Dell M3S2G8 Hardware Description Manual Download

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Dell S5000 Series Servers for SAP HANA

Description Guide

Regulatory Model: M3S2G8, M3UX16

September

2022

Rev. A0

Summary of Contents for M3S2G8

Page 1: ...Dell S5000 Series Servers for SAP HANA Description Guide Regulatory Model M3S2G8 M3UX16 September 2022 Rev A01 ...

Page 2: ...ht 2022 Dell Inc or its subsidiaries All rights reserved Dell Technologies Dell and other trademarks are trademarks of Dell Inc or its subsidiaries Other trademarks may be trademarks of their respective owners ...

Page 3: ...form the procedures described in this document Intended audience This document is intended for use by administrators and operators Related documents For the most recent product information documentation firmware updates software fixes and service offers see the Dell Technologies Support Site Preface Preface 3 ...

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Page 5: ...y Notices p 3 Chapter 1 Related Publications 1 1 Chapter 2 Dell S5000 Series Servers Overview 2 1 2 1 Overview 2 1 2 2 Dell S5000 Series Servers 2 2 2 2 1 S5408 Server 2 2 2 2 2 S5416 Server 2 3 2 3 Module 2 6 2 3 1 Module Overview 2 6 2 3 2 Main Box Overview 2 7 2 3 3 Filler Bezel 2 7 Chapter 3 Rear Component Slots 3 1 3 1 S5408 Server 3 1 3 2 Power Supply Units PSUs 3 2 Chapter 4 Compute Unit Co...

Page 6: ... 5 7 Chapter 6 LEDs Buttons and Ports 6 1 6 1 Front LEDs and Buttons 6 1 6 1 1 Compute Unit LEDs 6 1 6 1 2 HITDP Unit LEDs 6 2 6 1 3 UBox LEDs 6 3 6 1 4 Buttons 6 6 6 2 Rear LEDs and Buttons 6 7 6 2 1 LEDs 6 7 6 2 2 Buttons 6 11 6 3 Ports 6 12 Appendix A Technical Description A 1 A 1 General Technical Specifications A 1 A 2 Dimensions and Weights A 1 A 3 Module Technical Specifications A 2 A 4 UBo...

Page 7: ...ence that may cause undesired operation FCC Statement This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency ener...

Page 8: ...mity with the protection requirements of the ICES 003 standard VCCI Certification Japan This equipment complies with the VCCI V 3 2008 4 requirements This is a Class A product based on the standard of the Voluntary Control Council for Interference by Information Technology Equipment VCCI If this equipment is used in a domestic environment radio disturbance may arise When such trouble occurs the us...

Page 9: ...resence of a hazard that has the potential of causing death or serious personal injury C0xx CAUTION C0xx A Caution notice indicates the presence of a hazard that has the potential of causing moderate or minor personal injury W0xx WARNING W0xx A Warning notice indicates an action that could cause damage to a program device system or data Each safety notices is prefixed with a unique identification ...

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Page 11: ...inistrators and operators Dell S5000 Series Servers for SAP HANA Rack Cabinet Prerequisites gives the prerequisites to install a Dell S5000 Series server in a rack cabinet Installation Dell S5000 Series Servers for SAP HANA R ck n Roll 1200 Installation and Service Guide explains how to install and service the cabinets This guide is intended for use by qualified personnel Dell S5000 Series Servers...

Page 12: ...00 Series Servers for SAP HANA Redfish Reference Guide explains the implementation of the Redfish API for the Dell S5000 Series Servers for SAP HANA management This guide is intended for use by administrators and operators in charge of managing systems Maintenance Dell S5000 Series Servers for SAP HANA Customer Service Guide explains how to replace Customer Replaceable Units CRU This guide is inte...

Page 13: ...Chipset Intel Xeon Scalable processors and the UPI Intel protocol Each Dell S5000 Series server module is 2U high and includes two sockets that can support up to twelve memory modules each It features five PCIe slots either five PCIex8 or two PCIex16 plus one PCIex8 The Dell S5000 Series offers a S5408 glueless multi module server via an intermodule connecting box The S5408 server can be upgraded ...

Page 14: ...posed of Four modules One 4 module connecting box Rear view Mark Label A 4 module connecting box B Module 0 C Module 1 D Module 2 E Module 3 Note If the server is not fully populated with four modules a filler bezel can be inserted into the empty space See section 2 3 3 Filler Bezel for details ...

Page 15: ...Dell S5000 Series Servers Overview 2 3 2 2 2 S5416 Server 2 2 2 1 Overview The S5416 server is composed of Two S5408 server assemblies A The 8 module connecting box at the rear B The UBox at the front C Rear view ...

Page 16: ...2 4 Description Guide Exploded view Front view ...

Page 17: ...Chapter 2 Dell S5000 Series Servers Overview 2 5 2 2 2 2 Modules Numbering Rear view Mark Description A Module 0 B Module 1 C Module 2 D Module 3 E Module 4 F Module 5 G Module 6 H Module 7 ...

Page 18: ...el and the main box at the front the Power Supply Units PSUs the PCIe slots and the Intermodule connecting box at the rear All these components are included in the compute box Mark Description A Bezel B Main box C Compute Box D Power Supply Unit PSU E PCIe slots F Module connecting box ...

Page 19: ...n Box Overview The main box consists of a compute unit A and an optional unit B 2 3 3 Filler Bezel If the server is not fully populated with modules a filler bezel is inserted into the empty space It is attached to the front of the server by two captive screws ...

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Page 21: ... Rear view Mark Description A Identification drawer B Power Supply Unit PSU C Two PCIe x8 blades or one PCIe x16 blade D Phy Ethernet Board PEB or Phy Ethernet Board SFP PEBS E PCIe x8 blade dedicated for RAID SAS controller F 4 module connecting box G sWitch Ethernet One Gigabit WEO ...

Page 22: ...3 2 Description Guide 3 2 Power Supply Units PSUs Each module is equipped with two PSU 1 1 redundancy Rear view Mark Description A PSU 1 B PSU 0 ...

Page 23: ...nents 4 1 Chapter 4 Compute Unit Components 4 1 Components Front view Mark Description Quantity A CPU Purley Board CPB Motherboard 1 B Front Disk Blades FDB 4 C Management Board Left Side MLB 1 D Management Board Right Side MRB 1 ...

Page 24: ... Description Guide 4 2 CPU Purley Board CPB Motherboard Top view Mark Description Quantity A Memory modules 24 B Processor Assembly CPU 2 C PCIe slots 5 D UPI slot 1 E PCIe connectors 2 F FDB Connectors 4 ...

Page 25: ...Chapter 4 Compute Unit Components 4 3 4 3 Processor Assembly CPU Top view Mark Description A CPU 0 B CPU 1 ...

Page 26: ...4 4 Description Guide 4 4 Memory Modules ...

Page 27: ...0 0 1 4 0 J8C4 CHE 0 M0 CPU0 CH4 DIMM0 Socket0 ChE Dimm0 F1 0 1 5 1 J9C7 CHF 1 M0 CPU0 CH5 DIMM1 Socket0 ChF Dimm1 sck0ch5 F0 0 1 5 0 J9C8 CHF 0 M0 CPU0 CH5 DIMM0 Socket0 ChF Dimm0 J0 1 0 2 0 J1C1 CHJ 0 M0 CPU1 CH2 DIMM0 Socket1 ChC Dimm0 sck1ch2 J1 1 0 2 1 J1C2 CHJ 1 M0 CPU1 CH2 DIMM1 Socket1 ChC Dimm1 H0 1 0 1 0 J1C3 CHH 0 M0 CPU1 CH1 DIMM0 Socket1 ChB Dimm0 sck1ch1 H1 1 0 1 1 J2C1 CHH 1 M0 CPU1...

Page 28: ...t Type 0 PCIe x8 blade PCIex16 blade 1 PCIe x8 blade 2 PCIe x8 blade PCIex16 blade 3 PCIe x8 blade 4 PCIe x8 blade dedicated to RAID SAS controller 5 Internal PCIe x16 connector dedicated to GPU card SAS card or NVME adapter 6 Internal PCIe x16 connector dedicated to GPU card ...

Page 29: ...e_70 3 3 Port 2C PCI PciePortDisable_68 4 3 Port 1A PCI PciePortDisable_64 5 3 Port 3A PCI PciePortDisable_72 6 2 Port 3A PCI PciePortDisable_51 2 0 4 Port 1C PCI PciePortDisable_85 1 4 Port 1A PCI PciePortDisable_87 2 5 Port 2A PCI PciePortDisable_112 3 5 Port 2C PCI PciePortDisable_110 4 5 Port 1A PCI PciePortDisable_106 5 5 Port 3A PCI PciePortDisable_114 6 4 Port 3A PCI PciePortDisable_93 3 0 ...

Page 30: ...4 8 Description Guide 4 6 Front Disk Blades FDB 4 6 1 FDB Numbering Front view Mark Description A FDB 0 B FDB 1 C FDB 2 D FDB 3 ...

Page 31: ...ute Unit Components 4 9 4 6 2 FDB Description Mark Description Quantity E SAS or SATA for the operating system disks 2 F Fan boxes 2 4 6 3 FDB Disks FDB disks identification Mark Description G Top disk H Bottom disk ...

Page 32: ... Mapping Physical mapping is identical for LSI SAS 9300 8i and LSI MegaRaid SAS 9361 8i cards Mark Disk Type Mapping I SAS SATA Drive Port 0 3 01 00 J SAS SATA Drive Port 0 3 01 02 K SAS SATA Drive Port 0 3 01 01 L SAS SATA Drive Port 0 3 01 03 M SAS SATA Drive Port 4 7 01 05 N SAS SATA Drive Port 4 7 01 04 O SAS SATA Drive Port 4 7 01 07 P SAS SATA Drive Port 4 7 01 06 ...

Page 33: ...ntroller Physical Mapping The table below describes the physical mapping for internal SATA RAID without additional adapter Mark Disk Type Mapping I None None J None None K None None L None None M SATA SATA Port 2 N None None O SATA SATA Port 3 P None None ...

Page 34: ...4 12 Description Guide 4 6 4 FDB Fan Boxes Top view Mark Description Q Fan box0 R Fan box1 ...

Page 35: ... Chapter 5 UBox Components This chapter applies only to the S5416 server 5 1 Components Front view Exploded view Mark Description Quantity A LMB module 1 B CLKB module 2 C SCI module 2 D UNB fan module 12 or 24 E UNB module 2 or 4 ...

Page 36: ...5 2 Description Guide Rear view Mark Description Quantity F UBox PSU Up to 4 ...

Page 37: ...Chapter 5 UBox Components 5 3 5 2 Numbering 5 2 1 UNB Module Numbering Front view Mark Description A UNB module 0 B UNB module 1 C UNB module 2 D UNB module 3 ...

Page 38: ...5 4 Description Guide 5 2 2 UNB Memory Module Numbering Top view Mark Description M UNC 0 CH 1 N UNC 0 CH 0 O UNC 1 CH 1 P UNC 1 CH 0 Q UNC 2 CH 1 R UNC 2 CH 0 S UNC 3 CH 1 T UNC 3 CH 0 ...

Page 39: ...Chapter 5 UBox Components 5 5 5 2 3 SCI Module Numbering Front view Mark Description E SCI module 0 F SCI module 1 ...

Page 40: ...e Numbering Front view Mark Description G CLKB module 0 H CLKB module 1 5 2 5 UNB Fan Module Numbering UNB fan modules are numbered from 0 to 5 for each UNB module The UNB fan modules for UNB module 1 are shown in the image below Front view ...

Page 41: ...ox model System configuration Voltage range Population rule Redundancy Two UNB modules 100 110V PSU 0 PSU 1 PSU 2 or 3 2 1 redundancy 200 240V PSU 0 PSU 1 1 1 redundancy Four UNB modules 100 110V PSU 0 PSU 1 PSU 2 PSU 3 3 1 redundancy 200 240V PSU 0 PSU 1 PSU 2 or 3 2 1 redundancy Important Regardless of the system configuration voltage range and PSU redundancy the UBox cannot function if both PSU...

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Page 43: ... solid OS booting Power On Management Board Right Side MRB Green blinking Standby LED pattern time in seconds Bios booting LED pattern time in seconds Booted to EFI LED pattern time in seconds B Blue Module Identification BMC booting Management Board Right Side MRB D Red Fan box failure one LED for 2 fan boxes FDB 0 fan boxes E FDB 1 fan boxes F FDB 2 fan boxes G FDB 3 fan boxes H Green Amber Disk...

Page 44: ...6 2 Description Guide 6 1 2 HITDP Unit LEDs Front view Mark Color Description Component P Red SAS fan box failure SAS fan module 1 Q SAS fan module 2 R SAS fan module 3 ...

Page 45: ...Chapter 6 LEDs Buttons and Ports 6 3 6 1 3 UBox LEDs This section applies to the S5416 server only 6 1 3 1 CLKB module LEDs Front view Mark Color Description A Amber Power B Blue Identification ...

Page 46: ...6 4 Description Guide 6 1 3 2 UNB fan module LEDs Front view Mark Color Description C Red Fault 6 1 3 3 UNB module LEDs Front view Mark Color Description D Amber Power E Blue Identification ...

Page 47: ...k activity J Green LMB module Peer ethernet link activity K Green Module 0 ethernet link activity L Green Module 1 ethernet link activity M Green Module 2 ethernet link activity N Green Module 3 ethernet link activity O Green Module 4 ethernet link activity P Green Module 5 ethernet link activity Q Green Module 6 ethernet link activity R Green Module 7 ethernet link activity ...

Page 48: ...ment Board Right Side MRB B Module identification Management Board Right Side MRB C BMC reset Management Board Right Side MRB 6 1 4 2 UBox Buttons This section applies to the S5416 server only Front view Mark Button Component A Firmware recovery button LMB module B Power button LMB module C Reset button LMB module ...

Page 49: ...Attention PCIe blade failure PCIe x8 blade or PCIe x16 blade D Green Power PCIe blade successfully initialized E Solid green Blinking green Solid amber Power Supply Unit PSU powered on Power Supply Unit PSU on stand by Power Supply Unit PSU failure Power Supply Unit PSU F Blue Identification Red System powered on in firmware recovery mode ...

Page 50: ... is updated Phy Ethernet Board PEB Off System powered on in normal mode H Yellow Link 1 Gb s Ethernet up Green Link 10 Gb s Ethernet up I Blinking Yellow Ethernet link activity Off No Ethernet link activity L Green Activity sWitch Ethernet One Gigabit WEO M Amber Green Powering on Power on ...

Page 51: ...ent C Amber Attention PCIe blade failure PCIe x8 blade or PCIe x16 blade D Green Power PCIe blade successfully initialized E Solid green Blinking green Solid amber Power Supply Unit PSU powered on Power Supply Unit PSU on stand by Power Supply Unit PSU failure Power Supply Unit PSU ...

Page 52: ...ode Off System powered on in normal mode H Orange Link 1 Gb s Ethernet up I Blinking yellow Ethernet link activity Off No Ethernet link activity J Yellow Link 1 Gb s Ethernet up Green Link 10 Gb s Ethernet up K Blinking yellow Ethernet link activity Off No Ethernet link activity L Green Activity sWitch Ethernet One Gigabit WEO M Amber Green Powering on Power on ...

Page 53: ...s and Ports 6 11 6 2 2 Buttons Rear view Case of a PEB Case of a PEBS Mark Button Component A Attention button PCIe x8 blade or PCIe x16 blade B Firmware recovery button Phy Ethernet Board PEB or Phy Ethernet Board SFP PEBS ...

Page 54: ...Management Board Left Side MLB C VGA port Management Board Right Side MRB Rear view Case of a PEB Mark Type Component 0 1 2 3 RJ45 10 Gb s 1 Gb s Ethernet Phy Ethernet Board PEB Case of a PEBS Mark Type Component 0 1 RJ45 1 Gb s Ethernet Phy Ethernet Board SFP PEBS 2 3 SFP 10 Gb s 1 Gb s Ethernet Phy Ethernet Board SFP PEBS ...

Page 55: ...m Non Operating Limits Ambient air temperature 5 C and 50 C Relative humidity non condensing 5 and 95 Gradient 30 h Moisture content 0 024 kg water kg dry air Shipping Limits Operating air temperature 10 C to 70 C Gradient 25 C hour Relative humidity non condensing 5 to 95 Gradient 30 hour A 2 Dimensions and Weights S5408 server Height 8U 352 60 mm Width 446 mm Depth 850 mm Weight Up to 160 Kg S54...

Page 56: ...W Rated Voltage Range 100 110 V 200 240 V Rated Frequency Range 50 60 hz Environmental Specifications Noise 47db A 4 UBox Technical Specifications Power Cables and PDU AC 32A 1 per PDU PDU connector type C13 C14 10 16A PDU cable type C13 C14 10 16A Electrical Specifications A UBox is equipped with up to4 PSU with 4 C13 C14 cable connections Rated Current 7 7 A Power consumption Typical 1200W Therm...

Page 57: ... Interconnect external Node Controller UPI protocol between CPU sockets and UNC Maximum Ultra Path Interconnect at 11 2 GT s SCI protocol between UNCs Maximum Scalable Coherent Interface at 10 4 GT s Memory Minimum Maximum S5408 server 256 GB up to 12 TB S5416 server 512 GB up to 24 TB Type DDR4 RDIMM LR DIMM 64 128 GB only Slots 24x slots per module I O Slots per Module Bus Slots 5 Gen3 PCIe x 8 ...

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Page 59: ... Line Interface CPB CPU Purley Board Motherboard CPLD Complex Programmable Logic Device CPU Central Processing Unit CRU Customer Replaceable Unit CSR Certificate Signing Request D DDR4 Double Date Rate fourth generation DES Data Encryption Standard DFMB Front Disk Blade Board DFMR Front Disk Blade Riser DHCP Dynamic Host Configuration Protocol DIMM Dual In line Memory Module DNS Domain Name Server...

Page 60: ...e F FDB Front Disk Blade FPGA Field Programmable Gate Array FQDN Fully Qualified Domain Name G GPU Graphical Processing Unit H HDD Hard Disk Drive I I2C Intra Integrated Circuit IPMB Intelligent Platform Management Bus IPMI Intelligent Platform Management Interface J JRE Java Runtime Environment K KVA Kilovolt Ampere KVM Keyboard Video Mouse ...

Page 61: ...oard LMC Local Management Controller M MAC Media Access Control MLB Management Board Left Side MRB Management Board Right Side MIB Management Interface Base MSM Management Switch Module N NBB NVMe disk Backplane Board NEMA National Electrical Manufacturers Association NTP Network Time Protocol NVMe Non Volatile Memory Express O No entries P PCI Peripheral Component Interconnect ...

Page 62: ...vent Trap PHP PHP Hypertext Preprocessor PIROM Processor Information ROM PSU Power Supply Unit R RADIUS Remote Authentication Dial In User Service RAID Random Array of Independent Disks RAS Reliability Availability Serviceability RDIMM Registered Dual In line Memory Module RFB Remote Frame Buffer RMC Rack Management Controller RPB Riser PCIe Board RPL Riser Power Left RPR Riser Power Right S SAS S...

Page 63: ... Hardware Console SMTP Simple Mail Transfer Protocol SNMP Simple Network Management Protocol SOL Serial Over LAN SSH Secured Shell SSL Secure Socket Layer T TELNET TELecommunication NETwork U UNB UNC Board UNC UPI Node Controller UPI Ultra Path Interconnect UPI Unified Physical Infrastructure UPS Uninterruptible Power Supply URS USB Raid SD Card V VGA Video Graphics Array ...

Page 64: ...a 6 Description Guide VLAN Virtual Local Area Network VM Virtual Machine W WEO sWitch Ethernet One Gigabit X XNC External Node Controller Y No entries Z No entries ...

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