Related Manuals for Fusion FusionPoD 700
Summary of Contents for Fusion FusionPoD 700
- Page 1 FusionPoD 700 Rack-Scale Server Technical White Paper Issue Date 2022-02-07 xFusion Digital Technologies Co., Ltd.
- Page 2 Copyrights © xFusion Digital Technologies Co., Ltd. 2022. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of xFusion Digital Technologies Co., Ltd. Trademarks and Permissions and other xFusion trademarks are trademarks of xFusion Digital Technologies Co., Ltd.
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Page 3: Table Of Contents
FusionPoD 710 Cabinet Server White Paper Contents Contents About This Document ........................v 1 Overview ............................7 1.1 Product Overview ................................. 7 1.2 Product Features ................................8 2 System Architechture ......................... 10 2.1 Three-Bus Architecture ............................... 10 2.2 Heat Dissipation System ............................. 11 2.3 Power Supply System .............................. - Page 4 FusionPoD 710 Cabinet Server White Paper Contents 4.3 Physical Specifications ............................... 36 5 Software and Hardware Compatibility .................. 38 6 Safety Instructions ........................39 6.1 Security ..................................39 6.2 Maintenance and Warranty ............................42 A Appendix ............................. 43 B Glossary ............................44 C Acronyms and Abbreviations ....................
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Page 5: About This Document
FusionPoD 710 Cabinet Server White Paper About This Document About This Document Purpose This document describes the appearance, functions and structure of a FusionPoD 700 cabinet server. Intended Audience This document is intended for pre-sales engineers. Symbol Conventions The symbols that may be found in this document are defined as follows. - Page 6 FusionPoD 710 Cabinet Server White Paper About This Document Change History Issue Release Date Change Description 2022-02-07 This issue is the first official release. 2022-02-07...
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Page 7: Overview
Operation and Maintenance (O&M), and lower Total Cost of Ownership (TCO). FusionPoD 700 is applicable to private cloud customer data centers such as operators, finance, government and enterprises. -
Page 8: Product Features
FusionPoD 710 Cabinet Server White Paper 1 Overview Figure 1-1 Overview of the FusionPoD 700 liquid cooling cabinet 1.2 Product Features High Density ⚫ 36 1 U liquid cooling server nodes (DH141C V5), with each supporting two server mainboards. ⚫... - Page 9 FusionPoD 710 Cabinet Server White Paper 1 Overview ⚫ Liquid cooling for server nodes, supporting up to 45º C (113° F) water. ⚫ Power Usage Effectiveness (PUE) low as 1.2 (without RDHx). High Reliability ⚫ 2N power distribution. ⚫ PSUs in 11+1 configuration, and a maximum power supply capacity of 33 kW. ⚫...
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Page 10: System Architechture
FusionPoD 710 Cabinet Server White Paper 2 System Architechture System Architechture 2.1 Three-Bus Architecture 2.2 Heat Dissipation System 2.3 Power Supply System 2.4 Management System 2.5 Networking Solution 2.1 Three-Bus Architecture The FusionPoD server node supports three-bus blind-mating. The three buses in the cabinet are described as follows. -
Page 11: Heat Dissipation System
FusionPoD 700 is applicable to equipment rooms in various scenarios and liquid-cooled equipment rooms. The FusionPoD 700 rack-scale server liquid cooling solution of the data center is shown in Figure 2-2. The CDU drives liquid circulation. Warm water output from the CDU exchanges heat with the liquid cooling plate of the server node. - Page 12 FusionPoD 710 Cabinet Server White Paper 2 System Architechture Figure 2-2 Heat dissipation system of the equipment room Table 2-1 Description of components in the heat dissipation system Name Description Cooling tower ⚫ Dissipates the heat from the liquid loops to the exterior. Generally, it is placed outdoors.
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Page 13: Power Supply System
2.3 Power Supply System Power Supply System of the Equipment Room FusionPoD 700 rack-scale servers support the 2N power supply system. Let's take the utility power input of the equipment room as an example. 2N power supply system refers to a redundant system composed of two or more sets of power supply systems. - Page 14 Power Supply System of the Cabinet FusionPoD 700 rack-scale servers support the 2N power supply system. FusionPoD 700 rack-scale servers realize joint power supply to the whole cabinet through the active circuit (N active) and backup circuit (N backup) of the equipment room for active...
- Page 15 FusionPoD 710 Cabinet Server White Paper 2 System Architechture Input Status Active Circuit (N Backup Circuit (N Active) Load Rate Backup) Load Rate Active circuit (N active) and the backup circuit (N backup) are powered off. Only the backup circuit (N backup) is 100% powered on.
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Page 16: Management System
FusionPoD 710 Cabinet Server White Paper 2 System Architechture Figure 2-5 Power supply system architecture 2.4 Management System The FusionPoD 700 management system includes the management systems for server node BMC, cabinet, and switching node. Figure 2-6 Management system architecture 2022-02-07... -
Page 17: Networking Solution
2.5 Networking Solution FusionPoD 700 cabinet is configured with 36 DH141C V5, with each supporting two server mainboards. The cabinet networking solution is shown in Figure 2-7. - Page 18 FusionPoD 710 Cabinet Server White Paper 2 System Architechture ⚫ The backplane provides cable connections to support high-speed signal only, supporting SERDES at 25GE PAM4 rates. ⚫ The four slots from 21 U to 24 U are for switching, with each slot configured with nine 4 x 8-pair straight male connectors.
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Page 19: Hardware Description
FusionPoD 710 Cabinet Server White Paper 3 Hardware Description Hardware Description 3.1 Cabinet 3.2 Management Module 3.3 Server Node 3.4 Switching Node 3.5 Network Interface Card (NIC) 3.6 Power Supply 3.7 Leakage Detection Modules 2022-02-07... -
Page 20: Cabinet
FusionPoD 710 Cabinet Server White Paper 3 Hardware Description 3.1 Cabinet External Structure Figure 3-1 External structure Cabinet door Cable chassis Temperature and humidity Liquid cooling cabinet sensor Rear shelf Management module Cabinet side panel Power shelf Out-of-band management switching node Server node Service switching node 2022-02-07... -
Page 21: Management Module
The RM210 is installed in the power chassis of FusionPoD 700 and shares the power chassis with PSUs. For details, see FusionPoD RM210 Management Module User Guide. -
Page 22: Server Node
DH141C V5 server (DH141C V5) is a server with two computing nodes in a 1 U slot, which is the first-generation server node that supports the FusionPoD 700 rack-scale servers. The DH141C V5 is a 1 U liquid-cooled server node with large memory capacity that adopts 2nd ®... -
Page 23: Switching Node
3 Hardware Description 3.4 Switching Node 3.4.1 Out-of Band Management Switching Node The FusionPoD 700 supports out-of-band management switching nodes consisting of general-purpose switches and auxiliary fabric components. Currently, CE5855-48T4S2Q-EI is used, which provides the out-of-band management TOR switching function for the FusionPoD 700 rack-scale servers and centrally provides external management interfaces. -
Page 24: Network Interface Card (Nic)
3.5.1 Ethernet NICs The Ethernet network interface cards (NICs) connect with the cable backplane through a high-speed signal connector to provide network expansion capabilities for server nodes. Table 3-1 Ethernet NICs supported by FusionPoD 700 server nodes Chip Network Netwo... -
Page 25: Power Supply
FusionPoD 710 Cabinet Server White Paper 3 Hardware Description 3.6 Power Supply 3.6.1 Power Shelf The power shelf consists of the power chassis, power supply units (PSUs), and management module. The power shelf converts the AC power into stable DC power for the cabinet through the AC/DC module. - Page 26 FusionPoD 710 Cabinet Server White Paper 3 Hardware Description Appearance Figure 3-8 Power shelf appearance Figure 3-9 Front panel of the power shelf PSU 1 PSU 2 PSU 3 PSU 4 PSU 5 PSU 6 PSU 7 PSU 8 PSU 9 PSU 10 PSU 11 PSU 12...
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Page 27: Psu
FusionPoD 710 Cabinet Server White Paper 3 Hardware Description PSU 1, 4, 7, and 10 work in phase L3; PSU 2, 5, 8, and 11 work in phase L2; PSU 3, 6, 9, and 12 work in phase L1. The same number of PSUs must be configured for each phase to ensure the balance among phases. - Page 28 FusionPoD 710 Cabinet Server White Paper 3 Hardware Description Appearance Figure 3-10 PSU appearance Figure 3-11 PSU front panel Table 3-3 Indicator description Indicator Description Input (power indicator) ⚫ Steady green: The PSU is powered on. ⚫ Blinking green at 0.5 Hz: the two-circuit input voltage is out of the range.
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Page 29: Pdu
⚫ 3.6.3 PDU FusionPoD 700 cabinets configured with PDUs to power switching nodes for general switch scenarios. The PDU is installed under the power shelf. It provides 380 V AC (1+1) input and output for the power shelf, and 220 V AC (5+5) for the switching nodes to meet the power supply demand of 5 switching nodes in the cabinet. - Page 30 FusionPoD 710 Cabinet Server White Paper 3 Hardware Description Figure 3-12 PDU power supply architecture Appearance Figure 3-13 PDU appearance 2022-02-07...
- Page 31 FusionPoD 710 Cabinet Server White Paper 3 Hardware Description Figure 3-14 PDU front panel Figure 3-15 PDU rear panel Table 3-5 Indicator description Indicator Description Single-phase output indicator (green, 36-206 cd/m² ), green is always on for normal status, and red is always on for abnormal status.
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Page 32: Leakage Detection Modules
FusionPoD 710 Cabinet Server White Paper 3 Hardware Description Item Description Output voltage 380 V AC (1+1) and 220 V AC (5+5) Output current ⚫ Single-phase output: a maximum of 5 A for each power supply ⚫ Three-phase output: a maximum of 27 A for each power supply Dimensions (H x W x D) 86.1 mm ×... -
Page 33: Liquid Leakage Detection On The Secondary Loop
FusionPoD 710 Cabinet Server White Paper 3 Hardware Description 3.7.2 Liquid Leakage Detection on the Secondary Loop The liquid leakage detection on the secondary loop consists of a leakage sensor and a water sensor. The water sensor is fixed at the bottom of the secondary loop of the equipment room. When liquid leakage occurs in the secondary loop, an alarm is reported to the cabinet management module through the photoelectric leakage sensor to realize liquid leakage monitoring. -
Page 34: Specifications
FusionPoD 710 Cabinet Server White Paper 4 Specifications Specifications 4.1 Technical Specifications 4.2 Environmental Specifications 4.3 Physical Specifications 4.1 Technical Specifications Table 4-1 Technical specifications Item Description Available space 47 U. Heat dissipation mode Board-level liquid cooling. Power consumption Power consumption of the entire cabinet (fully equipped with DH141C V5): 33 kW, and single node power consumption: 1.2 Cabinet management Two 10GE ports, one GE port, and one RS485 serial port. -
Page 35: Environmental Specifications
FusionPoD 710 Cabinet Server White Paper 4 Specifications Item Description ⚫ Two 10GE LOM network ports. Switching node Four service switching nodes and one out-of-band management switching node. Cabinet door Front and rear perforated doors. ⚫ 12 PSUs (3 kW/PSU). ⚫... -
Page 36: Physical Specifications
FusionPoD 710 Cabinet Server White Paper 4 Specifications Item Description Water inlet temperature 5º C(41º F) to 45º C (113º F), the actual inlet water temperature is 3º C (37.4º F) above the dew point temperature of the equipment room. Single DH110C V5: ≥... - Page 37 FusionPoD 710 Cabinet Server White Paper 4 Specifications Item Description ⚫ 720 Cabinet dimensions 2200mm× 600mm× 1200mm (without casters or RDHx) (H x W x D) ⚫ 2200mm× 600mm× 1250mm (without casters but with RDHx) ⚫ 2250mm× 600mm× 1200mm (with casters but without RDHx) ⚫...
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Page 38: Software And Hardware Compatibility
FusionPoD 710 Cabinet Server White Paper 5 Software and Hardware Compatibility Software and Hardware Compatibility For details about the operating system and hardware, see the compatibility list. Do not use incompatible components. Otherwise, the device may fail to work properly. The technical support and warranty do not cover faults caused by incompatible components. -
Page 39: Safety Instructions
FusionPoD 710 Cabinet Server White Paper 6 Safety Instructions Safety Instructions 6.1 Security 6.2 Maintenance and Warranty 6.1 Security General Statement ⚫ Comply with local laws and regulations when installing equipment. These safety instructions are only a supplement. ⚫ The "DANGER", "WARNING", and "CAUTION" information in this document does not represent all the safety instructions, but supplements to the safety instructions. - Page 40 FusionPoD 710 Cabinet Server White Paper 6 Safety Instructions Figure 6-1 Protective clothing ⚫ Before touching a device, wear ESD clothing and gloves (or wrist strap), and remove any conductive objects (such as watches and jewelry). Figure 6-2 shows conductive objects that must be removed before you touch a device.
- Page 41 FusionPoD 710 Cabinet Server White Paper 6 Safety Instructions Figure 6-3 Wearing an ESD wrist strap ⚫ Exercise caution when using tools. ⚫ Use a stacker when lifting hardware above shoulder height. ⚫ Avoid any contact with high-voltage cables. ⚫ Properly ground a device before powering it on.
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Page 42: Maintenance And Warranty
FusionPoD 710 Cabinet Server White Paper 6 Safety Instructions Comply with local regulations for the maximum load per person. Table 6-1 lists the maximum weight one person is permitted to carry as stipulated by a number of organizations. Table 6-1 Maximum weight carried per person Organization Weight (kg/lb) CEN (European Committee for... -
Page 43: A Appendix
FusionPoD 710 Cabinet Server White Paper A Appendix Appendix A.1 Liquid Working Medium Inspection Criteria Table A-1 Liquid working medium inspection criteria Item Standard Ethylene glycol 25± 5% (volume concentration) concentration NOTE The material designation and supply channel must be confirmed by the vendor. -
Page 44: B Glossary
FusionPoD 710 Cabinet Server White Paper B Glossary Glossary B.1 A-E Active Optical Cable A communications cable that requires external energy to (AOC) convert electrical signals into optical signals or convert optical signals into electrical signals. The optical transceivers at both ends of an optical cable provide functions of photoelectric conversion and optical transmission. - Page 45 FusionPoD 710 Cabinet Server White Paper B Glossary B.2 F-M Middle of Row A method of distinguishing switches based on the cabling (MOR) mode. The connection mode of MOR switches is similar to that of EOR switches. Access switches are deployed in one or two cabinets in a cabinet group in a centralized manner.
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Page 46: C Acronyms And Abbreviations
FusionPoD 710 Cabinet Server White Paper C Acronyms and Abbreviations Acronyms and Abbreviations C.1 A-G Backup Battery Unit BIOS Basic Input Output System Baseboard Management Controller CAPEX Capital Expenditure Cabinet Control Unit Coolant Distribute Unit Continuous Integration Command-line Interface Digital to Analog Converter Direct Current DDR4 Double Data Rate 4... - Page 47 FusionPoD 710 Cabinet Server White Paper C Acronyms and Abbreviations Electro Magnetic Compatibility Error Checking and Correcting FB-DIMM Fully Buffered DIMM Fiber Channel Federal Communications Commission FCoE Fibre Channel Over Ethernet File Transfer Protocol Fault Diagnosis & Management Gigabit Ethernet Error Checking and Correcting C.2 H-N High Performance Computing...
- Page 48 FusionPoD 710 Cabinet Server White Paper C Acronyms and Abbreviations IEEE Institute of Electrical and Electronics Engineers Internet Protocol IPMI Intelligent Platform Management Interface Media Access Control NC-SI Network Controller Sideband Interface C.3 O-S Open Compute Project ODCC Open Data Center Committee OpEx Operating Expense PCIe...
- Page 49 FusionPoD 710 Cabinet Server White Paper C Acronyms and Abbreviations Serial Attached Small Computer System Interface SATA Serial Advanced Technology Attachment Supply Chain Management System Design Verification System Integration Test State of Charge SMTP Simple Mail Transfer Protocol SNMP Simple Network Management Protocol Serial Over LAN SONCAP Standards Organization of Nigeria-Conformity Assessment...