC No. 1907/2006 of the European Parliament and the Council), MSI provides the information of chemical substances in products at: https://csr.msi.com/global/index...
  • Page 6 Chemical Substances Information In compliance with chemical substances regulations, such as the EU REACH Regulation (Regulation EC No. 1907/2006 of the European Parliament and the Council), MSI provides the information of chemical substances in products at: https://csr.msi.com/global/index Battery Information Please take special precautions if this product comes with a battery.
  • Page 7 US. Copyright and Trademarks Notice Copyright © Micro-Star Int’ l Co., Ltd. All rights reserved. The MSI logo used is a registered trademark of Micro-Star Int’ l Co., Ltd. All other marks and names mentioned may be trademarks of their respective owners.
  • Page 8 Safety Information Please read and follow these safety instructions carefully before ⚠ installing, operating or performing maintenance on the server. General Safety Instructions ● Always read the safety instructions carefully. ● Keep this User’ s Manual for future reference. ● Keep this equipment away from humidity. ●...
  • Page 9 Assembly and Installation This equipment must be installed in restricted access areas by qualified personnel to comply with safety standards set by the NEC and IEC 62368-1, Third Edition, for Information Technology Equipment. Lifting and Placement ● WARNING: This server is heavy. ●...
  • Page 10 System Specifications SKU Name S3061D270RAU6-X2 Form factor 2U2N Dimensions 448mm(17.2” ) W x 87mm(3.4” ) H x 745mm(29.3” ) D Single Intel® Xeon® 6700E-series, 6500P-series and 6700P-series processors, TDP up to Processor 350W, per node Socket 1 x Intel® LGA 4710 (Socket E2) Chipset ●...
  • Page 11 SKU Name S3061D270RAU6-X2 Per node: ● 1 x 1000Base-T dedicated server management port ● ASPEED AST2600 with AMI MegaRAC based firmware Server Management - Supports IPMI 2.0 and DMTF Redfish® API ● Dual BIOS and dual BMC supported ● eMMC for local BMC storage media ●...
  • Page 12 System Overview Front View Node 1 Node 2 PCIe Card Slot PCIe Card Slot 6 x 2.5” U.2 Drive Bays 6 x 2.5” U.2 Drive Bays OCP 3.0 Slot MGT1 DC-SCM Module Rear View Power Supply Units Hot-Swap 8080 Fans Hot-Swap 8080 Fans...
  • Page 13 MGT1: DC-SCM Module I/O Panel COM USB Type-A Port This port allows for serial data transmission over a USB connection, enabling remote or direct console access. USB 2.0 Type-A Port This port is provided for USB peripheral devices. (Speed up to 480 Mbps) Important ⚠...
  • Page 14 System LED Indicators MGT1: DC-SCM Module I/O Panel Link/ Activity Speed System Status LED Power Button/ LED UID Button/ LED System Reset Button LED State Description System Power LED Green System power is on System power is on ACPI S0 state Blinking System is sleeping System power is off...
  • Page 15 Block Diagram CPU0 DDR5 CH A~D 8 x DIMM Slots 8 x DIMM Slots DDR5 CH E~H (2DPC) (2DPC) LGA 4710 (Socket E2) CPU0_DIMM_A1/ A2 CPU0_DIMM_E1/ E2 CPU0_DIMM_D1/ D2 CPU0_DIMM_H1/ H2 PCIe 5.0 (x8) PCIe 5.0 (x8) (0-7) 1 x MCIO 8i (7-0) 1 x MCIO 8i JMCIO1...
  • Page 16 System Storage Topology System Node 1/2 6 x NVMe Signals per Node Lanes 0:7 Lanes 8:15 Lanes 0:7 Lanes 0:7 Lanes 8:15 Lanes 0:7...
  • Page 17 Server Board Layouts System Board OCP0 DC-SCM JCOOL3 JCOOL2 FBP_I2C_1 FBP_I2C_2 JPWR1 JPASSWORD_C_1 JTAG_SEL2 LED_H1 JPWR2 LED_L1 JPICPWR5 M2_1 JPICPWR3 JBAT1 M2_2 JMCIO4 JMCIO1 BAT1 FAN0 JBAT2 JMCIO3 JMCIO2 CPU0 JCHASSIS1 JBAT7 JMCIO8 JMCIO5 JIPMB1 JUSB3 JPDB_MGT1 JMCIO7 JMCIO6 JFP2 JFP1 JPICPWR2 JPICPWR1...
  • Page 18 MGT1 DC-SCM Module...
  • Page 19 Server Board Connectors Storage Connectors M2_0~1: M.2 Slots (M Key, 2280/ 22110) The M.2 slot supports solid-state drive (SSD). For Installation procedure, please refer to “System Setup > M.2 SSD". M.2 Transmission Rate Table M2_1 Name Description M2_2 M2_1~2 PCIe 5.0 x2, 32GT/s M2_1: M.2 Slot (M Key, for ROT1) (on MGT1) This M.2 slot supports Root-of-Trust module (RoT module).
  • Page 20 Expansions Expansions Transmission Rate Table JMCIO1 Name Description JMCIO2 JMCIO1~8 PCIe 5.0 x8, 32 GT/s JMCIO3 JMCIO4 JMCIO5 JMCIO6 JMCIO7 JMCIO8 JMCIO1~8: MCIO 8i Connectors These are vertical 74-pin Mini Cool Edge IO (MCIO) connectors, which support PCIe 5.0 x8 32GT/s interface JMCIO1~8 P5E_CPU_PE_NVME_RX_D+ P5E_CPU_PE_NVME_TX_D+...
  • Page 21 P5E_CPU_PE_NVME_RX_D+ P5E_CPU_PE_NVME_TX_D+ P5E_CPU_PE_NVME_RX_D- P5E_CPU_PE_NVME_TX_D- P5E_CPU_PE_NVME_RX_D+ P5E_CPU_PE_NVME_TX_D+ P5E_CPU_PE_NVME_RX_D- P5E_CPU_PE_NVME_TX_D- P5E_CPU_PE_RX_D+ P5E_CPU_PE_NVME_TX_D+ P5E_CPU_PE_RX_D- P5E_CPU_PE_NVME_TX_D+ SMB_MCIOP_CPU_SCL FM_MCIO_CPU_FPGA_FLEXIO_3A SMB_MCIOP_CPU_SDA FM_MCIO_CPU_FPGA_FLEXIO_4A USB_HUB_MCIO_CPU_PE_D+ FM_MCIO_CPU_FPGA_FLEXIO_1A USB_HUB_MCIO_CPU_PE_D- FM_MCIO_CPU_FPGA_FLEXIO_2A P5E_CPU_PE_RX_D+ P5E_CPU_PE_NVME_TX_D+ P5E_CPU_PE_RX_D- P5E_CPU_PE_NVME_TX_D- P5E_CPU_PE_RX_D+ P5E_CPU_PE_NVME_TX_D+ P5E_CPU_PE_RX_D- P5E_CPU_PE_NVME_TX_D-...
  • Page 22 Power Connectors JPWR1 JPICPWR3 JPICPWR5 JPWR2 JPICPWR2 JPICPWR1 JPICPWR1~2,5 : 12V PICPWR Power Connectors The PICPWR (Platform Infrastructure Connectivity Power) connector enables the HPM (Host Processor Module) to supply power and manage sideband signals to peripherals, including PCIe devices (JPICPWR3), the storage backplane (JPICPWR5), and the Power Distribution Board (JPICPWR1~2).
  • Page 23 JPICPWR2: For Power Distribution Board (12-Pin) Power Signals +12V +12V +12V +12V JPICPWR2 +12V +12V Sideband Management Signals FM_HPM_SOUTH_6_PICPWR_B_SB1 FM_HPM_SOUTH_6_PICPWR_A_SB1 (SB*) (SB*) FM_HPM_SOUTH_6_PICPWR_B_SB2 FM_HPM_SOUTH_6_PICPWR_A_SB2 FM_HPM_SOUTH_6_PICPWR_B_SB3 FM_HPM_SOUTH_6_PICPWR_A_SB3 FM_HPM_SOUTH_6_PICPWR_B_SB4 SB10 FM_HPM_SOUTH_6_PICPWR_A_SB4 SMB_JPICPWR2_B_SCL SB11 SMB_JPICPWR2_A_SCL SMB_JPICPWR2_B_SDA SB12 SMB_JPICPWR2_A_SDA *SB: The term SB stands for “sideband” . JPICPWR3: For PCIe Devices (12-Pin) Power Signals +12V...
  • Page 24 JPICPWR5: For Storage Backplane (6-Pin) Power Signals +12V JPICPWR5 +12V +12V Sideband Management Signals FM_HPM_PICPWR_B FM_HPM_PICPWR_B (SB*) (SB*) FM_HPM_PICPWR_B SMB_PICPWR_A_SCL FM_HPM_PICPWR_B SMB_PICPWR_A_SDA *SB: The term “SB” stands for sideband. JPWR1~2: 4-Pin Power Connectors This connector provides power output to PCIe slot. P12V P3V3 JPWR1~2...
  • Page 25 Cooling Connectors JCOOL3 JCOOL2 FAN0 FAN0: 4-Pin Fan Header (debug only) The fan header supports cooling fans with +12V. When connecting the wire to the connectors, always note that the red wire is the positive and should be connected to the +12V;...
  • Page 26 USB Connectors JUSB3 JUSB3: USB 3.2 Gen 1 Connector The USB (Universal Serial Bus) port is for attaching USB devices such as keyboard, mouse, or other USB-compatible devices. It supports up to 5Gbps and backward compatibility with USB 2.0 devices (480 Mbps). P5V_USB_1 USB2_P3_ESD_D+ USB3_P2_ESD_RX-...
  • Page 27 Other Connectors and Components JFP1~2: DC-MHS Control Panel Header The DC-MHS control panel header for M-PESTI connects the HPM to the server’ s front panel, enabling essential controls such as power, LED indicators, buttons, and sideband signals for management and monitoring. ●...
  • Page 28 JPDB_MGNT: PDB Management Header The PDB Management header connects to the power distribution board (PDB). P12V_STBY_PSU P12V_STBY_PSU JPDB_MGNT ISENSE_I_PSYS VSENSE_LOCAL_V_PSYS P12V_STBY_PSU P12V_STBY_PSU SGPIO_LD SGPIO_CK SGPIO_DO SGPIO_DI SMB_PS_CLK SMB_PS_DAT JPDB_MGNT...
  • Page 29 J1: Power Button Header This header is provided to connect the system power button. FP_PWR_BTN_N J2: Reset Button Header This header is provided to connect the system reset button. FM_RST_BTN_N JIPMB: IPMB Header This header is used to connect the Intelligent Platform Management Bus. SMB_IPMB_LVC5_CON_SDA JIPMB1 SMB_IPMB_LVC5_CON_SCL...
  • Page 30 JVROC1: VROC Connector (debug only) Intel® Virtual RAID on CPU (Intel® VROC) is a hybrid RAID solution specifically designed for NVMe SSDs connected directly to the CPU. PU_KEY_CONN_PIN2_R JVROC1 FM_PCH_SATA_RAID_KEY_R FBP_I2C_1~3: I2C Headers I²C (Inter-Integrated Circuit) headers connect to the System Management Bus (SMBus), FBP_I2C_1~3 are for the backplane.
  • Page 31 OCP0: OCP 3.0 Mezzanine Slot This slot enables the deployment of a wide variety of additional options through OCP (Open Compute Project) network interface cards (NICs) or other expansion cards. For Installation procedure, see “System Setup > OCP Card". OCP: OCP 3.0 SFF (PCIe 5.0 x16) Top Side (B Pins) OB14...
  • Page 32 Top Side (B Pins) Bottom Side (A Pins) P12V_AUX_OCP0 P12V_AUX_OCP0 P12V_AUX_OCP0 P12V_AUX_OCP0 P12V_AUX_OCP0 P12V_AUX_OCP0 PD_OCP0_NIC_BIF0_N SMB_CPU0_PE0_OCP0_LVC3_SCL PD_OCP0_NIC_BIF1_N SMB_CPU0_PE0_OCP0_LVC3_SDA PD_OCP0_NIC_BIF2_N RST_BMC_PCIE_MUX_R_LVC3_N RST_CPU0_PE0_OCP0_PERST0_N PD_CPU0_OCP0_NIC_PRSNTA_N P3V3_AUX_OCP0 RST_CPU0_PE0_OCP0_PERST1_N FM_OCP_NIC_AUX_PWR_LVC3_R_EN FM_CPU0_OCP0_NIC_PRSNTB2_N CLK_100M_CPU0_OCP0_0_DN CLK_100M_CPU0_OCP0_1_DN CLK_100M_CPU0_OCP0_0_DP CLK_100M_CPU0_OCP0_1_DP P5E_CPU0_PE0_OCP_TX_DN15 P5E_CPU0_PE0_OCP_RX_DN15 P5E_CPU0_PE0_OCP_TX_DP15 P5E_CPU0_PE0_OCP_RX_DP15 P5E_CPU0_PE0_OCP_TX_DN14 P5E_CPU0_PE0_OCP_RX_DN14 P5E_CPU0_PE0_OCP_TX_DP14 P5E_CPU0_PE0_OCP_RX_DP14 P5E_CPU0_PE0_OCP_TX_DN13 P5E_CPU0_PE0_OCP_RX_DN13 P5E_CPU0_PE0_OCP_TX_DP13 P5E_CPU0_PE0_OCP_RX_DP13 P5E_CPU0_PE0_OCP_TX_DN12...
  • Page 33 Top Side (B Pins) Bottom Side (A Pins) FM_CPU0_OCP0_NIC_PRSNTB0_N FM_CPU0_OCP0_NIC_PRSNTB1_N Mechanical Key P5E_CPU0_PE0_OCP_TX_DN7 P5E_CPU0_PE0_OCP_RX_DN7 P5E_CPU0_PE0_OCP_TX_DP7 P5E_CPU0_PE0_OCP_RX_DP7 P5E_CPU0_PE0_OCP_TX_DN6 P5E_CPU0_PE0_OCP_RX_DN6 P5E_CPU0_PE0_OCP_TX_DP6 P5E_CPU0_PE0_OCP_RX_DP6 P5E_CPU0_PE0_OCP_TX_DN5 P5E_CPU0_PE0_OCP_RX_DN5 P5E_CPU0_PE0_OCP_TX_DP5 P5E_CPU0_PE0_OCP_RX_DP5 P5E_CPU0_PE0_OCP_TX_DN4 P5E_CPU0_PE0_OCP_RX_DN4 P5E_CPU0_PE0_OCP_TX_DP4 P5E_CPU0_PE0_OCP_RX_DP4 P5E_CPU0_PE0_OCP_TX_DN3 P5E_CPU0_PE0_OCP_RX_DN3 P5E_CPU0_PE0_OCP_TX_DP3 P5E_CPU0_PE0_OCP_RX_DP3 P5E_CPU0_PE0_OCP_TX_DN2 P5E_CPU0_PE0_OCP_RX_DN2 P5E_CPU0_PE0_OCP_TX_DP2 P5E_CPU0_PE0_OCP_RX_DP2 P5E_CPU0_PE0_OCP_TX_DN1 P5E_CPU0_PE0_OCP_RX_DN1 P5E_CPU0_PE0_OCP_TX_DP1 P5E_CPU0_PE0_OCP_RX_DP1 P5E_CPU0_PE0_OCP_TX_DN0 P5E_CPU0_PE0_OCP_RX_DN0 P5E_CPU0_PE0_OCP_TX_DP0...
  • Page 34 DC-SCM: 2.0 Edge Slot The slot links the Datacenter Secure Control Module (DC-SCM) to the motherboard, enabling centralized power, management, and security control across server hardware. This standardized interface allows easy upgrades and compatibility across various platforms. For Installation procedure, see “System Setup >...
  • Page 35 Top Side (B Pins) Bottom Side (A Pins) Mechanical Key CLK_66M_ESPI_CPU0_LVC18 P12V_AUX_SCM ESPI_CPU0_CS0_SCM_N P12V_AUX_SCM RST_ESPI_CPU0_LVC18_N P12V_AUX_SCM ESPI_CPU0_IO0_LVC18 P12V_AUX_SCM ESPI_CPU0_IO1_LVC18 ESPI_CPU0_IO2_LVC18 ESPI_CPU0_IO3_LVC18 IRQ_ESPI_CPU0_ALERT0_FPGA_LVC18_N BMC_JTAG_LVC3_TCK BMC_JTAG_LVC3_TDI BMC_JTAG_LVC3_TDO BMC_JTAG_LVC3_TMS SPI_CPU0_CLK_DCSCM_LVC18_R1 SPI_CPU0_CS0_DCSCM_LVC18_R1_N FM_HPM_STBY_RST_N SPI_CPU0_IO0_DCSCM_LVC18_R1 FM_HPM_STBY_EN SPI_CPU0_IO1_DCSCM_LVC18_R1 SMB_CHASSIS_SENSOR_STBY_LVC3_SCL SPI_CPU0_IO2_DCSCM_LVC18_R1 SMB_CHASSIS_SENSOR_STBY_LVC3_SDA SPI_CPU0_IO3_DCSCM_LVC18_R1 SMB_HSBP_SCM_LVC3_R_SCL SPI_CPU0_CS1_DCSCM_LVC18_R1_N SMB_HSBP_SCM_LVC3_R_SDA LVDS_LVC18_TX_DN LVDS_LVC18_RX_DN LVDS_LVC18_TX_DP LVDS_LVC18_RX_DP...
  • Page 36 Top Side (B Pins) Bottom Side (A Pins) I3C_MNG_SCM_LVC1_R_SCL I3C_MNG_SCM_LVC1_R_SDA Mechanical Key CLK3_50M_SCM_RMII_CLK SMB_PCIE_SCM_LVC3_R_SCL RMII3_SCM_CRS_DV_R SMB_PCIE_SCM_LVC3_R_SDA RMII3_SCM_TX_EN_R SMB_IPMB_LVC3_CLK RMII3_SCM_TXD0 SMB_IPMB_LVC3_DAT RMII3_SCM_TXD1 SMB_CPLD_UPDATE_SCM_LVC3_R_SCL RMII3_SCM_RXD0 SMB_CPLD_UPDATE_SCM_LVC3_R_SDA RMII3_SCM_RXD1 SMB_PMBUS1_LVC3_SCL VCC3_FRU_SCM SMB_PMBUS1_LVC3_SDA UART0_TX_SCM_HPM_DATA BMC_SMB_LVC18_CLK1 SMB_HOST_STBY_LVC3_SCL BMC_SMB_LVC18_DAT1 SMB_HOST_STBY_LVC3_SDA DBP_ASD_SCM_PREQ_LVC3_R_N SPI_CPU0_TPM_CLK_LVC18_MUX_R1 DBP_ASD_SCM_PRDY_LVC3_R_N SPI_CPU0_TPM_CS_LVC18_MUX_R1_N SMB16_IPMB_LVC3_SCL SPI_CPU0_TPM_MOSI_LVC18_MUX_R1 SMB16_IPMB_LVC3_SDA SPI_CPU0_TPM_MISO_LVC18_MUX_R1 FM_SCM_PRSNT0_LVC3_N SCM_GPIO...
  • Page 37 JCHASSIS1: Chassis Intrusion Header This header connects to the chassis intrusion switch cable, which monitors and detects any unauthorized opening in the server’ s chassis. When the chassis is opened, this header sends a signal to notify the Baseboard Management Controller (BMC) to record the intrusion event or trigger an alert for administrators.
  • Page 38 TPM: SPI TPM Header (for TPM20-IRS) (on MGT1) This header connects to a TPM (Trusted Platform Module) module (optional). Please refer to the TPM security platform manual for more details. For Installation procedure, see “System Setup > TPM Module". PRSNT# RST# MOSI PIRQ...
  • Page 39 BAT1: CMOS Battery If the CMOS battery is out of charge, the time in the BIOS will be reset and the data of system configuration will be lost. In this case, you need to replace the CMOS battery. Replacing CMOS battery 1.
  • Page 40 Server Board Jumpers Important ⚠ Avoid adjusting jumpers when the system is on; it will damage the motherboard. System Board Jumpers J_PASSWORD_C_1 J_TAG_SEL2 JBAT1 J_UART_SEL_1 JBAT2 JBAT7 Jumper Name Default Setting Description Password Clear Jumper J_PASSWORD_C_1 1-2: Normal (default) 2-3: Clear password JTAG Select Jumper JTAG_SEL_2 1-2: BMC to CPLD...
  • Page 41 MGT1 DC-SCM Module Jumpers J3C1 J3D2 J3C5 J1_1 Jumper Name Default Setting Description Force BMC Update Jumper J3D2 1-X: Normal (default) 1-2: BMC Force Update FRU Jumper J3C1 1-2: FRU write protected 2-3: FRU normal operated (default) JTAG SW Jumper J3C5 1-2: JTAG SW disable 2-3: JTAG SW enable (default)
  • Page 42 Server Board LEDs LED_H1, LED_L1: Port 80 Debug LEDs The Port 80 Debug LEDs display progress and error codes during and after POST (Power-On Self Test). Hexadecimal Character Table Hexadecimal LED display Hexadecimal LED display LED1: BMC Heartbeat LED (on MGT1) This LED indicates the BMC (Baseboard Management Controller) status.
  • Page 43 Getting Started Important ⚠ All information is subject to change without prior notice. ● The system photos are provided for demonstration purposes only. The appearance ● and internal view of your system may vary. Necessary Tools Screwdriver Pliers Tweezers Anti-Static Gloves Safety Precautions The following precautions should be observed while handling the system: ●...
  • Page 44 System Setup Important ⚠ Before removing or installing any components, make sure the system is not turned on or connected to the power. System Node Removing System Node Tray Important ⚠ Power Off Node First! Removing a powered-on node will cause immediate power loss. ●...
  • Page 45 Drive Bay Installing 2.5" Drives (15mm/ 7mm) 1. Push the tray button to release the lever. 2. With the drive carrier rail fully extended, insert the 2.5" drive into the bay. For 15mm drives, remove the entire filler; for 7mm drives, remove the bottom piece ●...
  • Page 46 OCP Card Installing OCP card Follow the steps below: 1. Remove the filler panel. 2. Slide the OCP card into the slot in the chassis, then puch until the OCP card is connected to the connector on the system board. 3.
  • Page 47 DC-SCM Module Installing DC-SCM Module Follow the steps below: 1. Slide the DC-SCM module into the slot, then puch until the module is connected to the connector on the system board. 2. Secure the DC-SCM module with the provided screw to the chassis.
  • Page 48 M.2 3060 Module Installing M.2 3060 Module (on the DC-SCM Module) 1. Insert your M.2 module into the M.2 slot at a 15-degree angle. 15° Supplied M.2 screw 2. Secure the M.2 module in place with the supplied M.2 screw.
  • Page 49 TPM Module Installing TPM Module (on the DC-SCM Module) 1. Place the TPM20-IRS module atop the SPI TPM header. 2. Secure the module in place with the supplied M.2 screw.
  • Page 50 CPU & Heatsink Use appropriate ground straps, gloves and ESD mats to protect yourself from electrostatic discharge (ESD) while installing the processor. CPU0 Important ⚠ While replacing the CPU, always turn off the power supply or unplug the power ● supply’...
  • Page 51 Assembly Overview Important ⚠ Illustrations are for demonstration purposes only; actual parts may vary. 1U EVAC Heatsink 2U EVAC Heatsink Processor Heatsink Module (PHM) Processor Carrier Processor Processor Socket Socket Cover Bolster Plate Important ⚠ Please check the instruction that come with your heatsink and thermal paste for ●...
  • Page 52 Installing CPU & Heatsink 1. Place the processor carrier on top of the processor in the tray with their pin 1 indicators aligned. If installed properly, the CPU will snap into the carrier’ s side latches and the carrier will latch firmly to it. No Shim Shim CPU Carrier: E2A...
  • Page 53 4. Check the heatsink for a diagonally cut corner or the #1clip on the heatsink label if present. Align the processor carrier’ s Pin 1 indicator with the heatsink’ s cut corner (#1 clip), then gently press the heatsink down to engage the carrier’ s latching mechanism to the heatsink at four corners.
  • Page 54 7. Flip 4 anti-tilt wires to the locked position (outward) and make sure the wires are firmly secure. 4 x anti-tilt wires locked Important ⚠ Ensure the 4 anti-tilt wires rotate and lock into the designated positions on the stepped flanges, as specified in the table below for each CPU carrier.
  • Page 55 Memory Slots CPU0_DIMM_A1/A2~H1/H2: DDR5 DIMM Slots CPU0...
  • Page 56 Recommended Memory Population Please read the following Guidelines before populating memory. ⚠ General Memory Population Rules ● Single DIMM Type Usage: Only one type of DIMM is allowed across the system. Mixing different DIMM types is not permitted. - Example: All DDR5 RDIMMs or all MRDIMMs. ●...
  • Page 57 DIMMs Population (x4/x8) Intel® Xeon® 6700E Series DIMM population within IMC DDR Type Config Set A (x8) Config Set B (x4) Slot 1, Slot 2 Slot 1, Slot 2 x8, None x4, None RDIMM x4, x4 Intel® Xeon® 6700P/ 6500P Series DIMM population within IMC Config Set A (x8) Config Set B (x4)
  • Page 58 Key Parameters for DIMM Intel® Xeon® 6700E Series Speed (MT/s); Voltage (V); DIMM Capacity (GB) Ranks & DIMMs per Channel (DPC) DDR Type DIMM DRAM Density 1DPC 2DPC & Data Width 16 Gb 24 Gb 32 Gb 1.1 V 1DPC 2DPC 1DPC 2DPC...
  • Page 59 DIMM Configuration Intel® Xeon® 6700E Series Slot 1 Slot 2 Slots DIMMs DRAM DIMM Memory DIMM DIMM DIMM DIMM Density Type Channel Channel Organization Channels Ranks & Capacity Ranks & Capacity (Gb) (SPC) (DPC) Width (GB) Width (GB) 2Rx8 32 GB 1 or 2 1Rx4 32 GB...
  • Page 60 DDR5 Only DIMM Configuration Diagram IMC7 IMC6 IMC5 IMC4 IMC0 IMC1 IMC2 IMC3 IMC# IMC7 IMC6 IMC5 IMC4 IMC0 IMC1 IMC2 IMC3 Channel Chan 7 Chan 6 Chan 5 Chan 4 Chan 0 Chan 1 Chan 2 Chan 3 DDR5 H1 H2 G1 G2 B2 B1 C2 C1 D2 D1 “V”...
  • Page 61 Installing Memory Modules 1. Open the side clips to unlock the DIMM slot. 2. Insert the DIMM vertically into the slot, ensuring that the off-center notch at the bottom aligns with the slot. 3. Push the DIMM firmly into the slot until it clicks and the side clips automatically close.
  • Page 62 M.2 SSD Installing M.2 SSD (on the system board, M.2 M Key) 1. Adjust the M.2 board latch to fit your M.2 SSD size. Turn the M.2 board latch ● counterclockwise to release, and clockwise to lock. 2. Insert your M.2 SSD into the M.2 slot at a 15-degree angle.
  • Page 63 Air Duct Installing Air Duct To install the air duct, follow these steps: 1. Insert the back edge of the air duct in the system node with a 45-degree angle. 2. Ensure the two stops ( red-dotted circles) on the air duct are properly aligned with the corresponding stops on the node, and the three hooks ( red circles) snap securely into place.
  • Page 64 PCIe Add-in Card Removing Riser Brackets 1. Remove the screws located on the rear side of the chassis. 2. Slide the riser bracket backward to disengage it. 3. Carefully lift the riser bracket out of the chassis.
  • Page 65 Installing PCIe Add-in Card 1. Loosen the screws on the riser bracket to remove the filler panels. 2. Align the PCIe add-in card with the connector on the riser card, and insert it until it is fully seated. 3. Tighten the screws to securely fix the PCIe add-in card in place. Important ⚠...
  • Page 66 Installing Riser Card Assembly 1. Align the holes on the riser card assembly with the corresponding mounting pins in the system, and lower the assembly into place. 2. Slide the riser bracket backward to secure the riser card assembly. 3. Tighten the screws to firmly fasten the riser card assembly.
  • Page 67 System Fan Installing 8080 System Fan Assembly Install Fan into Fan Cage 1. With the fan aligned, place the fan securely into the fan cage. Ensure the fan’ s rubber parts are engaged with the metal hooks. ●...
  • Page 68 Secure Fan Connector 2. Align the fan connector with the designated notch, then slide the connector to the left to lock the plastic buckle onto the metal part, securing the connection. Install Fan Assembly into Chassis 3. Push the fan assembly into the chassis until it locks into place. Ensure the fan module hooks into the chassis’...
  • Page 69 Power Supply Unit The server system supports two power supplies that can be easily inserted and removed from the rear side of the system without the need for tools. Important ⚠ Both power supplies must be identical and both power cords should be connected. ●...
  • Page 70 Cable Routing JPWR1 JMCIO4 JPICPWR5 JMCIO1 JMCIO2 JMCIO3 JMCIO8 JPDB_MGNT JPICPWR2 JPICPWR1...
  • Page 71 Slide Rail & Rack Attaching the Slide Rails to a Rack 1. While pressing the release tab, firmly insert the slide rail's studs into the rack's mounting holes. 2. Release the tab and listen for a “click” to confirm secure attachment. Follow the above procedures in reverse to detach the slide rail from a rack.
  • Page 72 Installing the chassis into a Rack 1. With at least two people, carefully lift the chassis and align the chassis with the L-shaped shelf on the rails. 2. Slowly slide the chassis into place, ensuring even alignment on both sides. 3.
  • Page 73 MSI.COM EPS.MSI.COM...

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S3061d270rau6-x2