HPE Enterprise NVMe Solid State Drive - P09769-001 (PM1723B) Product Introduction

Overview

     HPE P09769-001 (disk model: PM1723B) is a top performance NVMe solid-state drive launched by HPE (Hewlett Packard Enterprise). It adopts a PCIe HHHL (half height, half length) add-on card form and directly interacts with the CPU through PCIe 3.0 x4 channels. This model has a capacity of 1.92TB and is designed for extremely demanding read-write hybrid workloads, providing industry-leading low latency, high throughput, and excellent durability, suitable for scenarios such as high-performance computing (HPC), artificial intelligence (AI), and critical business databases.

Core specifications and features

Project Specification Description

Product model HPE P09769-001

Disk model PM1723B

Capacity 1.92TB

Interface protocol NVMe 1.2, PCIe 3.0 x4

Appearance specification HHHL (half height, half length) PCIe add-on card

NAND type 3D TLC NAND

Durability/Durability 10 DWPD (daily full disk write count during 5-year warranty period)

Total 35 PBW (lifetime write volume)

Performance sequential reading: up to 3400 MB/s

Sequential writing: up to 2800 MB/s

Random read: 1100000 IOPS (4K)

Random Write: 400000 IOPS (4K)

Delay reading delay is less than 100 microseconds (typical value)

Power consumption activity power consumption:~18W

Idle power consumption:~5W

Reliability index MTBF: 2.5 million hours

UBER:<1e ⁻¹⁷ (less than 1 read error per 10 ^ 17 bits)

Key feature - Ultimate performance: PCIe direct connection architecture, approaching the theoretical bandwidth limit of PCIe 3.0 x4

-Top durability: 10 DWPD durability, supporting sustained high-intensity writing

-Enterprise level data protection: supports advanced power outage protection (PLP) to ensure data integrity

-HPE factory optimization: deep adaptation to HPE ProLiant/Apollo servers, supporting iLO integrated management

-Low latency design: optimize controller and firmware to achieve microsecond level response

Applicable scenarios

      High performance computing (HPC): scenarios that require high bandwidth and low latency, such as scientific computing, meteorological simulation, and gene sequencing.

Artificial Intelligence and Machine Learning: High speed Data Reading and Writing in AI Training and Reasoning Processes.

     Key business databases: Core storage for databases such as Oracle RAC, SAP HANA, SQL Server, etc.

     Financial trading system: high-frequency trading, real-time risk analysis, and other delay sensitive applications.

     Virtualization and hyper converged infrastructure: providing storage acceleration for high-performance virtual machines (VMs).

Summary of Advantages

    Peak performance: PCIe card form directly avoids the latency overhead of traditional U.2 interfaces, achieving industry-leading IOPS and throughput.

    Ultimate durability: The durability of 10 DWPD far exceeds that of ordinary enterprise grade SSDs, making it suitable for heavy write scenarios.

    Data Security: Complete enterprise level functionality (including power outage protection) ensures zero loss of critical business data.

    Deep integration: As an original component of HPE, it supports seamless     collaboration with management tools such as HPE InfoSight and iLO to achieve predictive maintenance.

     Energy efficiency optimization: While providing top-level performance, maintain reasonable power consumption control.