QuickSpecs
Cray ClusterStor E1000 Storage System QuickSpecs
Table of Contents
Is your storage slowing down your HPC compute cluster?
The Cray ClusterStor E1000 storage system is purpose-engineered to meet the demanding input/output requirements of supercomputers and HPC clusters in a very efficient way. The E1000 parallel storage system typically achieves the given HPC storage performance requirements with significantly fewer storage drives than alternative storage offerings. That means for HPC users with a fixed budget for the HPC system can spend more of their budget on CPU/GPU computes nodes accelerating time-to-insight. The Cray ClusterStor E1000 storage system embeds the Lustre® open-source parallel file system to deliver this efficient performance. Hewlett Packard Enterprise provides enterprise-grade customer support in-house and scales out (nearly) linearly, without software licensing for the file storage system per terabyte capacity or per storage drive. This allows customers to reap the benefits of the open-source community while getting enterprise-grade support from Hewlett Packard Enterprise.
Overview
The ClusterStor E1000 is designed on NVMe generation 4 hardware building blocks based on the latest storage technologies to provide enhanced flexibility and resiliency. It is an I/O and storage subsystem consisting of a global POSIX single name space file system that is configured to provide access between compute clients and ClusterStor E1000 storage nodes using the Lustre parallel file system.
ClusterStor E1000 offers four basic configurations:
- − All Flash
- − All Disk
- − Hybrid
- − Tiered with both Flash and Disk
The all-flash configuration is suitable for lots of small, random read I/O, high sequential performance required in many AI applications including Machine Learning and Deep Learning. The base rack provides up to 1,530 GB/s read and up to 1170 GB/s write with Multi-Rail LNet. The expansion rack provides up to 1,700 GB/s read and up to 1,300 GB/s write with Multi-Rail LNet.
The all-HDD configuration is used mainly for large sequential I/O and modeling and simulation. The base rack provides up to 102 GB/s read and write up to approximately 9.4 PB of usable capacity, depending on the HDD capacity used. The expansion rack provides up to 136 GB/s read and write up to 15PB of usable capacity, depending on the HDD capacity used.
The hybrid configuration combines the best of flash and HDD performance into one configuration. The base rack provides up to 255 GB/s read and up to 195 GB/s write from flash pools with approximately 9.4 PB of usable HDD capacity, depending on the HDD capacity used. The expansion rack provides up to 340 GB/s read and up to 260 GB/s writes from flash pools with approximately 15PB of usable HDD capacity, depending on the HDD capacity used.
Customers can utilize hybrid building blocks to combine flash and disk into one filesystem or mix and match the flash and disk building blocks in a tiered configuration to tailor to their workloads.
What’s New
- − Data-encryption-at-rest (DEAR) and key management.
- − Tiering for ClusterStor
- − ClusterStor Monitoring
- − Managed Gateway nodes
- − Update Drive capacities for Flash and Disk
- − Attaches to any supercomputer or HPC cluster that supports either HPE Slingshot, NDR/HDR InfiniBand or 200 Gigabit Ethernet.
- − Inhouse, enterprise-grade support for performance-accelerating Lustre features like Data on Metadata Targets (DoM), Progressive File Layout (PFL), Self-Extending Layouts (SEL), Pool Quotas, Pool Spillover, Multi-Rail LNet, Distributed Name Space (DNE), and many more advanced Lustre features.
Standard Features
Cray ClusterStor E1000 Building Blocks
ClusterStor E1000 is configured from storage building blocks along with surrounding network, rack and power infrastructure. These building blocks are:
Cray ClusterStor E1000 System Management Unit (SMU)
The ClusterStor E1000 system management unit contains a pair of embedded storage management nodes with SSDs to hold configuration and logging data, and runs the Tiering and Monitoring service, and can be configured as a data mover. The SMU delivers Lustre and ClusterStor system management services. ClusterStor system management is required for managing hardware configuration, software images, boot up of the underlying hardware system (servers, devices, software stack), monitoring system metrics and system health, reporting on system status, and advanced Lustre performance monitoring. The SMU runs a web and CLI server that allows the administrator to monitor, configure, and administer the file system, the ClusterStor management framework, and ClusterStor hardware. The SMU has APIs to allow administrators to export monitoring and health data to be consumed by existing data center monitoring tools.
Cray ClusterStor E1000 MetaData Unit (MDU)
ClusterStor E1000 MDUs stores and managers global Lustre metadata with a pair of Lustre metadata servers (MDS) and flash-based metadata targets (MDTs). An MDU is populated with 24 SSDs, two partitions with approximately half the capacity are each configured and are assigned to the two embedded controllers as MDTs using LDISKFS or OpenZFS. MDUs can be configured with multiple MDTs, with each controller configured with two high speed networks adapters.
ClusterStor E1000 configures MDUs to support Lustre DoM, which allows small files or initial portions of files to be stored with their metadata, improving small file performance, stat performance to small files, and reducing interference between small file I/O and streaming I/O. The metadata tier stores metadata and optional DoM in RAID volumes.
ClusterStor E1000 can scale additional MDUs using Lustre Distributed Name Space (DNE) to match specified performance targets.
Cray ClusterStor E1000 Scalable Storage Unit – All Flash Array (SSU-F)
ClusterStor E1000 SSU-F provides flash-based Lustre I/O data services and network request handling for the file system with a pair of Lustre object storage servers (OSS) each configured with a one or more Lustre object storage target(s) (OSTs) to store and retrieve the portions of the file system data that are committed to it. Two OSTs are distributed evenly between the two OSSs in each SSU-F so both OSSs are active concurrently (that is, OSSs are active-active), each operating on its own exclusive subset of the available OSTs (that is, each OST is active-passive).
A ClusterStor E1000 SSU-F is populated with 24 SSDs. For a throughput optimized configuration, approximately half the capacity are each configured with ClusterStor’s GridRAID declustered parity using LDISKFS or OpenZFS and its parity declustering RAID support. For an IOPs optimized SSU-F configuration, a different RAID scheme with LDISKFS is used to improve small random I/O workloads. Each controller can be configured with two network adapters configured with Mult-Rail LNet to exploit maximum throughput performance per SSU-F.
ClusterStor E1000 can be scaled to many SSU-Fs and/or combined with SSU-Ds or SSU-Ms to achieve specified performance requirements. ClusterStor SSU-D and SSU-M features are mentioned below.
Cray ClusterStor E1000 Scalable Storage Unit – Disk (SSU-D)
ClusterStor E1000 SSU-D provides HDD-based Lustre I/O data services and network request handling for the file system with similar OSS and OST features mentioned above for ClusterStor E1000’s SSU-F building block.
ClusterStor E1000 has multiple SSU-D configurations with either one, two or four ClusterStor ultra-dense HDD enclosures. Each ultra-dense disk enclosure is configured with 106 SAS HDDs and contains two Lustre OSTs, each configured with ClusterStor’s GridRAID declustered parity using LDISKFS or OpenZFS and its parity declustering RAID support. Each SSU-D controller is configured one high-speed network adapter and redundant SAS adapters to connect to one or more ClusterStor ultra-dense HDD enclosures.
ClusterStor E1000 can be scaled to many SSU-Ds and/or combined with SSU-Fs to achieve specified performance requirements.
ClusterStor’s configurations with SSU-D are factory integrated with a purpose built rack to accommodate weight and serviceability. For more information about this rack contact your local HPE reprecentative.
Cray ClusterStor E1000 Scalable Storage Unit – Disk (SSU-M)
ClusterStor E1000 SSU-M provides HDD-based Lustre I/O data services and network request handling for the file system with similar OSS and OST features mentioned above for ClusterStor E1000’s SSU-D and SSU-F building blocks.
ClusterStor E1000 has multiple SSU-M configurations with either one, two or four ClusterStor high-density HDD enclosures. Each high-density disk enclosure is configured with 84 SAS HDDs and contains two Lustre OSTs, each configured with ClusterStor’s GridRAID declustered parity using LDISKFS or OpenZFS and its parity declustering RAID support. Each SSU-M controller is configured one high-speed network adapter and redundant SAS adapters to connect to one or more ClusterStor HDD enclosures.
ClusterStor E1000 can be scaled to many SSU-Ms and/or combined with SSU-Fs to achieve specified performance requirements.
ClusterStor’s SSU-M configurations allow for factory integration with HPE G2 Enterprise and Advanced Series 42U shock racks and select HPE G2 Metered and Switched Power Distribution Units.
Management Switches
ClusterStor E1000 utilizes HPE Aruba Networking switches for a private management network between all building blocks in the filesystem. The private management network is deployed as a highly-available configuration. Depending on the configuration of the filesystem, HPE Aruba Networking CX 8360 switches, HPE Aruba Networking CX 6300M switches or a combination of HPE Aruba Networking CX 8325 and CX 6300M switches will be factory integrated with each ClusterStor E1000. Only back-to-front (also called power-to-port or reverse air flow) HPE Aruba Networking switches are supported for ClusterStor E1000’s private management network.
Racks and PDUs
ClusterStor E1000 storage systems are compatible with HPE G2 Advanced and Enterprise 42U and 48U Shock Racks and Cray custom racks. HPE requires racks with a minimum depth of 1200mm to best accommodate the length of ClusterStor E1000 building blocks mentioned above. For ClusterStor E1000 configurations using SSU-M and SSU-F, HPE G2 600x1200mm shock racks provide the necessary room for cabling and serviceability. For ClusterStor configurations using SSU-D, HPE G2 Enterprise 800x1200mm shock racks and Cray custom racks are required for cabling and serviceability.
ClusterStor E1000 storage systems are compatible with select rack-mounted HPE G2 PDUs and Cray PDUs. A minimum of two PDUs are required with ClusterStor E1000 for power redundancy. The desired HPE G2 or Cray custom rack and ClusterStor E1000 configuration could limit what PDU options are available.
Cray ClusterStor E1000 Software, Services, and Tools
ClusterStor E1000 is configured with powerful software tools and services to create a complete, production-ready storage system that is designed to meet the unique requirements of HPC and AI applications. This software, services, and tools are:
Lustre for ClusterStor
ClusterStor E1000 comes pre-configured with the industry’s most powerful and scalable parallel file system to assure that your compute cluster avoids waiting for I/O and is computing with maximum efficiency. Lustre for ClusterStor is a carefully tested and curated version of the open source community Lustre based on version 2.15 release. Each Lustre feature is exhaustively tested at scale by HPE and any defects corrected before it is released for production use. Lustre for ClusterStor is offered with OpenZFS or with LDISKFS as the local object store using HPE’s fully declustered GridRAID to deliver maximum application performance and up to 4x faster recovery time from failed drives. Lustre for ClusterStor is fully supported by HPE Services and ClusterStor Engineering resources guaranteeing fast and thorough responses to any issues found by our customers.
Tiering for ClusterStor
Tiering in ClusterStor is a set of software features that make a hybrid storage system comprised of flash and disk easier to use and manage. It is designed to monitor and maintain file layouts and free space on E1000 flash tiers and disk tiers. Tiering has multiple capabilities that can be customized by the administrator via data management policies, including fine-grained indexing controls, file migration between OSTs or pools, restriping, purging, or generating filesystem reports. These actions are invoked automatically based on timers or system conditions (e.g. capacity threshold).
Tiering uses a scale-out architecture to efficiently move large volumes of data. Tiering components utilize the SMU to perform all functions, and additional data mover nodes can be configured to increase data throughput.
Scalable Search
The Scalable Search service maintains an efficiently-searchable database of filesystem metadata, used by policies to quickly search the filesystem namespace with multiple selection criteria to find matching candidate files amongst billions of files. The databases are maintained automatically as a background process.
Transparent Tiering
Transparent migration optimizes file layouts automatically based on policies created and set by the administrator. The policy engine automates file migration between the flash and disk tiers based on triggers such as the available capacity in the flash tier or a fixed schedule, and can migrate files based on path, name, file size, modification time, or any other file metadata. This is particularly useful to help maintain a flash tier at a maximum percentage full by moving older files to disk, for example. All files remain completely available for read or write during this process.
Parallel Data Movers
Additional data mover nodes can be configured to scale out the Tiering services from the SMU, providing additional bandwidth to migrate data and index the filesystem. The additional nodes are pre-configured HPE servers that can be added and monitored by ClusterStor management nodes.
Purging Data
Administrators can create policies to delete files from the filesystem based on various conditions, such as age of the file, location of the file, last access of the file, size of the file, to name a few examples.
Reporting
Tiering services can automatically generate reports of any filesystem metadata query in JSON or CSV form, timestamped and stored in the designated directory. Reports can be used to track usage information, find users or groups consuming significant capacity, or provide information to fine-tune other policies.
Data Encryption at Rest (DEAR) with Key Manager
ClusterStor supports encrypting data at rest with key management using Secure Encrypted Drives (SED) for NVMe and SED or ClusterStor supports a key manager to encrypt data at rest using Secure Encrypted Drives (SED) for NVMe and SED or FIPs HDD drives. When enabled, ClusterStor enrolls all file system storage devices to participate in encrypting data. The key manager is used to authenticate all devices to allow access to encrypted data. After drive power loss, access to data is prohibited until the system retrieves unique keys from the key manager and uses them to unlock the devices.
Managed Exporter Nodes
ClusterStor supports the following gateway nodes to extend the access of the Lustre parallel filesystem to additional clients using NFS and or S3. ClusterStor will manage up to 4 nodes for NFS or 4 nodes for S3 to allow NFS clients to mount the same filesystem or ingest S3 objects as Posix to perform IO and in turn export the data to S3.
ClusterStor Monitoring
ClusterStor monitoring provides always-on metrics to give customers the insight needed to maximize resources, optimize system throughput, and provide users with the best results and experience without impacting performance. All the information users need is available in a single view. ClusterStor monitoring software tracks job performance on Lustre file systems and enables the correlation of system events that cause job performance issues using streaming telemetry with customizable visualization enabling real-time and historical analysis. ClusterStor monitoring provides administrators with visibility to understand application performance variability, isolate problems faster, enable trend analysis, and provide alerts for hands-off monitoring.
The landing page for ClusterStor monitoring offers a quick overview of the utilization and activity on ClusterStor storage system giving administrators the ability to quickly identify potential issues and application performance problems.
Sample of the ClusterStor Monitoring Landing Page
ClusterStor monitoring provides visualization of performance data for overall storage systems and individual jobs, including throughput and metadata activity. Performance data is stored persistently and can be monitored in near real-time or historically, to enable triaging of performance problems, trend analysis, and capacity planning. It also monitors ClusterStor system logs and InfiniBand fabrics, enabling administrators to correlate system events with storage performance. ClusterStor monitoring supports customized alerts and graphs to tailor the application to each customer’s needs.
Features
- − Job Runtime Variability – Real-time and historical views of data to help you understand what is impacting user jobs
- − Event Correlation – A unified view of the system, providing administrators with the ability to correlate systemic events that impact performance
- − Trend Analysis – Data-driven analysis and visualization from historical data can help identify trends that can then be used to shape changes to the system
- − Alerting – Threshold engine enables customized alerts based on any metric
Jobs
Job performance metrics are recorded and monitored in real-time to detect inefficient utilization of resources such as issuing small I/O requests or inundating the system with metadata requests that can impact the responsiveness of the entire system. Jobs can be sorted and filtered as needed to pinpoint specific jobs by attribute, or to identify jobs running within certain timeframes.
Sample of the Jobs Statistics
From the Jobs page, administrators can drill down to job details that enable the comparison of the job to what was occurring on the rest of the ClusterStor storage system providing context as to how busy the overall system was when the job ran.
The job details also include per-device reporting for Lustre object storage targets (OST) and metadata targets (MDT) including metadata operations.
Dashboards
ClusterStor monitoring also includes additional visualizations that cover the ClusterStor system overview and Lustre device metrics for complete in-depth view into the storage environment. Available dashboards include:
- − ClusterStor Storage Overview – Displays an overview of performance, jobs, and capacity for one or more ClusterStor storage systems.
- − ClusterStor Server Metrics – Displays CPU and memory utilization for all ClusterStor servers.
- − Lustre File System Capacity, Metadata, and Performance – Separate displays covering per device capacity, performance, and metadata operations.
- − Customized Dashboards - supports the creation of custom dashboards from a wealth of documented metrics.
For more information about Cray ClusterStor E1000, HPE and HPE Aruba Networking products mentioned in this quickspec, please visit:
- − Cray ClusterStor E1000 (Technical White Paper):
- − Cray ClusterStor E1000 (Business White Paper):
- − HPE Slingshot Interconnect
- − HPE HDR InfiniBand Switches:
- − HPE Aruba Networking CX 6300M Switch:
- − HPE Aruba Networking CX 8325 Switch:
- − HPE Aruba Networking CX 8360 Switch:
- − HPE M-series 3700M Switch
- − HPE M-series 2700M Switch
- − HPE G2 Enterprise Series Racks:
- − HPE G2 Advanced Series Racks:
- − HPE G2 Metered and Switched Power Distribution Units:
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Technical Specifications
Cray ClusterStor E1000
- − Filesystem
- Lustre 2.15 with supported enhancements
- − Data Path
- ClusterStor GridRAID with LDISKFS or OpenZFS and its RAID support
Scalable Storage Unit – Flash (SSU-F)
- − Storage Controller
- High availability, dual node pair with 24 NVMe Gen 4 SSDs
- − SSD Options
- 1 DWPD: 1.92 / 3.84 / 7.68 / 15.36 / 30.72 TB
- 3 DPWD: 1.6 / 3.2 / 6.4 / 12.8 TB / 25.6 TB
- All SSD options above are self-encryption capable
- − Maximum SSUs per Rack (dependent on type of network supported)
- 18 per Base Rack
- 20 per Expansion Rack
- − Maximum usable capacity per rack
- Up to 10PB (using 30.72 TB SSDs)
Scalable Storage Unit – Disks (SSU-D)
- − Storage Controller
- High availability, dual controller pair with two NVMe Gen 4 SSDs
- − Disk Enclosure
- Ultra-dense 4U SAS JBOD with 106 HDDs
- − Configurations
- SSU-D1: Storage controller plus one 4U106 disk enclosure in 6U
- SSU-D2: Storage controller plus two 4U106 disk enclosures in 10U
- SSU-D4: Storage controller plus four 4U106 disk enclosures in 18U
- − HDD Options
- 4 / 12 / 16 / 20 / 24 TB SAS SED HDDs
- − Maximum SSUs per Rack (dependent on type of SSU-D configuration and network supported)
- − Four per Base Rack
- − Four per Expansion Rack
- − Maximum usable capacity per rack
- Up to 15PB (using 24TB HDDs)
Scalable Storage Unit – Disks (SSU-M)
- − Storage Controller
- High availability, dual controller pair with two NVMe Gen 4 SSDs
- − Disk Enclosure
- High-density 5U SAS JBOD with 84 HDDs
- − Configurations
- SSU-M1: Storage controller plus one 5U84 disk enclosure in 7U
- SSU-M2: Storage controller plus two 5U84 disk enclosures in 12U
- SSU-M4: Storage controller plus four 5U84 disk enclosures in 22U
- − HDD Options
- 4 / 12 / 16 / 24 TB SAS SED HDDs
- − Maximum SSUs per Rack (dependent on type of SSU-M configuration and network supported)
- − Three per Base Rack
- − Four per Expansion Rack
- − Maximum usable capacity per rack
- Up to 9PB (using 24TB HDDs)
Scalable Storage Unit – Hybrid (SSU-M)
- − Storage Controller
- High availability, dual controller pair with 24 NVMe Gen 4 SSDs
- − SSD Options
- Same SSD options for SSU-F mentioned above
- − Disk Enclosure
- Ultra-dense 4U SAS JBOD with 106 HDDs
- High-density 5U SAS JBOD with 84 HDDs
- − Configurations
- SSU-HD: Storage controller plus two 4U106 disk enclosures in 10U
- SSU-HM: Storage controller plus two 5U84 disk enclosures in 12U
- − HDD Options
- For SSU-HD, same HDD options for SSU-D mentioned above
- SSU-HM, same HDD options for SSU-M mentioned above
- − Maximum SSUs per Rack (dependent on type of SSU-H configuration and network supported)
- − Three per Base Rack
- − Four per Expansion Rack
MetaData Unit (MDU)
- − Base Configuration
- High-availability, dual controller pair with 24 NVMe Gen 4 SSDs RAID protected
- − Number of files
- Up to eight billion per MDU in standard configuration with LDISKFS1
- − SSD Options
- − 1 DWPD: 1.92 / 3.84 / 7.68 TB
- − 3 DPWD: 1.6 / 3.2 / 6.4 TB
- − All SSD options above are self-encryption capable
- − Expansion Option
- Up to 10 MDUs per file system configured with Lustre Distributed Namespace functionality
System Management Unit (SMU)
High-availability, dual controller pair with NVMe Gen 4 SSDs RAID protected for system management, logging, and boot services
Client High-Speed Network Options2
HPE Slingshot, NDR-200 / HDR / EDR InfiniBand, HPE M-series 200/100 GbE Switches
It is highly recommended that ClusterStor E1000 utilize a high-speed network that is deployed in a highly-available configuration.
Notes:
− 1 1.92 TB or higher capacity SSD required to achieve eight billion files per MDU
− 2 Contact your sales representative about E1000 network compatibility
| E1000 Building Blocks | SMU | MDU | SSU-F | SSU-D/M Controller |
|---|---|---|---|---|
| HPE SKU(s)1,2 (includes common options) | R7K91A | R7K90A | R7K92A | R7K93A3 |
| Dimensions | 87.2mm x 438mm x 966mm (H x W x D) | |||
| Weight | 25.5kg | 56.3 lbs. | 27.4kg | 60.5 lbs. | 27.4kg | 60.5 lbs. | 25.3kg | 56 lbs. |
| AC Power Input | 200-240VAC | |||
| AC Power Input Frequency | 50-60Hz | |||
| Typical Power | 824 | 0.916kVA | 1210 | 1.344kVA | 1254 | 1.393kVA | 800 | 0.889kVA |
| Max Power | 1001 | 1.112kVA | 1465 | 1.628kVA | 1465 | 1.628kVA | 963 | 1.070kVA |
| Power Cables4 | Two 3m Splitter Y C20/2xC13 Two 3m C13/C14 | |||
| Operating Temperature | 5°C-35°C | 41°F-95°F | |||
| Shipping Temperature | -40°C-60°C | –40°F-+140°F | |||
| Operating Altitude | -200-10,000ft | -61m-3,000m | |||
| Shipping Altitude | -200-40,000ft | -61m-12,192m | |||
| Operating Humidity | 20% to 80% non-condensing | |||
| Non-operating Humidity | 10% to 90% non-condensing | |||
| Operating Vibration | 0.10G at 5 Hz to 500 Hz | |||
| Non-operating Vibration | 0.5G at 5 Hz to 500 Hz | |||
| Operating Shock | 3G at 11ms, 1/2 sine wave pulse | |||
| Non-operating Shock | 10G at 11ms, 1/2 sine wave pulse | |||
| Maximum Exhaust Air Flow (CFM) | 89 | 130 | 130 | 86 |
| Thermal (BTU) | 3416 | 4999 | 4999 | 3286 |
| Management network cables | Default of four 10ft (3m) CAT6 Ethernet cables. Lengths may vary when built and shipped in a datacenter rack by HPE. | |||
| Cable Management Arm (CMA) | Included and required for serviceability. CMA will consume up to 1.5m of cable length for all cables connected. | |||
| E1000 Building Blocks | SSU-H Controller |
|---|---|
| HPE SKU(s) 1 (includes common options) | R7K89A |
| Dimensions | 87.2mm x 438mm x 966mm (H x W x D) |
| Weight | 28.6kg | 63.2 lbs. |
| AC Power Input | 200-240VAC |
| AC Power Input Frequency | 50-60Hz |
| Typical Power | 1325 | 1.472kVA |
| Max Power | 1543 | 1.714kVA |
| Power Cables4 | Two 3m Splitter Y C20/2xC13 Two 3m C13/C14 |
| Operating Temperature | 5°C-35°C | 41°F-95°F |
| Shipping Temperature | -40°C-60°C | –40°F-+140°F |
| Operating Altitude | -200-10,000ft | -61m-3,000m |
| Shipping Altitude | -200-40,000ft | -61m-12,192m |
| Operating Humidity | 20% to 80% non-condensing |
| Non-operating Humidity | 10% to 90% non-condensing |
| Operating Vibration | 0.10G at 5 Hz to 500 Hz |
| Non-operating Vibration | 0.5G at 5 Hz to 500 Hz |
| Operating Shock | 3G at 11ms, 1/2 sine wave pulse |
| Non-operating Shock | 10G at 11ms, 1/2 sine wave pulse |
| Maximum Exhaust Air Flow (CFM) | 137 |
| Thermal (BTU) | 5265 |
| Management network cables | Default of four 10ft (3m) CAT6 Ethernet cables. Lengths may vary when built and shipped in a datacenter rack by HPE. |
| Cable Management Arm (CMA) | Included and required for serviceability. CMA will consume up to 1.5m of cable length for all cables connected. |
Notes:
− 1 Must utilize active optical cables for client high-speed network connectivity.
− 2 Must utilize HPE optical SAS cables to connect to E1000 SSU-H enclosures.
− 3 HPE will determine which power cable is utilized when built and shipped in a datacenter rack by HPE. Both power cable types are provided otherwise.
| E1000 SSU-D Ultra-Dense 4U106 Enclosure1,2 | 4TB | 12TB (SED) |
|---|---|---|
| HPE SKU(s) | R4M24A | S6L03A (SED) |
| Dimensions | 176.4mm x 441mm x 1139mm (H x W x D) | |
| Weight | 135.1 kg | 298.5 lbs. | 137.2 kg | 303.2 lbs. |
| AC Power Input | 200-240VAC | |
| AC Power Input Frequency | 50-60Hz | |
| Typical Power | 1317W | 1.463kVA | 1227W | 1.363kVA |
| Max Power | 1834W | 2.038 kVA | 1706W | 1.896kVA |
| Power Cables | Two 3m C19/C20 | |
| Operating Temperature | 5°C to 35°C | 41°F to 95°F - derate 1°C for every 300m above 900m | |
| Shipping Temperature | –40°C to +70°C | –40°F to +158°F | |
| Operating Altitude | -200-10,000ft | -61m-3,000m | |
| Shipping Altitude | -200-40,000ft | -61m-12,192m | |
| Operating Humidity | 10% to 80% noncondensing | |
| Non-operating Humidity | 5% to 100% noncondensing | |
| Operating Vibration | 0.18 Grms, 5-500Hz, 30 min per axis | |
| Non-operating Vibration | 0.54 Gs rms (in Z) 0.25 Grms (in X & Y), 6-200Hz | |
| Operating Shock | 3 G, 11ms (per axis) | |
| Non-operating Shock | 15 G, 7ms, 10 shock pulse | |
| Maximum Exhaust Air Flow (CFM) | 163 | 152 |
| Thermal (BTU) | 6255 | 5821 |
| Cable Management Arm (CMA) | Included and required for serviceability. CMA will consume up to 1.5m of cable length for all cables connected. | |
Notes:
− 1Hewlett Packard Enterprise has not tested or validated the E1000 SSU-D Ultra-Dense 4U106 Enclosure with any third-party racks. Before installing the E1000 SSU-D Ultra-Dense 4U106 Enclosure in a third-party rack, be sure to properly scope the limitations of the rack. Before proceeding with the installation, consider the following:
- o You must fully understand the static and dynamic load carrying capacity of the rack and be sure that it can accommodate the weight of the E1000 SSU-D Ultra-Dense 4U106 enclosure.
- o Be sure sufficient clearance exists for cabling, installation and removal of PDUs, installation and removal the enclosure and enclosure FRUs, actuation of the rack doors and full articulation of the drive drawers.
− 2Must utilize HPE optical SAS cables to connect to R4M27A, R7K93A or R7K89A.
− 3Contact your sales representative about availability.
| E1000 SSU-D Ultra-Dense 4U106 Enclosure1,2 | 16TB |
|---|---|
| HPE SKU(s) | R6Q54A |
| Dimensions | 176.4mm x 441mm x 1139mm (H x W x D) |
| Weight | 137.2 kg | 303.2 lbs. |
| AC Power Input | 200-240VAC |
| AC Power Input Frequency | 50-60Hz |
| Typical Power | 1242W | 1.380kVA |
| Max Power | 1728W | 1.920kVA |
| Power Cables | Two 3m C19/C20 |
| Operating Temperature | 5°C to 35°C | 41°F to 95°F - derate 1°C for every 300m above 900m |
| Shipping Temperature | –40°C to +70°C | –40°F to +158°F |
| Operating Altitude | -200-10,000ft | -61m-3,000m |
| Shipping Altitude | -200-40,000ft | -61m-12,192m |
| Operating Humidity | 10% to 80% noncondensing |
| Non-operating Humidity | 5% to 100% noncondensing |
| Operating Vibration | 0.18 Grms, 5-500Hz, 30 min per axis |
| Non-operating Vibration | 0.54 Gs rms (in Z) 0.25 Grms (in X & Y), 6-200Hz |
| Operating Shock | 3 G, 11ms (per axis) |
| Non-operating Shock | 15 G, 7ms, 10 shock pulse |
| Maximum Exhaust Air Flow (CFM) | 152 |
| Thermal (BTU) | 5821 |
| Cable Management Arm (CMA) | Included and required for serviceability. CMA will consume up to 1.5m of cable length for all cables connected. |
Notes:
− 1Hewlett Packard Enterprise has not tested or validated the E1000 SSU-D Ultra-Dense 4U106 Enclosure with any third-party racks. Before installing the E1000 SSU-D Ultra-Dense 4U106 Enclosure in a third-party rack, be sure to properly scope the limitations of the rack. Before proceeding with the installation, consider the following:
- o You must fully understand the static and dynamic load carrying capacity of the rack and be sure that it can accommodate the weight of the E1000 SSU-D Ultra-Dense 4U106 enclosure.
- o Be sure sufficient clearance exists for cabling, installation and removal of PDUs, installation and removal the enclosure and enclosure FRUs, actuation of the rack doors and full articulation of the drive drawers.
− 2Must utilize HPE optical SAS cables to connected to R4M27A, R7K93A or R7K89A.
− 3Contact your sales representative about availability.
| E1000 SSU-D Ultra-Dense 4U106 Enclosure1,2 | 20TB | 24TB |
|---|---|---|
| HPE SKU(s) | R4M22A | S1H97A |
| Dimensions | 176.4mm x 441mm x 1139mm (H x W x D) | |
| Weight | 137.2 kg | 303.2 lbs. | |
| AC Power Input | 200-240VAC | |
| AC Power Input Frequency | 50-60Hz | |
| Typical Power | 1213W | 1.348kVA | 1358W| 1.509kVA |
| Max Power | 1685W | 1.873kVA | 1685W | 1.873kVA |
| Power Cables | Two m C19/C20 | |
| Operating Temperature | 5°C to 35°C | 41°F to 95°F - derate 1°C for every 300m above 900m | |
| Shipping Temperature | –40°C to +70°C | –40°F to +158°F | |
| Operating Altitude | -200-10,000ft | -61m-3,000m | |
| Shipping Altitude | -200-40,000ft | -61m-12,192m | |
| Operating Humidity | 10% to 80% noncondensing | |
| Non-operating Humidity | 5% to 100% noncondensing | |
| Operating Vibration | 0.18 Grms, 5-500Hz, 30 min per axis | |
| Non-operating Vibration | 0.54 Gs rms (in Z) 0.25 Grms (in X & Y), 6-200Hz | |
| Operating Shock | 3 G, 11ms (per axis) | |
| Non-operating Shock | 15 G, 7ms, 10 shock pulse | |
| Maximum Exhaust Air Flow (CFM) | 150 | 150 |
| Thermal (BTU) | 5749 | 5749 |
| Cable Management Arm (CMA) | Included and required for serviceability. CMA will consume up to 1.5m of cable length for all cables connected. | |
Notes:
− 1Hewlett Packard Enterprise has not tested or validated the E1000 SSU-D Ultra-Dense 4U106 Enclosure with any third-party racks. Before installing the E1000 SSU-D Ultra-Dense 4U106 Enclosure in a third-party rack, be sure to properly scope the limitations of the rack. Before proceeding with the installation, consider the following:
- o You must fully understand the static and dynamic load carrying capacity of the rack and be sure that it can accommodate the weight of the E1000 SSU-D Ultra-Dense 4U106 enclosure.
- o Be sure sufficient clearance exists for cabling, installation and removal of PDUs, installation and removal the enclosure and enclosure FRUs, actuation of the rack doors and full articulation of the drive drawers.
− 2 Must utilize HPE optical SAS cables to connected to R4M27A, R7K93A or R7K89A.
− 3Contact your sales representative about availability.
| E1000 SSU-M High-Density 5U84 Enclosure2,3 | 4TB | 8TB |
|---|---|---|
| HPE Cray Supercomputing Storage Systems SAS 12G 5U 84-disk LFF Drive Enclosure | R6Q55A | |
| HPE HDD Bundle SKU1 | R6Q49A | R6Q55A |
| Dimensions | 220mm x 483mm x 933mm (H x W x D) | |
| Weight | 129.3 kg | 285.8 lbs. | 135 kg | 298 lbs. |
| AC Power Input | 200-240VAC | |
| AC Power Input Frequency | 50-60Hz | |
| Typical Power | 1222W | 1.358kVA | 1338 W | 1.487kVA |
| Max Power | 1691W / 1.879kVA | 1857W | 2.063kVA |
| Power Cables | Two 1m C19/C20 | |
| Operating Temperature | 5°C to 35°C (41°F to 95°F) derate 1°C for every 300m above 900m | |
| Shipping Temperature | –40°C to +70°C | –40°F to +158°F | |
| Operating Altitude | -200-10,000ft | -61m-3,000m | |
| Shipping Altitude | -200-40,000ft | -61m-12,192m | |
| Operating Humidity | 10% to 80% noncondensing | |
| Non-operating Humidity | 5% to 100% noncondensing | |
| Operating Vibration | 0.21 Grms, 5-500Hz | |
| Non-operating Vibration | 1.04 Grms, 2-200Hz | |
| Operating Shock | 5 G, 10ms, half sine | |
| Non-operating Shock | 20 G, 10ms, half sine | |
| Maximum Exhaust Air Flow (CFM) | 150 | 165 |
| Thermal (BTU) | 5769 | 6337 |
Notes:
− 1 Must order quantity two with each R6Q55A
− 2Hewlett Packard Enterprise has not tested or validated the E1000 SSU-M High-Density 5U84 Enclosure with any third-party racks. Before installing the E1000 SSU-M High-Density 5U84 Enclosure in a third-party rack, be sure to properly scope the limitations of the rack. Before proceeding with the installation, consider the following:
- o You must fully understand the static and dynamic load carrying capacity of the rack and be sure that it can accommodate the weight of the E1000 SSU-M High-Density 5U84 enclosure.
- o Be sure sufficient clearance exists for cabling, installation and removal of PDUs, installation and removal the enclosure and enclosure FRUs, actuation of the rack doors and full articulation of the drive drawers.
− 3 Must utilize HPE optical SAS cables to connected to R4M27A, R7K93A or R7K89A.
− 4Contact your sales representative about availability
| E1000 SSU-M High-Density 5U84 Enclosure2,3 | 12TB | 16TB SED | 24TB SED |
|---|---|---|---|
| HPE Cray Supercomputing Storage Systems SAS 12G 5U 84-disk LFF Drive Enclosure | R6Q55A | | |
| HPE HDD Bundle SKU1 | S6L04A | R6Q51A | S1H94A |
| Dimensions | 176.4mm x 441mm x 1139mm (H x W x D) | | |
| Weight | 131 kg | 289.5 lbs. | | |
| AC Power Input | 200-240VAC | | |
| AC Power Input Frequency | 50-60Hz | | |
| Typical Power | 1151W | 1.279kVA | 1163W / 1.292kVA | 1254W / 1.394kVA |
| Max Power | 1590W | 1.767kVA | 1607W / 1.786kVA | 1573W / 1.748kVA |
| Power Cables | Two 1m C19/C20 | | |
| Operating Temperature | 5°C to 35°C | 41°F to 95°F - derate 1°C for every 300m above 900m, 20°C/hr max rate of change | ||
| Shipping Temperature | –40°C to +70°C | –40°F to +158°F | | |
| Operating Altitude | -200-10,000ft | -61m-3,000m | | |
| Shipping Altitude | -200-40,000ft | -61m-12,192m | | |
| Operating Humidity | 10% to 80% noncondensing | | |
| Non-operating Humidity | 5% to 100% noncondensing | | |
| Operating Vibration | 0.21 Grms, 5-500Hz | | |
| Non-operating Vibration | 1.04 Grms, 2-200Hz | | |
| Operating Shock | 5 G, 10ms, half sine | | |
| Non-operating Shock | 20 G, 10ms, half sine | | |
| Maximum Exhaust Air Flow (CFM) | 142 | 143 | 140 |
| Thermal (BTU) | 5425 | 5483 | 5368 |
Notes:
− 1 Must order quantity two with each R6Q55A
− 2Hewlett Packard Enterprise has not tested or validated the E1000 SSU-M High-Density 5U84 Enclosure with any third-party racks. Before installing the E1000 SSU-M High-Density 5U84 Enclosure in a third-party rack, be sure to properly scope the limitations of the rack. Before proceeding with the installation, consider the following:
- o You must fully understand the static and dynamic load carrying capacity of the rack and be sure that it can accommodate the weight of the E1000 SSU-M High-Density 5U84 enclosure.
- o Be sure sufficient clearance exists for cabling, installation and removal of PDUs, installation and removal the enclosure and enclosure FRUs, actuation of the rack doors and full articulation of the drive drawers.
− 3 Must utilize HPE optical SAS cables to connected to R4M27A, R7K93A or R7K89A.
− 4 Contact your sales representative about availability
| SKU Number | S3J02A | |
|---|---|---|
| Model Name | HPE Cray Supercomputing Storage Systems Data Services Mover Node | |
| Processor | EPYC 9124 (16-Core, 3.0 GHz, 200W) | |
| Number of Processors | One processor | |
| Memory | 32 GB RDIMM SR 1Rx4 4800 MT/s (1x 32 GB) | |
| Network Controller | HPE 1GbE 4-port Base-T OCP3 Adapter plus the choice of 1 or 2 PCIe cards for Lustre and (NFS, SMB, S3) Networks | |
| Internal Storage | 2x 480GB SATA M.2 | |
| PCI-Express Slots | 1 PCIe x16 Primary Riser 1 PCIe x16 Secondary Reiser | |
| Power Supply | 2x 1000W HPE FlexSlot Power Supply | |
| Fans | 7- standard fans | |
| Management | Default: HPE iLO Standard with Intelligent Provisioning, HPE OneView Standard (requires download) | |
| Energy Star | 3.0 certified | |
| Form Factor | 1U Rack | |
| Warranty | 3-year parts, 3-year labor, 3-year onsite support with next business day response. | |
| Dimensions | | |
| 8SFF chassis | 4.29 X 43.46 X 64.94 cm 1.69 X 17.11 X 25.57 In | |
| Package | 24.2 X 60 X 91.6 cm 9.53 X 23.6 X 36.06 In | |
| Weight Maximum | 8 SFF chassis with 1 processor, 2 power supply, 1 standard heatsink, 12 DIMM, 2 High Speed Network Cards, and 7 standard fans. | 15.54 kg o 34.27 lb |
| | Package | 4.21 kg or 9.281 lb |
| Rated Line Voltage | 100 to 120 VAC 200 to 240 VAC | |
| NFS Protocol Node | | |
|---|---|---|
| SKU Number | S3J03A | |
| Model Name | HPE Cray Supercomputing Storage Systems Data Services NFS Protocol Node | |
| Processor | EPYC 9124 (16-Core, 3.0 GHz, 200W) | |
| Number of Processors | One processor | |
| Memory | 32 GB RDIMM SR 1Rx4 4800 MT/s (1x 32 GB) | |
| Network Controller | HPE 1GbE 4-port Base-T OCP3 Adapter plus the choice of 1 or 2 PCIe cards for Lustre and (NFS, SMB, S3) Networks | |
| Internal Storage | 2x 480GB SATA M.2 | |
| PCI-Express Slots | 1 PCIe x16 Primary Riser 1 PCIe x16 Secondary Reiser | |
| Power Supply | 2x 1000W HPE FlexSlot Power Supply | |
| Fans | 7- standard fans | |
| Management | Default: HPE iLO Standard with Intelligent Provisioning, HPE OneView Standard (requires download) | |
| Energy Star | 3.0 certified | |
| Form Factor | 1U Rack | |
| Warranty | 3-year parts, 3-year labor, 3-year onsite support with next business day response. | |
| Dimensions | | |
| 8SFF chassis | 4.29 X 43.46 X 64.94 cm 1.69 X 17.11 X 25.57 In | |
| Package | 24.2 X 60 X 91.6 cm 9.53 X 23.6 X 36.06 In | |
| Weight Maximum | 8 SFF chassis with 1 processor, 2 power supply, 1 standard heatsink, 12 DIMM, 2 High Speed Network Cards, and 7 standard fans. | 15.54 kg o 34.27 lb |
| | Package | 4.21 kg or 9.281 lb |
| Rated Line Voltage | 100 to 120 VAC 200 to 240 VAC | |
| SMB Protocol Node | | |
|---|---|---|
| SKU Number | S6U22A | |
| Model Name | HPE Cray Supercomputing Storage Systems Data Services SMB Protocol Node | |
| Processor | EPYC 9124 (16-Core, 3.0 GHz, 200W) | |
| Number of Processors | One processor | |
| Memory | 32 GB RDIMM SR 1Rx4 4800 MT/s (1x 32 GB) | |
| Network Controller | HPE 1GbE 4-port Base-T OCP3 Adapter plus the choice of 1 or 2 PCIe cards for Lustre and (NFS, SMB, S3) Networks | |
| Internal Storage | 2x 480GB SATA M.2 | |
| PCI-Express Slots | 1 PCIe x16 Primary Riser 1 PCIe x16 Secondary Reiser | |
| Power Supply | 2x 1000W HPE FlexSlot Power Supply | |
| Fans | 7- standard fans | |
| Management | Default: HPE iLO Standard with Intelligent Provisioning, HPE OneView Standard (requires download) | |
| Energy Star | 3.0 certified | |
| Form Factor | 1U Rack | |
| Warranty | 3-year parts, 3-year labor, 3-year onsite support with next business day response. | |
| Dimensions | | |
| 8SFF chassis | 4.29 X 43.46 X 64.94 cm 1.69 X 17.11 X 25.57 In | |
| Package | 24.2 X 60 X 91.6 cm 9.53 X 23.6 X 36.06 In | |
| Weight Maximum | 8 SFF chassis with 1 processor, 2 power supply, 1 standard heatsink, 12 DIMM, 2 High Speed Network Cards, and 7 standard fans. | 15.54 kg o 34.27 lb |
| | Package | 4.21 kg or 9.281 lb |
| Rated Line Voltage | 100 to 120 VAC 200 to 240 VAC | |
| S3 Protocol Node | | |
|---|---|---|
| SKU Number | S6L02A | |
| Model Name | HPE Cray Supercomputing Storage Systems Data Services S3 Protocol Node | |
| Processor | EPYC 9124 (16-Core, 3.0 GHz, 200W) | |
| Number of Processors | One processor | |
| Memory | 32 GB RDIMM SR 1Rx4 4800 MT/s (1x 32 GB) | |
| Network Controller | HPE 1GbE 4-port Base-T OCP3 Adapter plus the choice of 1 or 2 PCIe cards for Lustre and (NFS, SMB, S3) Networks | |
| Internal Storage | 2x 480GB SATA M.2 | |
| PCI-Express Slots | 1 PCIe x16 Primary Riser 1 PCIe x16 Secondary Reiser | |
| Power Supply | 2x 1000W HPE FlexSlot Power Supply | |
| Fans | 7- standard fans | |
| Management | Default: HPE iLO Standard with Intelligent Provisioning, HPE OneView Standard (requires download) | |
| Energy Star | 3.0 certified | |
| Form Factor | 1U Rack | |
| Warranty | 3-year parts, 3-year labor, 3-year onsite support with next business day response. | |
| Dimensions | | |
| 8SFF chassis | 4.29 X 43.46 X 64.94 cm 1.69 X 17.11 X 25.57 In | |
| Package | 24.2 X 60 X 91.6 cm 9.53 X 23.6 X 36.06 In | |
| Weight Maximum | 8 SFF chassis with 1 processor, 2 power supply, 1 standard heatsink, 12 DIMM, 2 High Speed Network Cards, and 7 standard fans. | 15.54 kg o 34.27 lb |
| | Package | 4.21 kg or 9.281 lb |
| Rated Line Voltage | 100 to 120 VAC 200 to 240 VAC | |
Summary of Changes
| Date | Version History | Action | Description of Change |
|---|---|---|---|
| 16-Feb-2026 | Changed | Rebranding applied to QuickSpecs | |
| 02-Sep-2025 | Changed | Changed drive options and added SMB and S3 protocol node information. | |
| 03-Sep-2024 | Changed | Overview, Standard Features and Technical Specifications sections were updated. | |
| 04-Mar-2024 | Changed | Technical Specifications section was updated | |
| 12-Feb-2024 | Changed | Networking product names were updated. | |
| 05-Feb-2024 | Changed | Standard Features and Technical Specifications sections were updated. | |
| 06-Jun-2022 | Changed | Overview section was updated | |
| 02-May-2022 | Changed | Added new SSU-H configuration. Overview, Standard Features and Technical Specifications sections were updated Minor improvements throughout | |
| 07-Feb-2022 | Changed | Minor improvements throughout Overview, Standard Features and Technical Specifications sections were updated | |
| 17-Jan-2022 | Changed | Minor changes to Overview and Standard Features Updated Technical Specifications section Overview, Standard Features and Technical Specifications sections were updated | |
| 06-Dec-2021 | Changed | Technical Specifications section was updated Minor improvements throughout | |
| 01-Nov-2021 | Changed | Overview, Standard Features, Service and Support and Technical Specifications sections were updated | |
| 02-Aug-2021 | Changed | Minor changes to ClusterStor data services and technical specifications section | |
| 04-May-2021 | Changed | Added ClusterStor software overview Added new SSD capacities Added SSU-M4 Added SSU-M Technical Specifications Overview, Standard Features and Technical Specifications sections were updated | |
| 01-Feb-2021 | Changed | Added 18TB | |
| 07-Dec-2020 | Changed | Overview, Configuration Information and Technical Specifications sections were updated. Added SSU-M building block Added additional technical specifications Updated product pictures | |
| 05-Oct-2020 | Changed | Overview, Standard Features, sections were updated | |
| 14-Sep-2020 | Changed | Standard Features section was updated | |
| 08-Sep-2020 | Changed | Overview and Service and Support sections were updated. Minor improvements/changes | |
| 03-Aug-2020 | Changed | Overview, Standard Features, Service and Support and Technical Specifications sections were updated | |
| | | | Added new HDD and SSD options Minor improvements throughout |
| 06-Jul-2020 | New | New QuickSpecs |
© Copyright 2026 Hewlett Packard Enterprise Development LP. The information contained herein is subject to change without notice. The only warranties for Hewlett Packard Enterprise products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. Hewlett Packard Enterprise shall not be liable for technical or editorial errors or omissions contained herein.
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For hard drives, 1GB = 1 billion bytes. Actual formatted capacity is less.
a00062172enw, 16535 - WorldWide - V21 - 16-February-2026