Specification Sheet

Dell PowerScale All-FlashThe PowerScale All-Flash storage nodes help to accelerate demanding file workloads with extreme
performance and efficiency.
The PowerScale family comprises of scale-out file storage platforms configured with the OneFS operating system. OneFS provides
the intelligence behind the highly scalable, high–performance modular storage solution that can grow with your business. APowerScale OneFS cluster can be built with a flexible choice of storage platforms including all-flash, hybrid and archive nodes.
These solutions provide performance, choice, efficiency, flexibility, scalability, security, and protection for you to store massive
amounts of unstructured data within a cluster.
The PowerScale all-flash nodes co-exist seamlessly in the same cluster with your existing PowerScale or Isilon nodes to drive yourtraditional workloads and even the most modern applications like Generative AI. The PowerScale all-flash storage platforms include:

PowerScale F910
PowerScale F910 is the latest in our nextgeneration all-flash nodes lineup and provides
massive AI-ready performance with the ultimate
capacity in a highly dense 2U configuration.
Each node hosts 24 NVMe SSDs. F910 allows you to scale raw storage from 92 TB to 737 TB per node and up to 186 PB of raw
capacity per cluster. The F910 includes in-line compression and deduplication to maximize efficiency (Energy Star certification
coming soon). The minimum number of PowerScale nodes per cluster is three while the maximum cluster size is 252 nodes. TheF910 is best suited for high-capacity workloads within demanding verticals like media and entertainment, high frequency trading,healthcare and accelerating phases of the AI lifecycle for Generative AI applications.

PowerScale F710
Our next-generation PowerScale F710,
leveraging PowerEdge R660, delivers highperformance and improved density in a 1U
platform with up to 10 all-flash NVMe SSD drives per node. The F710 allows you to scale raw storage from 38 TB to 307 TB per nodeand up to 77 PB of raw capacity per cluster. The F710 includes in-line compression and deduplication, with Energy Star certification
coming soon. The minimum number of PowerScale nodes per cluster is three while the maximum cluster size is 252 nodes. The F710
is best suited for Generative AI and AI workloads, as well as high performing vertical workloads like, media and entertainment,
healthcare and life sciences, high frequency trading, and EDA workloads.

PowerScale F210
PowerScale F210 is also part of our nextgeneration all-NVMe lineup. It delivers significant
performance gains over the previous generation
in a cost-effective 1U form factor with up to 4
NVME all-flash SSD drives per node. The F210 offers a 15TB QLC option and allows you to scale raw storage from 8 TB to 61 TB per
node and up to 15 PB of raw capacity per cluster. It also includes in-line compression and deduplication, with Energy Star certification
coming soon. The minimum number of PowerScale nodes per cluster is three while the maximum cluster size is 252 nodes. The F210
is best suited for customer beginning their AI and Analytics journey, and other high-demanding workloads that require a balance ofperformance and capacity.

PowerScale F900
PowerScale F900 provides great performancewith all-NVMe drives in a cost-effective
configuration to address the storage needs ofdemanding workloads. Each node is 2U in heightand hosts 24 NVMe SSDs. F900 supports TLC orQLC drives for maximum performance. It allows you to scale raw storage from 46 TB to 737 TB per node and up to 186 PB of raw
capacity per cluster. The F900 includes in-line compression and deduplication. The minimum number of PowerScale nodes percluster is three while the maximum cluster size is 252 nodes. The F900 is best suited for media and entertainment 8K, genomics,algorithmic trading, artificial intelligence, machine learning and HPC workloads.

PowerScale F600
PowerScale F600 includes NVMe drives toprovide larger capacity with massive
performance in a cost-effective compact form factor to power demanding workloads. The F600 supports TLC or QLC drives formaximum performance. Each node allows you to scale raw storage capacity from 15.36 TB to 245 TB and up to 60 PB of raw capacity
per cluster. Inline data compression and deduplication is included. The minimum number of PowerScale nodes per cluster is three andthe maximum cluster size is 252 nodes. The F600 comes in two different CPU configurations. The F600 is best suited for M&E studios,
hospitals and financial service organizations that need performance and capacity for demanding workloads.

PowerScale F200
PowerScale F200 delivers the performanceof flash storage in a cost-effective form factor
to address the needs of a wide variety ofworkloads. Each node allows you to scale raw
storage capacity from 3.84 TB to 30.72 TB and up to 7.7 PB of raw capacity per cluster. The F200 includes in-line compression anddeduplication. The minimum number of PowerScale nodes per cluster is three while the maximum cluster size is 252 nodes. The F200
is best suited for remote offices, small M&E workloads, small hospitals, retail outlets, IoT, factory floor and other similar deploymentscenarios.

PowerScale F910 All-NVMe Specifications
F900 ATTRIBUTES &OPTIONS
Raw node capacity
NVMe SSD drives (2.5")
per node
Self-Encrypting Drives(SED)
Operating system
ECC memory (per node)

7.68 TB SSD

15.36 TB SSD

30.7 TB SSD

92 TB

184 TB

368 TB

737 TB24
Yes (requires OneFS 9.8)
PowerScale OneFS 9.8 or later
512 GB

Front-end networking (per node)

Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections

Infrastructure networking (pernode)

Dual port 100G NIC supporting 40G or 100G connections (QSFP+/QSFP28)

Max Power Consumption @200~240V (per node)1
Typical thermal rating

1

3.84 TB SSD

877 Watts (@25°C), 913 Watts (@35°C)
2992 BTU/hr (@25°C), 3115 BTU/hr (@35°C)

Values at <25° C are reflective of more steady state maximum values during normal operations

PowerScale F710 All-NVMe Specifications
F710 ATTRIBUTES &OPTIONS
Raw node capacity

3.84 TB SSD

7.68 TB SSD

15.36 TB SSD

30.72 TB SSD

38 TB

77 TB

154 TB

307 TB

NVMe SSD drives (2.5") pernode10

Self-Encrypting Drive (SED)

Yes (requires OneFS 9.7)

Operating system

Yes (requires OneFS 9.7)

ECC memory (per node)
Front-end networking (per node)
Infrastructure networking (pernode)

512 GB
Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections
Dual port 100G NIC supporting 40G or 100G connections (QSFP+/QSFP28)

Max Power Consumption @200~240V (per node)1769 Watts (@25°C), 887 Watts (@35°C)

Typical thermal rating

2622 BTU/hr (@25°C), 3025 BTU/hr (@35°C)

1Values at <25° C are reflective of more steady state maximum values during normal operation

PowerScale F210 All-NVMe Specifications
F210 ATTRIBUTES & OPTIONS
Raw node capacity

1.92 TB SSD

3.84 TB SSD

7.68 TB SSD

15.36 TB SSD

7.7 TB

15 TB

31 TB

61 TB

SSD drives (2.5") per node4

Self-Encrypting drive (SED SSD) FIPS 140-2
compliant option

Yes (requires OneFS 9.7)

Operating system

Yes (requires OneFS 9.7)

ECC memory (per node)
Front-end networking (per node)
Infrastructure networking (per node)
Max Power Consumption @ 200~240V (per node)1
Typical thermal rating

128 GB
Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections
Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections (QSFP+/QSFP28)
286 Watts (@25°C), 309 Watts (@35°C)
975 BTU/hr (@25°C), 1054 BTU/hr (@35°C)

Values at <25° C are reflective of more steady state maximum values during normal operation

PowerScale F900 All-NVMe Specifications
F900 ATTRIBUTES &OPTIONS
Raw node capacity

1.92 TB SSD

3.84 TB SSD

7.68 TB SSD

15.36 TB SSD(TLC, QLC)

30.7 TB SSD
(QLC)

46 TB

92 TB

184 TB

368 TB

737 TB

NVMe SSD drives (2.5")
per node
Self-Encrypting Drives(SED)

24
Yes (requires OneFS 9.3); QLC SED drives require OneFS 9.4.0.8

Operating system

PowerScale OneFS 9.2 or later; QLC drives require OneFS 9.4

ECC memory (per node)

736 GB

Front-end networking (per node)

Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections

Infrastructure networking (pernode)

2 InfiniBand connections with QDR links or Dual port 100G NIC supporting 40G or 100G connections(QSFP+/QSFP28)

Max Power Consumption @200~240V (per node)1816 Watts (@25C), 921 Watts (35C)

Typical thermal rating

2783 BTU/hr (@25°C), 3141 BTU/hr (@35°C)

1Values at <25° C are reflective of more steady state maximum values during normal operations

PowerScale F600 All-NVMe Specifications
F600 ATTRIBUTES &OPTIONS
Raw node capacity

3.84 TB SSD

7.68 TB SSD

15.36 TB SSD(TLC, QLC)

15.36 TB

30.72 TB

61.44 TB

122 TB

NVMe SSD drives (2.5") pernode8

Self-Encrypting Drive (SED)

Yes (requires OneFS 9.3); QLC SED drives require OneFS 9.4.0.8

Operating system
ECC memory (per node)
Front-end networking (per node)
Infrastructure networking (pernode)

Max Power Consumption @200~240V (per node)1
Typical thermal rating1

1.92 TB SSD

30.7 TB SSD(QLC)
245 TB

PowerScale OneFS 9.0 or later; QLC drives require OneFS 9.4128, 192, 384 or 736 GB
Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28) orDual port 100G NIC supporting 40G or 100G connections (QSFP+/QSFP28)
2 InfiniBand connections with QDR links or Dual port 100G NIC supporting 40G or 100G connections(QSFP+/QSFP28)
615 Watts (@25°C), 693 Watts (@35°C)
2097 BTU/hr (@25°C), 2363 BTU/hr (@35°C)

Values at <25° C are reflective of more steady state maximum values during normal operation

PowerScale F200 All-Flash Specifications
F200 ATTRIBUTES & OPTIONS
Raw node capacity

960 GB SSD

1.92 TB SSD

3.84 TB SSD

7.68 TB SSD

3.84 TB

7.68 TB

15.36 TB

30.72 TB

SSD drives (2.5") per node4

Self-Encrypting drive (SED SSD) FIPS 140-2
compliant option

Yes

Operating system

PowerScale OneFS 9.0 or later

ECC memory (per node)48 GB or 96 GB

Front-end networking (per node)

Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections (QSFP+/QSFP28)

Infrastructure networking (per node)

Dual port 25G NIC supporting 10G or 25G connections (SFP+/SFP28)
Dual port 100G NIC supporting 40G or 100G connections (QSFP+/QSFP28) requires OneFS 9.5or later

Max Power Consumption @ 200~240V (per node)1

165 Watts (@25°C), 178 Watts(@35°C)

Typical thermal rating

563 BTU/hr (@25°C), 607 BTU/hr (@35°C)

Values at <25° C are reflective of more steady state maximum values during normal operation

CLUSTER ATTRIBUTES

Number of nodes

Raw cluster capacity

Rack units

F910

3 to 252

276 TB 186 PB

3 to 252

F710

3 to 252

115 TB 77 PB

3 to 252

F2103 to 252

23 TB to 15 PB

3 to 252

F900

3 to 252

138 TB to 186 PB

6 to 504

F600

3 to 252

46TB to 60 PB

3 to 252

F200

3 to 252

11.4TB to 7.7 PB

3 to 252

PowerScale Attributes
PRODUCT ATTRIBUTES

Scale-out architecture

Distributed fully symmetric clustered architecture that combines modular storage with OneFS operating
system in a single volume, single namespace, and single filesystem.

Modular design

1U or 2U rack mountable PowerScale with 3 nodes minimum.
Four self-contained Isilon nodes include server, software, HDDs and SSDs in a 4U rack-mountablechassis. All nodes can be integrated into existing PowerScale and Isilon clusters with backend Ethernet
or InfiniBand connectivity,

Scalability

A cluster can scale up to 252 nodes. The minimum number of all-flash nodes per cluster is three forPowerScale and four for Isilon. Add nodes to scale performance and capacity. A single cluster candeliver up to 186PB raw capacity.

High availability

No-single-point-of-failure. Self-healing design protects against disk or node failure; includes back-end
intra-cluster failover.

Operating system

PowerScale OneFS distributed file system creates a cluster with a single file system and single global
namespace. It is fully journaled, fully distributed, and has a globally coherent write/read cache.

PRODUCT ATTRIBUTES

Data protection

FlexProtect file-level striping with support for N+1 through N+4 and mirroring data protection schemes.

NDMP Backup

Supports two-way NDMP backups for effective data protection.

Data retention

SmartLock policy-based retention and protection against accidental deletion.

Security

File system audit capability and STIG hardening to improve security and control of your storage
infrastructure and address regulatory compliance requirements. PowerScale Cyber Protection poweredby Superna Ransomware Defender can be included.

Efficiency

SmartDedupe data deduplication option, which can reduce storage requirements by up to 35 percent.
Inline data reduction and compression.

Automated storage tiering

Policy-based automated tiering options including SmartPools and CloudPools software to optimize
storage resources and lower costs.

Network protocol support

NFSv3, NFSv4, NFSoRDMA, NFS Kerberized sessions (UDP or TCP), SMB1 (CIFS), SMB2, SMB3,SMB3-CA,
Multichannel, HTTP, FTP, NDMP, SNMP, LDAP, HDFS, S3, ADS, NIS reads/writes.

Data replication

SyncIQ fast and flexible one-to-many file-based asynchronous replication between clusters. SmartSync
provides efficient file to file and file to object data movement.

ENVIRONMENTAL SPECIFICATIONS – POWER
Power factor is a measure of how effectively you are using electricity. The power factor of an AC electrical power system is defined as the ratio of
the real power absorbed by the load to the apparent power flowing in the circuit and is a dimensionless number in the closed interval of −1 to 1. A
power factor of less than one indicates the voltage and current are not in phase, reducing the instantaneous product of the two.
For max power consumption information during unexpected environmental conditions, please refer to the “Site Preparation and Planning Guide”.
POWER SUPPLY: Key Specifications and Efficiency for PowerScale F200, F210, F600, F710, F900, and F910

Attribute

F200 and F600

F710 and F210

F900

F910

Class

Platinum

Platinum

Platinum

PlatinumFrequency

50/60 Hz50/60 Hz50/60 Hz50/60 Hz

Voltage100-240V, 10 A – 5 A100-240V, F210: 9.2 A –4.7A, F710: 12 A – 8A

100-240V, 12 A – 6.5 A

100-240V, 12 A – 8A

Operating Environment: 10°C to 35°C (50°F to 95°F) with no direct sunlight on the equipment
For additional information about environmental measurements for specific system configurations, see Dell.com/environmental_datasheets

OPERATING ENVIRONMENTDIMENSIONS / WEIGHT:
The following specifications apply to F910:•
Height: 86.8 mm (3.41 inches)•Width: 482 mm (18.97 inches)•Depth: 772.13 mm (30.39 inches) with bezel•
Weight: 72.2 lbs. (32.75 kg)Compliant with ASHRAE A3 data center
environment guidelines

The following specifications apply to F210 and F710•
Height: 42.8mm (1.68”)•
Width: 482mm (18.97")•
Depth: 822.88mm (32.39”) with bezel•
Weight: F210 - 44.8 lbs (20.3 kg), F710 - 49.6 lbs (22.5 kg)
The following specifications apply to F900:•
Height: 86.8mm (3.42”)•
Width: 434mm (17.08")•
Depth: 737.5mm (29.04”) (end of the power supply latches)•
Weight: 61.95 lbs. (28.1 kg)
The following specifications apply to F200 and F600•
Height: 42.8mm (1.68”)•Width: 434mm (17.08")•Depth: 808.5mm (31.83”) (end of the power supply latches)•Weight: 48.28 lbs (21.9 kg)
Front: 40” (88.9 cm), rear: 42”(106.7 cm)

MINIMUM SERVICE CLEARANCES

Safety and EMI ComplianceStatement of ComplianceThis Information Technology Equipment is compliant with the electromagnetic compatibility and product safety regulations/standards
required by the countries in which the product is sold. Compliance is based on FCC part 15, CISPR22/CISPR24 andEN55022/EN55024 standards, including applicable international variations. Compliant Class A products are marketed for use inbusiness, industrial, and commercial environments. Product Safety compliance is based on IEC 60950-1 and EN 60951-1
standards, including applicable national deviations.
This Information Technology Equipment is in compliance with EU RoHS Directive 2011/65/EU.
The individual devices used in this product are approved under a unique regulatory model identifier that is affixed to each individual
device rating label, which may differ from any marketing or product family name in this datasheet.
PowerScale F200, F600, and F900 nodes are Energy Star compliant, with certification for the F210, F710 and F910 coming soon.

For additional information see http://support.dell.com under the Safety & EMI Compliance Information tab.

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