HPE PCIe Workload Accelerators for ProLiant Servers: технические характеристики и документация

HPE PCIe Workload Accelerators for ProLiant Servers

Could your data center benefit from PCIe workload acceleration based on NAND Flash solid-state storage technology?
HPE PCIe Workload Accelerators for ProLiant ML/DL/SL Servers are PCIe card-based direct-attach solutions offering amazing performance with low latency and enterprise reliability.

PCIe Workload Accelerators HH/HL

What's New

• HPE 6.4TB, 3.2TB, 1.6TB, 1.3TBRead Intensive-2 PCIe Workload Accelerators.

Models

HPE PCIe Workload Accelerator Options

Read Intensive (RI) PCIe Workload Accelerators

HPE 6.4TB Read Intensive-2 FH/HL PCIe Workload Accelerator

831739-B21

HP 6.4TB FH/HL Value Endurance (VE) PCIe Workload Accelerator

763840-B21

HPE 3.2TB Read Intensive-2 HH/HL PCIe Workload Accelerator

831737-B21

HPE 1.6TB Read Intensive-2 HH/HL PCIe Workload Accelerator

831735-B21

HPE 1.3TB Read Intensive-2 HH/HL PCIe Workload Accelerator

831733-B21

HPE 1.2TB Read Intensive Mezzanine PCIe Workload Accelerator for BladeSystem c-Class

794603-B21

Mixed Use (MU) PCIe Workload Accelerators

HPE 5.2TB FH/HL Light Endurance (LE) PCIe Workload Accelerator

775672-B21

HPE 2.6TB HH/HL Light Endurance (LE) PCIe Workload Accelerator

775670-B21

HPE 2.0TB NVMe Mixed Use HH/HL PCIe Workload Accelerator

803204-B21

HPE 1.6TB NVMe Mixed Use HH/HL PCIe Workload Accelerator

803202-B21

HPE 800GB NVMe Mixed Use HH/HL PCIe Workload Accelerator

803200-B21

Write Intensive (WI) PCIe Workload Accelerators

HPE 1.6TB NVMe Write Intensive HH/HL PCIe Workload Accelerator

803197-B21

HPE 800GB NVMe Write Intensive HH/HL PCIe Workload Accelerator

803195-B21

Compatibility

NOTE: Please see the PCIe Workload Accelerator Datasheet for compatibility and OS support

What is a PCIe Workload Accelerator?

The HPE PCIe Workload Accelerators are PCIe card-based, advanced storage devices that use solid state storage technology directly on the PCI bus, assuring high read and write data rates and accelerated application performance. The associated application performance improvements will have a positive impact on business results and the ability to accelerate IO-bound workloads like databases, virtualization and data analytics, resulting in significant cost and time savings.

Single Level Cell and Multilevel Cell

NAND technology uses flash memory cells to store data. Single level Cell (SLC) stores one bit per cell, while Multi-level Cell (MLC) uses two bits per cell. While MLC can store more data within each device, it has lower endurance characteristics than SLC.

IO and Read/Write Performance

HPE PCIe Workload Accelerators offer superior IO and high throughput.

Latency

HPE PCIe Workload Accelerators offer very low latency access to data with virtually zero seek time compared to rotating magnetic media.

RAM Requirements

The amount of free RAM required by the driver depends on the size of the blocks used when writing to the drive. The smaller the blocks, the more RAM required. Here are the guidelines for each 100GB of storage:

AverageBlock Size (bytes)

System RAM usage (Megabytes) per 100GB of storage for Driver version 2.x and 3.x

8,192

280MB

4,096 (most common)

530MB

2,048

1030MB

1,024

2,000MB

512

3,970MB

Manageability

Command Line (CLI) tools for both Linux and Windows to configure, monitor, and upgrade firmware.

RealSSD Manager GUI for Windows and Linux.

PCI IDs

Vendor & Device IDs 1344:5150, 1344:5160, 8086:0953
Subsystem Vendor & Device IDs 1590:D082, 1590:D083, 1590:0097, 1590:D098, 1590:00BB, 1590:00BC, 1590:00BD, 1590:00BE, 1590:00BF

Upgradeability

The controller for the HPE PCIe Workload Accelerators can be upgraded in the future with new firmware. Online firmware update tools are available for all supported operating systems.

Wear-leveling

NAND Flash devices use semiconductor technology that has a finite amount of data that can be written to the device, defined as the Maximum Usage Limit. Projected lifetime of the NAND storage due to wear-out varies with type of NAND and amount of writes to the device.

Maximum usage

HPE Read Intensive (RI) Mezzanine PCIe Workload Accelerators

HPE 1.2TB RI Mezzanine PCIe Wrkld Accelerator

HPE 1.6TB RI Mezzanine PCIe Wrkld Accelerator

1.2 TB

1.6 TB

0.6 Drive Writes/Day

0.6 Drive Writes/Day

1.3 PB written

1.8 PB written

HPE NVMe Mixed Use (MU) PCIe Workload Accelerators

HPE 800GB NVMe MU PCIe Wrkld Accelerator

HPE 1.6TB NVMe MU PCIe Wrkld Accelerator

800 GB

1.6 TB

3 Drive Writes/Day

3 Drive Writes/Day

4.8 PB written

8.8 PB written

HPE 2.0TB NVMe MU PCIe Wrkld Accelerator

2.0 TB

3 Drive Writes/Day

11.0 PB written

HPE NVMe Write Intensive (WI) PCIe Workload Accelerators

HPE 800GB NVMe WI PCIe Wrkld Accelerator

HPE 1.6TB NVMe WI PCIe Wrkld Accelerator

800 GB

1.6 TB

10 Drive Writes/Day

10 Drive Writes/Day

14.6 PB written

29.2 PB written

HPE Read Intensive (RI) PCIe Workload Accelerators

HPE 1.3TB RI-2 HH PCIe Accelerator

HPE 1.6TB RI-2 HH PCIe Accelerator

1.3 TB

1.6 TB

0.6 Drive Writes/Day

0.6 Drive Writes/Day

1.3 PB written

1.8 PB written

HPE 1.3TB VE PCIe Wrkld Accelerator

HPE 1.6TB VE PCIe Wrkld Accelerator

1.3 TB

1.6 TB

0.5 Drive Writes/Day

0.5 Drive Writes/Day

1.1 PB written

1.6 PB written

HPE 3.2TB RI-2 HH PCIe Accelerator

HPE 6.4TB RI-2 FH PCIe Accelerator

3.2 TB

6.4 TB

0.6 Drive Writes/Day

0.6 Drive Writes/Day

3.6 PB written

7.3 PB written

HPE 3.2TB VE PCIe Wrkld Accelerator

HPE 6.4TB VE PCIe Wrkld Accelerator

3.2 TB

6.4 TB

0.5 Drive Writes/Day

0.5 Drive Writes/Day

3.1 PB written

6.3 PB written

HPE Mixed Use (MU) PCIe Workload Accelerators

HPE 700GB ME PCIe Workload Accelerator

HPE 1.0TB LE PCIe Wrkld Accelerator

700 GB

1.0 TB

3.9 Drive Writes/Day

3 Drive Writes/Day

5 PB written

5.5 PB written

HPE 1.3TB ME PCIe Wrkld Accelerator

HPE 1.4TB ME PCIe Workload Accelerator

1.3 TB

1.4TB

3 Drive Writes/Day

3.9 Drive Writes/Day

7 PB written

10 PB written

HPE 1.4TB ME PCIe Workload Accelerator

HPE 2.6 TB ME PCIe Wrkld Accelerator

1.4TB

2.6 TB

3.9 Drive Writes/Day

3 Drive Writes/Day

10 PB written

14 PB written

HPE 5.2 TB ME PCIe Wrkld Accelerator

5.2 TB

3 Drive Writes/Day

28 PB written

HPE Write Intensive (WI) PCIe Workload Accelerators

HPE 350GB HE PCIe Workload Accelerator

HPE 700GB HE PCIe Workload Accelerator

350 GB

700 GB

39 Drive Writes/Day

39 Drive Writes/Day

25 PB written

50 PB written

NOTE: Subject to Maximum Usage Limit - This is the maximum amount of data that can be written to the device before write burn-out. Drive writes per day (DWPD) is the maximum number of 4K host writes to the entire drive capacity per day over a five year period.

Data Integrity

Using advanced ECC techniques, the HPE PCIe Workload Accelerators can correct up to 16 bits out of every 1024 bytes, with a design target of 1 sector in 10 to the 17th Power bits read probability of uncorrectable data.

Product Category

Configurations

Mixing of capacities is allowed, OS RAID

Warranty

3/0/0 warranty; Customer Self Repair (CSR) Subject to maximum usage limitations (Please see note under Additional Services Information).

Service and Support

HPE Technology Services

HPE Technology Services delivers confidence, reduces risk and helps customers realize agility and stability powered by a rich portfolio of consulting and support services designed to add value to our core products and solutions Connect to Hewlett Packard Enterprise to help prevent problems and solve issues faster. Our support technology lets you to tap into the knowledge of millions of devices and thousands of experts to stay informed and in control, anywhere, any time.

Protect your business beyond warranty with HPE Support Services

HPE Support Services offer complete care and support expertise with committed response choices that are designed to meet your IT and business needs.

Recommended Service

Recommended HPE Support Services for optimal satisfaction with your HPE product

Foundation Care 24x7, three-year Support Service 

HPE Foundation Care 24x7 connects you to Hewlett Packard Enterprise 24 hours a day, seven days a week for assistance on resolving issues. Hardware onsite response within four hours if needed; collaborative software included in this Support service provides troubleshooting assistance on industry leading software running on your HPE server.  Simplify your support experience and make Hewlett Packard Enterprise your first call for hardware or software questions.

https://www.hpe.com/h20195/V2/GetDocument.aspx?docname=4AA4-8876ENW&cc=us&lc=en

Related Services

HPE Installation of ProLiant Add On Options Service
This easy-to-buy, easy-to-use HPE Support Services helps ensure that your new HPE hardware or software is installed smoothly, efficiently, and with minimal disruption of your IT and business operations.

HPE Support Center

Personalized online support portal with access to information, tools and experts to support HPE business products. Submit support cases online, chat with Hewlett Packard Enterprise experts, access support resources or collaborate with peers. Learn more http://www.hpe.com/info/hpesc

HPE's Support Center Mobile App allows you to resolve issues yourself or quickly connect to an agent for live support. Now, you can get access to personalized IT support anywhere, anytime.

HPE Insight Remote Support and HPE Support Center are available at no additional cost with a Hewlett Packard Enterprise warranty, HPE Support Service or Hewlett Packard Enterprise contractual support agreement.

NOTE: HPE Support Center Mobile App is subject to local availability

Parts and materials

Hewlett Packard Enterprise will provide HPE-supported replacement parts and materials necessary to maintain the covered hardware product in operating condition, including parts and materials for available and recommended engineering improvements.

Parts and components that have reached their maximum supported lifetime and/or the maximum usage limitations as set forth in the manufacturer's operating manual, product quick-specs, or the technical product data sheet will not be provided, repaired, or replaced as part of these services.

The defective media retention service feature option applies only to Disk or eligible SSD/Flash Drives replaced by Hewlett Packard Enterprise due to malfunction.

For more information

The PCIe Workload Accelerators require the purchase of support services separate from the server’s in order to receive support services beyond warranty.  For a list of PCIe Workload Accelerator support service packs, please visit http://www.hpe.com/info/cpc

HPE Mezzanine PCIe Workload Accelerators

NOTE: Mezz form factor for compatibility only to ProLiant Blades. Random Performance is based on a 4KiB transfer size at a queue of 16 and max performance is shown at various queue depths.

Read Intensive (RI) PCIe Workload Accelerators

HPE 1.6TB Read Intensive Mezzanine PCIe Workload Accelerator for BladeSystem c-Class
794605-B21

Usable Capacity

1.6 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,400 MiB/s,

Writes 1,500 MiB/s

Access Latency (4KiB,Q1)

Reads 117 microseconds

Writes 27 microseconds

IOPS (4KiB,Q16)

Read 83,000 IOPS

Write 83,000 IOPS

Max Random IOPS (4KiB)

Read  190,000 IOPS @ Q64

Write 83,000 IOPS @ Q16

Form factor

Mezz

Bus Interface

-

Power (Nominal)

25W

HPE 1.2TB Read Intensive Mezzanine PCIe Workload Accelerator for BladeSystem c-Class
794603-B21

Usable Capacity

1.2 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,200 MiB/s

Writes 1,300 MiB/s

Access Latency (4KiB,Q1)

Reads 115 microseconds,

Writes 28 microseconds

IOPS (4KiB,Q16)

Read 81,000 IOPS

83,000 Write IOPS

Max Random IOPS (4KiB)

Read 165,000 IOPS @ Q64

Write 83,000 IOPS @ Q16

Form factor

Mezz

Bus Interface

-

Power (Nominal)

25W

HPE NVMe PCIe Workload Accelerators

NOTE: Random Performance is based on a 4KiB transfer size at a queue of 16 and max performance is shown at various queue depths. Please note that the NVMe accelerators ship with both full height and half height brackets included in the box.

Mixed Use (MU) PCIe Workload Accelerators

HPE 2.0TB NVMe Mixed Use HH/HL PCIe Workload Accelerator
803204-B21

Usable Capacity

2.0 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,575 MiB/s

Writes 1,625 MiB/s

Access Latency (4KiB,Q1)

Reads 95 microseconds

Writes 21 microseconds

IOPS (4KiB,Q16)

Read 150,000 IOPS,

Write 64,000 IOPS

Max Random IOPS (4KiB)

Read  465,000 IOPS @ Q128

Write  64,000 IOPS @ Q4

Form factor

Half Height/Half length

Bus Interface

PCIe Gen3 x4

Power (Nominal)

25W

HPE 1.6TB NVMe Mixed Use HH/HL PCIe Workload Accelerator
803202-B21

Usable Capacity

1.6 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,500 MiB/s

Writes 1,400 MiB/s

Access Latency (4KiB,Q1)

Reads 95 microseconds

Writes 21 microseconds

IOPS (4KiB,Q16)

Read 135,000 IOPS

Write 66,000 IOPS

Max Random IOPS (4KiB)

Read 465,000  IOPS @ Q128

Write 66,000 IOPS @ Q4

Form factor

Half Height/Half length

Bus Interface

PCIe Gen3 x4

Power (Nominal)

25W

HPE 800GB NVMe Mixed Use HH/HL PCIe Workload Accelerator
803200-B21

Usable Capacity

800 GB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,450 MiB/s

Writes 880 MiB/s

Access Latency (4KiB,Q1)

Reads 100 microseconds

Writes 22 microseconds

IOPS (4KiB,Q16)

Read 140,000 IOPS

Write 54,000 IOPS

Max Random IOPS (4KiB)

Read  450,000 IOPS @ Q128

Write 54,000 IOPS @ Q4

Form factor

Half Height/Half length

Bus Interface

PCIe Gen3 x4

Power (Nominal)

25W

Write Intensive (WI) PCIe Workload Accelerators

NOTE: Random Performance is based on a 4KiB transfer size at a queue of 16 and max performance is shown at various queue depths.

HPE 1.6TB NVMe Write Intensive HH/HL I1 PCIe Workload Accelerator
803197-B21

Usable Capacity

1.6 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,600 MiB/s

Writes 1,700 MiB/s

Access Latency (4KiB,Q1)

Reads 95 microseconds

Writes 17 microseconds

IOPS (4KiB,Q16)

Read 150,000 IOPS

Write 152,000 IOPS

Max Random IOPS (4KiB)

Read 474,000 IOPS @ Q128

Write 152,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe NVMe x4

Power (Nominal)

25W

Supported Servers

ProLiant, Integrity rx2800 i6, Integrity Superdome 2 i6

HPE 800GB NVMe Write Intensive HH/HL I1 PCIe Workload Accelerator
803195-B21

Usable Capacity

800 GB

Technology

NAND Flash

Max Sequential Throughput

Reads 2,600 MiB/s

Writes 1,700 MiB/s

Access Latency (4KiB,Q1)

Reads 92 microseconds

Writes 22 microseconds

IOPS (4KiB,Q16)

Read 160,000 IOPS

Write 99,000 IOPS

Max Random IOPS (4KiB)

Read 474,000 IOPS @ Q128

Write 99,000 IOPS @ Q4

Form factor

Half Height/Half length

Bus Interface

PCIe NVMe x4

Power (Nominal)

25W

Supported Servers

ProLiant, Integrity rx2800 i6, Integrity Superdome 2 i6

HPE PCIe Workload Accelerators

NOTE: Random Performance is based on a 4KiB transfer size at a queue of 16. Max performance is shown below at various queue depths.

Read Intensive (RI) PCIe Workload Accelerators

HPE 6.4TB Read Intensive-2 FH/HL PCIe Workload Accelerator

831739-B21

Usable Capacity

6.4 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2.1 GiB/s,

Writes 1.6 GiB/s

Access Latency (4KiB,Q1)

Reads  95 microseconds,

Writes 21 microseconds

IOPS (4KiB,Q16)

Read 71,500 IOPS, 

Write 78,500 IOPS

Max Random IOPS (4KiB)

Read 245,000 IOPS @ Q256

Write 78,500 IOPS @ Q16

Form factor

Full Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 6.4TB FH/HL Value Endurance (VE) PCIe Workload Accelerator
763840-B21

Usable Capacity

6.4 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 1.7 GiB/s,

Writes .965 GiB/s

Access Latency (4KiB,Q1)

Reads 400 microseconds,

Writes 45 microseconds

IOPS (4KiB,Q16)

Read 44,000 IOPS

Write 53,000 IOPS

Max Random IOPS (4KiB)

Read 200,000 IOPS @ Q128

Write 86,000 IOPS @ Q16

Form factor

Full Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 3.2TB Read Intensive-2 HH/HL PCIe Workload Accelerator

831737-B21

Usable Capacity

3.2TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2.5 GiB/s,

Writes 1.75 GiB/s

Access Latency (4KiB,Q1)

Reads 100 microseconds

Writes 22 microseconds

IOPS (4KiB,Q16)

Read 86,000 IOPS

Write 115,000 IOPS

Max Random IOPS (4KiB)

Read 245,000 IOPS @ Q256

Write 125,000 IOPS @ Q64

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 3.2TB HH/HL Value Endurance (VE) PCIe Workload Accelerator
763838-B21

Usable Capacity

3.2 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2 GiB/s

Writes .980 GiB/s

Access Latency (4KiB,Q1)

Reads 400 microseconds

Writes 35 microseconds

IOPS (4KiB,Q16)

Read 46,000 IOPS

59,000 Write IOPS

Max Random IOPS (4KiB)

Read 200,000 IOPS @ Q128

Write 86,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 1.6TB Read Intensive-2 HH/HL PCIe Workload Accelerator

831735-B21

Usable Capacity

1.6TB

Technology

NAND Flash

Max Sequential Throughput

Reads   2.55 GiB/s

Writes 1.4 GiB/s

Access Latency (4KiB,Q1)

Reads 95  microseconds

Writes 23 microseconds

IOPS (4KiB,Q16)

Read 98,000 IOPS

Write 112,000 IOPS

Max Random IOPS (4KiB)

Read 205,000 IOPS @ Q256

Write  115,000 IOPS @ Q32

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 1.6TB HH/HL Value Endurance (VE) PCIe Workload Accelerator
763836-B21

Usable Capacity

1.6 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2.6 GiB/s

Writes 1GiB/s

Access Latency (4KiB,Q1)

Reads 110 microseconds

Writes 30 microseconds

IOPS (4KiB,Q16)

Read 68,000 IOPS

Write 62,000 IOPS

Max Random IOPS (4KiB)

Read 190,000 IOPS @ Q64

Write 84,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 1.3TB Read Intensive-2 HH/HL PCIe Workload Accelerator

831733-B21

Usable Capacity

1.3TB

Technology

NAND Flash

Max Sequential Throughput

Reads  2.15 GiB/s

Writes 1.3 GiB/s

Access Latency (4KiB,Q1)

Reads 95 microseconds

Writes 23 microseconds

IOPS (4KiB,Q16)

Read 95,000  IOPS

Write 105,000 IOPS

Max Random IOPS (4KiB)

Read 175,000 IOPS @ Q256

Write 105,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

HPE 1.3TB HH/HL Value Endurance (VE) PCIe Workload Accelerator
763834-B21

Usable Capacity

1.3 TB
NAND Flash

Technology

NAND Flash

Max Sequential Throughput

Reads 2.2 GiB/s

Writes 1.18 GiB/s

Access Latency (4KiB,Q1)

Reads 115 microseconds

Writes 30 microseconds

IOPS (4KiB,Q16)

Read 66,000 IOPS

Write 69,000 IOPS

Max Random IOPS (4KiB)

Read 165,000 IOPS @ Q64

Write 84,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

21W

Mixed Use (MU) PCIe Workload Accelerators

NOTE: Random Performance is based on a 4KiB transfer size at a queue of 16 and max performance is shown at various queue depths.

HPE 5.2TB FH/HL Light Endurance (LE) PCIe Workload Accelerator
775672-B21

Usable Capacity

5.2 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2 GiB/s,

Writes 1.2 GiB/s

Access Latency (4KiB,Q1)

Reads 110 microseconds

Writes 25 microseconds

IOPS (4KiB,Q16)

Read 56,000 IOPS

Write 138,000 IOPS

Max Random IOPS (4KiB)

Read 184,000 IOPS @ Q128

Write 133,000 IOPS @ Q16

Form factor

Full Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

25W, enhanced performance at 35W

HPE 2.6TB HH/HL Light Endurance (LE) PCIe Workload Accelerator
775670-B21

Usable Capacity

2.6 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2.4 GiB/s,

Writes 1.5 GiB/s

Access Latency (4KiB,Q1)

Reads 110 microseconds,

Writes 25 microseconds

IOPS (4KiB,Q16)

Read 69,000 IOPS,

Write 150,000 IOPS

Max Random IOPS (4KiB)

Read 235,000 IOPS @ Q128

Write  168,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

25W, enhanced performance at 35W

HPE 1.3TB HH/HL Light Endurance (LE) PCIe Workload Accelerator
775668-B21

Usable Capacity

1.3 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2.4 GiB/s

Writes 1.4 GiB/s

Access Latency (4KiB,Q1)

Reads 110 microseconds

Writes 25 microseconds

IOPS (4KiB,Q16)

Read 69,000 IOPS

Write 135,000 IOPS

Max Random IOPS (4KiB)

Read 150,000 IOPS @ Q128

Write 143,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

25W

HPE 1.0TB HH/HL Light Endurance (LE) PCIe Workload Accelerator
775666-B21

Usable Capacity

1.0 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 2.2 GiB/s

Writes 1.3 GiB/s

Access Latency (4KiB,Q1)

Reads 110 microseconds

Writes 25 microseconds

IOPS (4KiB,Q16)

Read 67,000 IOPS

Write 130,000 IOPS

Max Random IOPS (4KiB)

Read 135,000 IOPS @ Q128

Write 155,000 IOPS @ Q16

Form factor

Half Height/Half length

Bus Interface

PCIe 2.0 X 8

Power (Nominal)

25W

HPE 1.4TB Mainstream Endurance (ME) PCIe Workload Accelerator
729307-B21

Usable Capacity

1.4 TB

Technology

NAND Flash

Max Sequential Throughput

Reads 3.3 GiB/s

Writes 615 MiB/s

Access Latency (4KiB,Q1)

Reads 130 microseconds

Writes 15 microseconds

IOPS (4KiB,Q16)

Read 120,000 IOPS

Write 99,000 IOPS

Max Random IOPS (4KiB)

Read 760,000 IOPS @ Q256

Write 105,000 IOPS @ Q4

Form factor

Half Height/Half length Low profile PCI Express X8 slot (spec 2.0)

Bus Interface

PCI Express 2.0 x 8

Power (Nominal)

PCI Express x 8 (power spec 2.0)
NOTE: The HPE 1.4TB Mainstream Endurance PCIe Workload Accelerator can draw up to 30W power under peak workloads if power limiting is off. If power limiting is enabled on the 1.4TB drive, the maximum power consumed will be less than 25W.

Operating Temperature

0-50°C (Operational)/-40-55°C (non-operational)/at max TBW -40C-+40C (non-operational)

Supported Driver Version

SP138

HPE 700GB Mainstream Endurance (ME) PCIe Workload Accelerator
729305-B21

Usable Capacity

700 GB

Technology

NAND Flash

Max Sequential Throughput

Reads 3.3 GiB/s

Writes 570 MiB/s

Access Latency (4KiB,Q1)

Reads 110 microsoeconds

Writes 15 microseconds

IOPS (4KiB,Q16)

Read 120,000 IOPS

Write 53,000 IOPS

Max Random IOPS (4KiB)

Read 735,000 IOPS @ Q256

Write 55,000 IOPS @ Q1

Form factor

Half Height/Half length Low profile PCI Express X8 slot (spec 2.0)

Bus Interface

PCI Express 2.0 x 8

Power (Nominal)

PCI Express x 8 (power spec 2.0)

Operating Temperature

0-50°C (Operational)/-40-55°C (non-operational)/at max TBW -40C-+40C (non-operational)

Supported Driver Version

SP138

Write Intensive (WI) PCIe Workload Accelerators

NOTE: Random Performance is based on a 4KiB transfer size at a queue of 16 and max performance is shown at various queue depths.

HPE 700GB High Endurance (HE) PCIe Workload Accelerator
708090-B21

Usable Capacity

700 GB

Technology

NAND Flash

Max Sequential Throughput

Reads 3.2 GiB/s

Writes 1.8 GiB/s

Access Latency (4KiB,Q1)

Reads 100 microseconds

Writes 285 microseconds

IOPS (4KiB,Q16)

Read 160,000 IOPS

Write 49,000 IOPS

Max Random IOPS (4KiB)

Read 775,000 IOPS @ Q256

Write 200,000 IOPS @ Q256

Form factor

Half Height/Half-length Low profile PCI Express X8 slot (spec 2.0)

Bus Interface

PCI Express 2.0 x 8

Power (Nominal)

PCI Express x 8 (power spec 2.0)

Operating Temperature

0-50°C (Operational)/-40-55°C (non-operational)/at max TBW -40C-+40C (non-operational)

Supported Driver Version

SP134 or later

HPE 350GB High Endurance (HE) PCIe Workload Accelerator
708088-B21

Usable Capacity

350 GB

Technology

NAND Flash

Max Sequential Throughput

Reads 3.2 GiB/s

Writes 1.8 GiB/s

Access Latency (4KiB,Q1)

Reads 100 microseconds

Writes 285 microseconds

IOPS (4KiB,Q16)

Read 160,000 IOPS

Write 45,000 IOPS

Max Random IOPS (4KiB)

Read 775,000 IOPS @ Q256

Write 90,000 IOPS @ Q128

Form factor

Half Height/Half length Low profile PCI Express X8 slot (spec 2.0)

Bus Interface

PCI Express 2.0 x 8

Power (Nominal)

PCI Express 2.0 x 8

Operating Temperature

0-50°C (Operational)/-40-55°C (non-operational)/at max TBW -40C - +40C (non-operational)

Supported Driver Version

SP134 or later

Environment-friendly Products and Approach

End-of-life Management and Recycling

Hewlett Packard Enterprise offers end-of-life HPE product return, trade-in, and recycling programs in many geographic areas. For trade-in information, please go to: http://www.hpe.com/info/recycle. To recycle your product, please go to: http://www.hpe.com/info/recycle or contact your nearest Hewlett Packard Enterprise sales office. Products returned to Hewlett Packard Enterprise will be recycled, recovered or disposed of in a responsible manner. The EU WEEE directive (2002/95/EC) requires manufacturers to provide treatment information for each product type for use by treatment facilities. This information (product disassembly instructions) is posted on the Hewlett Packard Enterprise web site at: http://www.hpe.com/info/recycle. These instructions may be used by recyclers and other WEEE treatment facilities as well as Hewlett Packard Enterprise OEM customers who integrate and re-sell HPE equipment.

Date

Version History

Action

Description of Change

14-Aug-2017

From Version 9 to 10

Changed

Service and Support section was updated.

Removed

Obsolete SKUs were deleted:
794605-B21, 775668-B21, 775666-B21.

07-Aug-2017

From Version 8 to 9

Changed

Technical Specifications section was updated.

Removed

Obsolete SKUs were deleted:
763838-B21, 763836-B21, 763834-B21, 729307-B21, 729305-B21, 708090-B21, 708088-B21.

01-Dec-2015

From Version 7 to 8

Changed

Overview, standard features, Service and Support, and Technical Specifications sections were updated.

Added

SKUs added in Overview section: 831739-B21, 831737-B21, 831735-B21, 831733-B21.

12-Jun-2015

From Version 6 to 7

Changed

Information in Technical Specifications updated.

30-Mar-2015

From Version 5 to 6

Changed

Changes made throughout the QuickSpecs

6-Feb-2015

From Version 4 to 5

Changed

Standard Features section was updated.

10-Jun-2014

From Version 3 to 4

Changed

Changes made throughout the QuickSpecs.

30-Sep-2013

From Version 2 to 3

Added

Mainstream Endurance (ME) PCIe Workload Accelerators were added

15-May-2013

From Version 1 to 2

Changed

Made a Note change in the OS Support section.