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Huawei OceanStor Dorado All-Flash Storage System Quotation Guide

Huawei OceanStor Dorado All-Flash Storage System Quotation Guide. Contents. 1. Product Overview. 2. Quotation. 3. Configuration Instances. Huawei All-Flash Portfolio. Optimal performance and best TCO C omprehensive SAN and NAS features Preferred for database and virtualization services.

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Huawei OceanStor Dorado All-Flash Storage System Quotation Guide

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  1. Huawei OceanStor Dorado All-Flash Storage System • Quotation Guide

  2. Contents 1 Product Overview 2 Quotation 3 Configuration Instances

  3. Huawei All-Flash Portfolio Optimal performance and best TCO Comprehensive SAN and NAS features Preferred for database and virtualization services Industry's first to support the NVMe architecture, with specifications better than those of competitors. Use mid-range and high-end storage to control a bid. Integrated SAN and NAS Convergence scenarios Extreme NVMe all-flash storage Dorado5000/6000/18000 V3 General-purpose SAS all-flash storage Dorado3000/5000/6000/18000 V3 Converged all-flash storage OceanStorV5/F V5 Huawei all-flash full-series upgrade (NVMe + entry-level + NAS + new model), which accelerates the replacement of traditional storage

  4. Huawei's New-Gen All-Flash Storage: OceanStor Dorado 3x higher application performance 99.9999% service availability 75% lower OPEX OceanStor Dorado Lightning fast and rock solid Non-disruptive migration

  5. All-Flash Storage Expands From Mission-Critical to General-Purpose Apps Online transaction e-Banking ERP CRM CRM ODS Billing Primary data mgmt Check image CRM Risk mgmt DW VM BI ERP VM Development and test Supply chain mgmt Report mgmt MES VAS Video OA Archive mgmt Backup Archive Backup Archive

  6. OceanStor Dorado V3 Product Positioning & Recommended Configuration • Dorado is the industry-leading support both high-end and mid-range NVMeall-flash storage. Users can select advanced technologies and products that comply with the commercial budget. • Dorado supports not only the independent NVMe form, but also the mixed configuration of NVMe and SAS to meet performance and expansion requirements. • Dorado3000 with the best performance in price is ready to replace the traditional storage. • Dorado5000 is purpose-built as mid-range storage. Dual-controller layouts are recommended. • Dorado6000 is purpose-built as high-end entry-level product. Four-controller layouts are recommended. • Dorado18000 is positioned as a high-end product and is used together with the 18500F V5 to expand the high-end market. Product Positioning High-end competitiveness Leading architecture advantages Cooperation of two products General-purpose mid-range SAN storage Same specifications as those of the new V5 converged storage Complete enterprise-class features 8-controller 8 TB Dual-controller 1 TB / 4-controller 2 TB Recommended Configuration Optimalcost-effectivenesscomparedto peer products Optimal performance Rich enterprise-class features Dual-controller 512 GB Dual-controller 256 GB Dorado6000 V3 Dorado18000 V3 Full PCIe-based interconnection architecture High-end entry-level storage Building Huawei's competitiveness in high-end AFAs Dorado5000 V3 Dorado5000 V3 AFA is used for 256 GB or higher specifications. 512 G is more competitive in terms of price. Dorado3000 V3 Competing against NetApp A220

  7. Enhanced Dorado V3: Supplemented Products Help Enhance Competitiveness in the Industry 1. Mid-range and high-end storage: Solving the weakness of NAS and data reduction ratio, and achieving the leading competitiveness in the industry. 2. New product: Dorado3000 entry-level all-flash storage, accelerating replacement of traditional storage • #1 performance: Implements the NVMe architectures for all Dorado models. • The newly-added NAS meets the bidding requirements, with complete enterprise features. • Improved data reduction capability: #1 capability in mainstream database scenarios, with VSI only slightly weaker than that of Pure. • Most cost effectiveness, optimal performance, and rich enterprise-class features among the same-level products. Dorado18000 V3 high-end all-flash storage Dorado6000 V3 Dorado5000 V3 Dorado's winning card: lightning fast! Dorado3000 V3 • Non-disruptive services during peak hours, with 60,000 transactions per second (TPS), rather than 150,000 TPS. Database Winning card, targeting entry-level market! Main market scenarios • 3x higher service integration capability, hosting 400VMs (all-flash) rather than 120 VMs (by traditional storage). Virtualization VM • Development and test system setup time: from 6 hours to 0.5 hours. • 2 U device hosts 5000 VM desktops, 25% higher than that of competitors' storage. VDI • VDI system disk, 14:1 data reduction ratio, reducing space by 80%.

  8. OceanStor Dorado5000/6000/18000 V3 Specifications * Black is the shared feature of SAN and NAS, blue is the unique feature of SAN, and green is the unique feature of NAS. For specifications marked by *, please contact Huawei sales.

  9. OceanStor Dorado3000 V3 Specifications Note: OceanStor Dorado3000 excludes NVMe and NAS specifications. Dorado3000 V3 uses the full-feature software package by default, including all software features, and also supports basic software packages + value-added features. 3. For specifications marked by *, please contact Huawei sales.

  10. OceanStor Dorado18000 V3 Bay • Supports delivery by bay • Supports Huawei and third-party bays • Supports two system bays in 2018 (if there are more cabinets requirements, please contact with Huawei Sales*.) • Each bay supports four controllers,16 disk enclosures and 400 SSDs. (if there are more SSDs requirements, please contact with Huawei Sales*.) • Configures two PCIe switches in system bay 1 when there are more than four controllers • No KVM or SVP by default

  11. OceanStor Dorado18000 V3 Hardware Architecture BBUs • 3+1 redundancy • AC power failure protection The SAS and NVMe models of Dorado18000 V3 have the same controller enclosure hardware. Their difference is that the SAS model supports both SAS and NVMe SSDs, while the NVMe model supports only NVMe SSDs. • Controllers • 6 U independent controller enclosure • Dual- or four-controller configuration, 2+2 redundancy • Automatic frequency control for reduced power consumption • Built-in fan modules (11+1 redundancy, integrated in controllers but can be maintained independently) • Management modules • 1+1 redundancy • Hot swappable • Scale out to multiple controllers for heartbeat interconnection Power supplies • 2+2 redundancy • Up to 94% of power conversion efficiency • Support for 200 V to 240 V AC, and 240 V high-voltage DC • Interface modules • Up to 24 modules, hot swappable • Up to 400 SSDs per controller enclosure • Types: 12 Gbit/s SAS, PCIe 3.0 scale-up, SmartIO (8 Gbit/s, 16 Gbit/s, or 32 Gbit/s FC, 10GE, 25GE, 10 Gbit/s FCoE), 40GE, 100GE, 56 Gbit/s InfiniBand, GE, 10GE (electrical) • PCIe scale-out interface modules can only be installed in slots A3, B3, C3, and D3.

  12. OceanStor Dorado18000 Controller Hardware Architecture Interface module BBU module Management module System enclosure Power module Controller

  13. OceanStor Dorado6000 V3 Hardware Architecture The SAS and NVMe models of Dorado6000 V3 have the same controller enclosure hardware. Their difference is that the SAS model supports both SAS and NVMe SSDs, while the NVMe model supports only NVMe SSDs. • BBUs • 2+1 redundancy (vacant BBU slots are filled with filler modules) • DC/AC power failure protection • Controllers • Dual controllers • Mainstream server platform • Automatic frequency adjustment for reduced power consumption • Built-in fan modules (fans are integrated in the control module and can be replaced independently. Each control module consists of three fans, the whole controller enclosure has six fans in 5+1 redundancy mode.)) • Management modules • 1+1 redundancy • Hot swappable • Power modules • 1+1 redundancy • Up to 94% of power conversion efficiency • 200 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC • Interface modules • 16 interface module slots • Up to 300 SSDs per controller enclosure • Hot swappable • Types: 12 Gbit/s SAS, PCIe 3.0 scale-up, SmartIO (8 Gbit/s, 16 Gbit/s, or 32 Gbit/s FC, 10GE, 25GE, 10 Gbit/s FCoE), 40GE, 100GE, 56 Gbit/s InfiniBand, GE, 10GE (electrical) • PCIe scale-out interface modules can only be installed in slots A3 and B3.

  14. OceanStor Dorado6000 Controller Hardware Architecture Interface module BBU module Management module System enclosure Power module Controller

  15. OceanStor Dorado5000 V3 (NVMe) Hardware Architecture 2.5-inch disks • Support for dual-port PCIe 3.0 x 2 NVMe SSD • 960 GB/1.92 TB/3.84 TB/7.68 TB/15.36 TB NVMe SSD Interface modules • Two interface module slots per controller • Hot swappable • Types: SmartIO (8 Gbit/s, 16 Gbit/s, or 32 Gbit/s FC, 10GE, 25GE, 10 Gbit/s FCoE), 40GE, 100GE, 56 Gbit/s InfiniBand, GE, 10GE (electrical) • PCIe scale-out interface modules can only be installed in slot 1. • Up to 50 SSDs per controller enclosure USB port (reserved) Serial port Power-BBU-fan modules • 1+1 redundancy • Up to 94% of power conversion efficiency • 100 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC Maintenance port • PCIe expansion ports (reserved) • PCIe 3.0 x 8 Management ports 0 and 1 • Onboard ports • SmartIO (16 Gbit/s or 8 Gbit/s FC, 10GE, FCoE) This model supports only NVMe SSDs.

  16. OceanStor Dorado5000 V3 (SAS) Hardware Architecture 2.5-inch disks • Support for 12 Gbit/s SAS SSD • 960 GB /1.92 TB/3.84 TB/7.68 TB/15.36 TB/ 30.72 TB SSD Interface modules • Two interface module slots per controller • Hot swappable • Types: 12 Gbit/s SAS, PCIe 3.0 scale-up, SmartIO (8 Gbit/s, 16 Gbit/s, or 32 Gbit/s FC, 10GE, 25GE, 10 Gbit/s FCoE), 40GE, 100GE, 56 Gbit/s InfiniBand, GE, 10GE (electrical) • PCIe scale-out interface modules can only be installed in slot 1. • Up to 175 SAS SSDs per controller enclosure (with 6 x 25 SAS disk enclosures, single-uplink networking) • Up to 125 SSDs for intermixing of SAS and NVMe SSDs (2 x 25 SAS disk enclosures + 2 x 25 NVMe disk enclosures, single-uplink networking) Serial port Power-BBU-fan modules • 1+1 redundancy • Up to 94% of power conversion efficiency • 100 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC USB port (reserved) Maintenance port • SAS expansion ports • Two SAS expansion ports per controller Management port This model supports both SAS and NVMe SSDs. • Onboard ports • SmartIO (16 Gbit/s or 8 Gbit/s FC, 10GE, FCoE)

  17. OceanStor Dorado3000 V3 Hardware Architecture 2.5-inch disks • Support for 12 Gbit/s SAS SSD • 1.92 TB/3.84 TB/7.68 TB SSD Interface modules • Two interface module slots per controller • Hot swappable • Types: 12 Gbit/s SAS, SmartIO (8 Gbit/s, 16 Gbit/s, or 32 Gbit/s FC, 10GE, 25GE), 40GE, 100GE, 10GE (electrical) • PCIe scale-out interface modules can only be installed in slot 1. • Up to 100 SAS SSDs per controller enclosure (with 3 x 25 SAS disk enclosures, single-uplink networking) Serial port USB port (reserved) Power-BBU-fan modules • 1+1 redundancy • Up to 94% of power conversion efficiency • 100 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC Maintenance port • SAS expansion ports • Two SAS expansion ports per controller Management port Dorado3000 V3 only supports SAS SSDs and does not support NVMe SSDs or the Dorado NAS unit. • Onboard ports • SmartIO (16 Gbit/s or 8 Gbit/s FC, 10GE)

  18. 2 U SAS Disk Enclosure Architecture (25 Slots) • 2.5-inch disks • Only 12 Gbit/s SAS SSD • 960 GB/1.92 TB/3.84 TB/7.68 TB/ 15.36 TB/30.72 TB SSD • Expansion modules • Dual expansion modules • Two 12 Gbit/s SAS ports • 800 W power modules • 1+1 • Built-in fan modules (1+1) • 100 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC 1 Power module 3 Power module handle 5 Expansion module 7 Mini SAS HD P0 expansion port 9 Disk enclosure ID display 2 Power module latch 4 Expansion module handle 6 Serial port 8 Mini SAS HD P1 expansion port N x 960 GB (N = 1, 2, or 4) SSDs are used in new deployments. N x 900 GB SSDs are used only for capacity expansion of legacy storage systems.

  19. 2 U NVMe Disk Enclosure Architecture (25 Slots) • 2.5-inch disks • Only dual-port PCIe 3.0 x 2 NVMe SSD • 960 GB/1.92 TB/3.84 TB/7.68 TB/ 15.36 TB/30.72 TB SSD • Expansion modules • One PCIe 3.0 x 8 port • 800 W power modules • 1+1 • Built-in fan modules (1+1) • 100 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC 1 Power module 3 Power module handle 5 Expansion module 7 PCIe expansion port 2 Power module latch 4 Expansion module handle 6 Serial port 8 Disk enclosure ID display

  20. OceanStor Dorado NAS Hardware Architecture • 2.5-inch coffer disks (HDDs) • Supports only 4 coffer disks, which cannot be used to create disk domains. Filler panels. Disks cannot be installed in these slots. • Interface modules • Two interface module slots per controller • Hot swappable • Types: SmartIO (16 Gbit/s FC for back-end ports and replication, active-active links), 10GE, 25GE, 40GE, 100GE, GE, 10GE (electrical) Serial port USB port (reserved) • Power-BBU-fan modules • 1+1 redundancy • Up to 94% of power conversion efficiency • 100 V to 240 V AC, -48 V/-60 V DC, and 240 V high-voltage DC The Dorado NAS unit only provides file services, but does not provide storage space. All storage spaces for file systems are from Dorado V3. Maintenance port • Onboard ports • SmartIO (10GE) Management port

  21. Front-End Interface Card X16 X8 • The font-end interface modules support X8 and X16 form factors which require different SBOMs. • X8 card: Onlyused on Dorado5000 (NVMe). • X16 card: Used on Dorado5000 Enhanced Edition, Dorado6000 Enhanced Edition, and Dorado18000. • *Neither card can be used on Dorado V300R001C30 or earlier. The hardware uses an anti-misinsertion design. 2-port: 40/100G bit/s ETH 4-port: 8/16/32G bits/s FC 10/25Gbit/s ETH

  22. SAS scale-up card Front-End/Scale-Out Interface Module PCIe scale-up cables are mini SAS HD x 8 cables (mini SAS HD x 4 on both A and B ends) and provide 64 Gbit/s bandwidth. PCIe scale-up card PCIe scale-out card

  23. Dorado SAS Link Networking Dual-uplink Single uplink Single uplink Dual-uplink • Dorado18000 (SAS): Up to 400 disks • Dual-uplink. Each disk enclosure occupies four SAS ports on the controller enclosure. • 12 interface module slots, supporting four pairs of SAS modules • Each pair of SAS modules supports 50 SSDs. • Dorado3000 (SAS): Up to 100 disks • Single-uplink. Each disk enclosure occupies two SAS ports on the controller enclosure. • Four onboard ports connect to 50 SSDs. • Four interface modules slots, supporting one pair of SAS modules that connects to 25 SSDs. • Dorado5000 (SAS): Up to 175 disks • Single-uplink. Each disk enclosure occupies two SAS ports on the controller enclosure. • Four onboard ports connect to 50 SSDs. • Four interface modules slots, supporting one pair of SAS modules that connects to 100 SSDs. • Dorado6000 (SAS): Up to 300 disks • Dual-uplink. Each disk enclosure occupies four SAS ports on the controller enclosure. • 16 interface module slots, supporting six pairs of SAS modules • Each pair of SAS modules supports 50 SSDs.

  24. Dorado NVMe Link Networking Single uplink Single uplink Single uplink Single uplink Single uplink • Dorado18000 (four-controller): Up to 200 SSDs • Four pairs of PCIe scale-up cards • Each pair of PCIe scale-up cards supports 50 SSDs. • Dorado5000: Up to 50 SSDs • The PCIe scale-up card is not supported. • One pair of onboard ports supports 25 SSDs. • Dorado6000: Up to 100 SSDs • Two pairs of PCIe scale-up cards • Each pair of PCIe scale-up cards supports 50 SSDs.

  25. Intermixing Networking of Dorado18000 V3 SAS and NVMe SSDs • Back-end networking • A pair of PCIe scale-up cards must be added and can only be installed in slot 1. If slot 1 has been occupied by the SAS interface modules, you must first use SmartKit to move the SAS interface modules to other slots. • Up to 400 SSDs per controller enclosure • 300 SAS SSDs (6 pairs of SAS interface modules) • 100 NVMe SSDs (2 pairs of PCIe scale-up cards)

  26. Intermixing Networking of Dorado6000 V3 SAS and NVMe SSDs • Back-end networking • A pair of PCIe scale-up cards must be added and can only be installed in slot 1. If slot 1 has been occupied by SAS interface modules, you must first use SmartKit to move the SAS interface modules to other slots. • Up to 300 SSDs per controller enclosure • 250 SAS SSDs (5 pairs of SAS interface modules) • 50 NVMe SSDs (1 pair of PCIe scale-up cards)

  27. Intermixing Networking of Dorado5000 V3 SAS and NVMe SSDs • Back-end networking • A pair of PCIe scale-up cards must be added, which can be installed in slot 0 or slot 1. • Up to 125 SSDs per controller enclosure • 75 SAS SSDs (25 on the control enclosure + 50 on SAS disk enclosures connected by 2 pairs of onboard SAS ports) • 50 NVMe SSDs (1 pair of PCIe scale-up cards)

  28. Dorado6000 V3 Four-Controller Networking 2 x GE 16 x PCIe 3.0 Slot 3 is used for scale-out.

  29. Dorado NAS Scale-Out(Four Controllers Directly Connected) • Four controllers are directly connected to achieve full redundancy networking. • SmartIO cards provide 10GE ports that use the TCP/IP-based iWARP protocol for internal connection and data transmission. • VLANs are configured on the 10GE ports to isolate data and heartbeat networks. • Cluster-based storage management: The customer's management network preferentially connects to the management port on controller 0. More management ports can be connected based on the customer requirements. • Dorado NAS units support up to four controllers. Note: The Dorado NAS units can also be scaled out using the switch-based network.

  30. Dorado V3 (SAN) + Dorado NAS Networking • Interconnection Between Dorado NAS and Dorado V3 (SAN) • Dorado NAS's back-end network (connected to Dorado V3) can be a 10GE or 16 Gbit/s Fibre Channel network. At least four back-end links are required to ensure performance. • 10GE ports on Dorado NAS can only connect to 10GE ports on Dorado V3. • 16 Gbit/s Fibre Channel ports on Dorado NAS can connect to 8 Gbit/s, 16 Gbit/s, or 32 Gbit/s Fibre Channel ports on Dorado V3. • A cross-connected network between Dorado NAS and Dorado V3 is recommended to ensure performance and reliability. • NAS service network • NAS clients access the front-end ports of Dorado NAS. • SAN service network • SAN service hosts access the front-end ports of Dorado V3. • Restrictions: • Only one Dorado NAS system can be configured for a Dorado V3 system. • Scale-out is performed separately for Dorado V3 and Dorado NAS. See the installation guide for the specific networking diagrams. The links of block devices are directly connected from Dorado V3 instead of passing through NAS modules.

  31. Contents 1 Product Overview 2 Quotation 3 Configuration Instances

  32. Quotation Factors of Dorado V3 *The full software package is available only to Dorado3000.

  33. Steps to Configure Dorado V3 Log in to UniStar CFG/SCT. Optional Select a model (SAS/NVMe). Select Dorado3000 V3, Dorado5000 V3, Dorado6000 V3, or Dorado18000 V3. Select new project or expand project. Select new project or expansion project. For an expansion project (if you have selected an expansion project), the system will prompt you to enter the SSD capacity and quantity of the live network. If you select SAN+NAS, you must configure the NAS module (with a front-end NAS interface module). Select SAN or SAN+NAS. Select a controller type. Select Dorado5000 V3 SAS, Dorado5000 V3 NVMe,Dorado6000 V3 SAS, Dorado6000 V3 NVMe,Dorado18000 V3 SAS, or Dorado18000 V3 NVMe. Select a controller quantity. Select 2, 4, 6, or 8 (6 and 8 are for Dorado6000 V3 and Dorado18000 V3 only). Select the SSD type and quantity. Select the expanded front-end I/O module. Dorado 18000 V3 Select a controller enclosure. NAS module Cache size Select the SSD type and quantity. Select the expanded front-end I/O module. Dorado 6000 V3 Cache size Select detailed specifications. NAS module Select the SSD type and quantity. Select the expanded front-end I/O module. Dorado 5000 V3 Cache size NAS module Select a disk type and quantity. Select the SSD type and quantity. Select the expanded front-end I/O module. Dorado 3000 V3 Cache size Select cable, cabinet, and encryption. • Pay attention to the maximum numbers of interface modules and disks for each model. For details, see their specification lists. • Dorado6000 V3 and Dorado18000 V3 do not have onboard interface modules. You must select front-end and back-end interface modules for them. • Each controller of Dorado5000 V3 SAS and Dorado3000 V3 has four onboard SmartIO ports and two 4 x 12 Gbit/s SAS ports. • Each controller of Dorado5000 V3 NVMehas four onboard SmartIO ports and one onboard NVMe port. • The NAS module is not available to Dorado3000 V3. • The NAS module has built-in software and does not require extra NAS software. Select value-added features. Select services.

  34. Precautions on Interface Modules 1. Dorado18000 V3 supports 12 slotsper dual controllers, Dorado6000 V3 supports 16 slotsper dual controllers, Dorado5000 and Dorado3000 V3 both support 4 expansionslotsper dual controllers. 2. 25/40/100 Gbit/s SmartIO modules leverage the 1822 chip to support the ToE function, which takes protocol parsing loads from CPUs to improve the performance of iSCSI networks. 3. If 8/16 Gbit/s FC SmartIO modules are used as the front end, 8 Gbit/s FC modules (supporting immediate data) are required for active-active configuration. If 32 Gbit/s FC SmartIO modules are used as the front end, they have built-in immediate data function and do not require extra 8 Gbit/s FC modules. 4. PCIe scale-up interface board can be inserted in slots 0 and 1 for new independent NVMe controllers and NVMe enclosures. Use an expansion tool to move SAS expansion cards from slot 1 to another slot to make room for NVMe scale-up cards for scenarios of SAS-NVMe intermixing.

  35. Precautions on Software Configuration for Dorado3000 V3

  36. Precautions on Software Configuration for Dorado5000/6000 V3 *SmartDedupe and SmartCompression are quoted separately for enterprises in China. *SmartDedupe and SmartCompression are included in the basic package for enterprises outside China and carriers. *The NAS module has built-in software and does not require extra NAS software. The built-in software provides the following features: NFS, CIFS, NDMP, SmartQuota, SmartMulti-tenant, SmartPartition, HyperLock, HyperMetro, and HyperVault.

  37. Precautions on Software Configuration for Dorado18000 V3 The software of Dorado18000 V3 is the same as that of Dorado5000/6000, except for some differences in configuration: 1. The OceanStor OS is included in the basic software package. 2. Step-wise quotation by raw capacity is adopted. There are 5 steps (software license, 0-50 TB, 51-100 TB, 101-200 TB,and >200 TB). 3. UltraPath, SmartDedupe (for China), and SmartCompression (for China) are not quoted step-wise by raw capacity. 4. CloudBackup and CloudReplication are quoted manually. *SmartDedupe and SmartCompression are quoted separately for enterprises in China. However, they are included in the basic package for enterprises outside China and carriers around the world. *The NAS module has built-in software and does not require extra NAS software. The built-in software provides the following features: NFS, CIFS, NDMP, SmartQuota, SmartMulti-tenant, SmartPartition, HyperLock, HyperMetro, and HyperVault.

  38. Precautions: Installation Materials, Supported Equipment, and Services

  39. Other Precautions (1) – Delivery Specifications of Dorado Versions From September 30, 2018, V3R1C21 version supports SAS and NVMe SSDs with 960 GB and its capacity multiples. However, 30.72 TB SAS SSD and 15.36 TB NVMe SSD are not supported. From September 30, 2018, V3R1C30 version supports SAS and NVMe SSDs with multiples of 960 GB (included). However, 30.72 TB SAS SSD is not supported. Dorado NVMe supports only NVMe SSDs. Dorado SAS supports SAS configuration and intermixing of SAS and NVMe (Dorado3000 does not support the intermixing).

  40. Other Precautions (2) • Cabinet: • The Dorado18000 V3 is delivered in bay by default. It can also be delivered as the third-party cabinet (disassembling the bay) based on customer requirements. • Controller enclosure: • Dorado18000/6000/5000 V3: Select an NVMe or SAS flash controller enclosure according to customer requirements. • Dorado6000/18000 V3: Controller enclosures must be selected based on memory specifications. When four or six or eight controllers are deployed or more controllers are added, each controller enclosure must have the same CPU and memory specifications. • Dorado5000 V3: Controller enclosures must be selected based on disk types (SAS or NVMe) and onboard front-end interface modules. When configuring 4 controllers, the CPU and memory specifications must be the same. • Dorado3000 V3: Only supports the SAS flash controller enclosure. Controller enclosures must be selected based on onboard front-end interface modules. When configuring 4 controllers, the CPU and memory specifications must be the same. • SSD: • Two newly deployed controllers must have the same SSD capacity and accommodate 8 or more SSDs in initial configuration in the same disk domain. • Dorado5000/6000/18000 V3 supports four disk domains per dual controllers. Dorado3000 supports two disk domains per dual controllers. • On the same disk domain, it does not support mixed configuration of SSDs with different capacities during new construction. It supports SSD deployment with larger capacity than the existing SSDs and allows only configuration of two capacities during capacity expansion. • On the different disk domains of the same controller, you can use SSD with different capacities. There is no capacity limit. • NVMe SSDs can only be inserted into NVMe disk enclosures, and SAS SSD can only be inserted into SAS disk enclosures. NVMe and SAS SSD cannot be inserted into one disk enclosure at the same time. • It is not recommended that the mixed configuration of SSDs with 900 GB/1 TB and its capacity multiples, and of SSDs with 960 GB and its capacity multiples. • When multiple controllers of Dorado are newly deployed, it is recommended that the types and quantities of SSDs in each dual-controller be the same. You can manually set different parameters per dual controllers. In this scenario, disk domains cannot be created across controllers. • When multiple controllers of Dorado are expanded, it is recommended that the types and quantities of SSDs in each dual-controller be the same. For cross-controller disk domains, the parameters must be the same. If the disk domains are not in different controllers, you can manually set different parameters per dual controllers.

  41. Other Precautions (3) • Interface module: • Dorado V3R1: Dorado5000 supports onboard 8G FC, 16G FC, and 10 Gb ETH/FCoE. Front-end ports of Dorado6000 and Dorado18000 are supported through expansion cards. • Dorado V3R2: Dorado5000/6000/18000 V3 inherits the specifications of V3R1 and supports 32G FC, 25 GE, 40 GE, and 100 GE using extended SmartIO cards. • Dorado3000 V3 supports 8G/16G/32G FC and 10 Gb/25 Gb/40 Gb/100 Gb ETH, and does not support 10 Gb FCoE and 56G IB cards. • Number of interface cards: • Dorado18000 V3 (SAS) allows each controller to have 1 to 4 SAS interface modules. Dorado18000 V3 (intermixing of SAS and NVMe) allows each controller to support 3 SAS and 1 NVMe interface modules. Dorado18000 V3 (NVMe) allows each controller to support 1 to 2 NVMe interface modules. • Dorado6000 V3 (SAS) allows each controller to support 1 to 6 SAS interface modules. Dorado6000 V3 (intermixing of SAS and NVMe) allows each controller to support 5 SAS and 1 NVMe interface modules. Dorado6000 V3 (NVMe) allows each controller to support 1 to 2 NVMe interface modules. • Dorado5000 V3 (SAS) allows each controller to support 1 SAS interface module. Dorado5000 V3 (intermixing of SAS and NVMe) allows each controller to support 2 bound SAS and 1 NVMe interface modules (NVMe module must be deployed on slot 1). Dorado5000 V3 (NVMe) does not allow each controller to support NVMe interface modules (Dorado V3R2C10, GA on March 30, 2019 allows Dorado 5000 V3 NVMe to support up to 50 controller enclosures). • Dorado3000 V3 allows each controller to support 1 SAS interface module. • Networking • The Dorado5000 V3 SAS standard edition, Dorado6000 SAS, and Dorado18000 SAS use dual uplinks. Each pair of SAS modules provides up to two disk enclosures. • The Dorado5000/6000/18000 NVMe adopts the single-uplink networking mode. Each pair of PCIe scale-up modules provides up to two NVMe enclosures. • Dorado3000 V3 adopts the single-uplink networking mode. The Dorado3000 V3 (SAS) provides up to 100 SSDs per dual controllers, one controller enclosure (disk and controller integration), and three disk enclosures. • Dorado5000 (SAS) Enhanced edition supports up to 175 SSDs per dual controllers, one controller enclosure (disk and controller integration), and six disk enclosures. • If multiple controllers of Dorado are newly deployed, the types and quantity of front-end and back-end interface cards must be the same for two dual-controllers. • If multiple controllers of Dorado are expanded, the types and quantities of expansion interface cards must be the same per dual controllers. • If the Dorado5000/6000 is configured with more than two controllers or the Dorado18000 is configured with more than four controllers, each controller is configured with one PCIe module. Each PCIe switch module is configured with two AOC cables for interconnection between controllers.

  42. Other Precautions (4) • Cable: • By default, disk enclosures are not configured with SAS and PCIe cables. • The maximum number of expansion levels in a loop is 1. Two disk enclosures cannot be connected with each other. • Disk enclosures of Dorado18000, Dorado6000, and Dorado5000 V3 (SAS) adopt dual-uplink networks. Each disk enclosure is connected with a controller enclosure using four SAS cables. Disk enclosures of Dorado5000 V3 (SAS) Enhanced Edition and Dorado3000 V3 adopt single-uplink networks. Each disk enclosure is connected with a controller enclosure using two SAS cables. • Dorado5000 NVMe, Dorado6000 NVMe, and Dorado18000 NVMe adopt single-uplink networks. Each NVMe disk enclosure is connected with a controller enclosure using two PCIe scale-up cables. • By default, UniStar places a dual-controller (four disk enclosures) or four-controller (eight disk enclosures) storage system in the same cabinet. If they cannot be placed in the same cabinet, UniStar notifies field engineers to use proper SAS cables (5 m or 15 m) or multi-controller scale-out PCIe cables (15 m). • Dorado5000 V3 (NVMe) can only be configured with 1 m PCIe cables. Dorado6000 V3 and Dorado18000 V3 can be configured with 1 m or 3 m PCIe cables. • NAS module: • V3R2C10 supports NAS modules. By default, four 600 GB 10k rpm SAS disks are used as system disks. NAS modules use data disks from the SAN part as their data disks. • It is recommended to use eight (or at least four) 3 m multi-mode DLC cables to connect the onboard SmartIO module (eight 16 Gbit/s FC ports) of each NAS module with a Dorado SAN engine. • NAS modules use direct-connection networks for scale-out expansion. Four controllers are supported. • The multi-controller expansion of a NAS module is independent of that of SAN. *Performance loss will occur in the connection of NAS modules with SANengines using four multi-mode DLC cables. *Four-controller NAS + dual-controller SAN networking is not supported.

  43. OtherPrecautions (5) • Expansion: • When expanding capacity for Dorado, you need to check the V/R/C version on the live network, and then select the corresponding version on UniStar. • C00 versions (only Dorado6000 V3 has been delivered) only support dual-controller configuration. Therefore, capacity expansion can only be done by adding disks of the same capacity (a maximum of 100 disks supported). • Dorado5000 V3 of the C01 version supports up to dual controllers. Dorado6000 supports four-controller configuration for new projects (not expansion from dual-controller to four-controller). Dorado5000 SAS/6000 support 100 SSDs per dual controllers, and Dorado5000 NVMe supports 25. • For expansion for C01, the disk type and quantity must be the same for each pair of controllers. A disk domain supports SSDs of different capacities. • From C01, expansion using SSDs larger in capacity than those on the live network is supported. The system will calculate the recommended number of SSDs automatically. • During capacity expansion, enter the number of existing SSDs on the live network in Existing SSD. The system automatically calculates the recommended number of SSDs to be expanded. • Expansion of 960 GB SSDs is supported after upgrade to the latest version (from V3R1C21 and later). Dorado5000 V3 supports dual- and four-controller configurations, and Dorado6000 V3 supports dual, four-, six-, and eight-controller configurations. • From V3R1C30, Dorado18000 V3 is supported, which supports eight-controller configuration maximum. • From V3R2C00, different disk domains support expansion with disks of different capacities. • V3R2C10 (Dorado5000 V3 SAS Enhanced Edition, Dorado6000 V3 SAS Enhanced Edition, and Dorado18000 V3 SAS) supports connection of NVMe disk enclosures to SAS SSD controller enclosures. Per pair of controllers, a maximum of 50 NVMe disks (two disk enclosures) can be expanded.

  44. Contents 1 Product Overview 2 Quotation 3 Configuration Instances

  45. Dorado6000 V3 Configuration Instance • Customer requirements: • Dorado6000 V3 • AC power supply for the equipment room; cache ≥ 1 TB • All-flash storage system • 45 TB SSDs (raw capacity) for database and mail applications • Front-end port type: 8 x 8 Gbps FC • HyperSnap • HyperReplication • SmartVirtualization used to take over two EMC devices • Installation service and 3-year standard warranty

  46. 1. Selecting Engines and Interface Modules Specify the configuration type. Select two controllers or four controllers. This is the cache size of the two-controller layout. Configure a SmartIO (8 Gbit/s FC) card.

  47. 2. Selecting SSDs, Back-End SAS Interface Modules, and Disk Enclosures Select disks based on site requirements. The quantity of SAS interface modules is calculated automatically according to the disk quantity. The quantity of disk enclosures is calculated automatically according to the disk quantity.

  48. 3. Selecting Installation Materials, Auxiliary Devices, and Software Select installation materials and auxiliary devices based on project requirements. The quantity of optical fibers is calculated automatically according to the quantity of selected optical ports. Select software based on site requirements. Then, the corresponding basic software package is automatically generated. Device management, thin provisioning, LUN migration, system report, and eService are included in the basic software package.

  49. 4. Selecting Services Note: Devices have a 3-year warranty by default. Select in-warranty upgrade based on customer needs. Other options can be selected based on project requirements. Note: The software service warranty is at least 3 years long (because hardware has at least 3-year warranty). The effective duration periods of software and hardware services must be the same, either 3, 4, or 5 years. Note: Select the implementation service based on project requirements. If the engineering service is selected, Huawei sends engineers to the site to perform installation.

  50. Dorado V3 5000 (NVMe) Configuration Instance • Customer requirements: • Dorado5000 V3 NVMe • AC power supply for the equipment room; cache ≥ 512 GB • All-flash storage system • 45 TB SSDs (raw capacity) for database and mail applications • Front-end port type: 8 x 8 Gbps FC • HyperSnap • Active-active • Installation service and 3-year standard warranty

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