803199-002 HPE 1.6TB PCI-E x4 MU HH Card SSD

Main Information about the HPE 803199-002

The 803199-002 HPE 1.6TB PCI Express NVMe Light Endurance HH-HL Card Solid State Drive is a high-performance enterprise storage device designed to accelerate workloads and ensure faster data access. Built with advanced NVMe architecture, this solid state drive provides excellent speed, scalability, and reliability for mission-critical environments.

General Specifications

• Manufacturer: HPE (Hewlett Packard Enterprise)
• Part Number / SKU: 803199-002
• Device Type: Solid State Drive
• Form Factor: HH-HL Card
• Storage Capacity: 1.6TB
• Interface: PCI Express NVMe
• Endurance Class: Light Endurance

Performance and Reliability

The HPE 803199-002 SSD is engineered to deliver:

• High-speed read and write operations powered by NVMe technology.
• Low latency for applications requiring quick data retrieval.
• Durability with light endurance for read-intensive workloads.
• Enhanced scalability across enterprise-level infrastructure.

Advantages of PCI Express NVMe Interface

The adoption of PCIe NVMe protocol allows:

• Significant improvement in IOPS compared to SATA or SAS SSDs.
• Reduced bottlenecks with direct connection to the CPU.
• Higher throughput for modern data centers and virtualization environments.

Use Cases for the HPE 803199-002

• Data-intensive enterprise applications.
• Cloud and virtualization storage environments.
• Business intelligence and analytics platforms.
• Databases requiring consistent high performance.

Design and Compatibility

This HPE solid state drive comes in a Half-Height, Half-Length (HH-HL) form factor, ensuring compatibility with a wide range of HPE ProLiant servers and storage arrays. It is optimized for environments where performance, efficiency, and capacity are crucial.

Physical Attributes

• Compact HH-HL card design for server integration.
• Energy-efficient operation reducing total cost of ownership.
• Robust design ensuring consistent uptime and data protection.

Benefits of Choosing HPE 803199-002 SSD

• Trusted quality from Hewlett Packard Enterprise.
• Optimized storage for enterprise workloads.
• Boosts server responsiveness and application speed.
• Reliable performance with advanced NVMe technology.

Key Highlights

• 1.6TB storage capacity for enterprise applications.
• PCI Express NVMe for enhanced performance.
• Light endurance suitable for read-heavy workloads.
• Half-Height, Half-Length card design for versatile deployment.

Key attributes and technical summary

When evaluating this product category, focus on the primary technical differentiators that make the 803199-002 suitable for caching, boot, content delivery, and read-heavy database workloads:

• Capacity: 1.6TB usable density in a single HH-HL card footprint.
• Interface: PCI Express (NVMe protocol) — ultra-low latency, high IOPS potential.
• Endurance class: Light Endurance — designed for many read-centric tasks and moderate write cycles.
• Form factor: HH-HL add-in card (saves drive bays, ideal for certain server models).
• Use cases: OS boot volumes, cache tiers, CDN edge servers, analytics where reads dominate.

Performance characteristics: throughput, latency and IOPS

NVMe over PCIe transforms raw flash potential into practical performance. For this HPE NVMe card category, expect the following performance advantages compared with SATA and SAS SSDs:

• Lower latency: NVMe's streamlined command set reduces queue latency and improves application response time.
• Higher IOPS: Parallelism across NVMe namespaces leverages NAND concurrency for vastly higher random I/O rates.
• Throughput scalability: PCIe lanes allow sequential bandwidth that benefits large-block reads and writes.

While exact IOPS and throughput values vary by server platform, firmware revision, and workload profile, this category is selected when architects need predictable read performance and fast transactional response from an AIC (add-in card).

Endurance and reliability explained

"Light Endurance" refers to the drive's write endurance rating relative to higher-endurance enterprise SSDs. It means the product is optimized to provide a cost-effective balance between durability and capacity for environments with lower write intensity. Understanding endurance helps IT teams plan lifecycle, warranty expectations, and replacement strategies.

Reliability features and data integrity

HPE and OEM firmware for NVMe add-in cards typically include advanced reliability mechanisms:

• Power-loss protection and capacitive backup mechanisms for in-flight data (implementation-dependent).
• S.M.A.R.T. telemetry and health reporting for predictive replacement and capacity planning.
• End-to-end data path protection to reduce the risk of silent data corruption.
• Wear-leveling and error correction (ECC) algorithms to extend usable life and maintain performance.

Form factor and compatibility — HH-HL advantages

The HH-HL (half-height, half-length) add-in card format is compact and server-friendly. It allows administrators to add NVMe acceleration without consuming drive bays, offering flexibility in dense compute racks and blade or rack-mounted servers.

Compatibility considerations

• Verify server PCIe slot support (x4/x8/x16) and BIOS/UEFI NVMe compatibility before procurement.
• Check HPE server QuickSpecs and platform matrices for validated firmware and drive support lists.
• Confirm thermal and airflow requirements — HH-HL cards may require specific cooling to sustain peak performance.

Benefits of AIC deployment vs. U.2 or M.2

Compared with U.2 or M.2 SSDs, HH-HL NVMe cards offer:

• Easy installation into available PCIe slots without occupying hot-swap drive bays.
• Often improved heat sinks and card-level thermal solutions for stable throttling behavior.
• Potential for higher power headroom enabling better steady-state throughput in some designs.

Typical enterprise and service provider use cases

The 803199-002 HPE 1.6TB NVMe Light Endurance card category finds traction in a variety of production scenarios. Highlighted use cases include:

Caching and tiering

Deploy as a high-speed cache layer in front of HDD or lower-cost SSD tiers. Its low latency and strong read characteristics accelerate:

• Database read operations (OLAP queries, analytics scans)
• Web server content delivery, accelerating static assets
• Virtual desktop infrastructure (VDI) boot storms where reads spike

Boot and OS volumes

Use compact NVMe cards for operating system and hypervisor boot volumes. Benefits include faster boot times and rapid OS updates, and because the endurance is tuned for light write activity, boot/OS workloads are a natural fit.

Edge and CDN appliances

Edge nodes and CDN cache servers benefit from NVMe HH-HL cards to reduce latency for geographically distributed users while keeping procurement costs reasonable for large fleet rollouts.

Procurement, lifecycle and cost optimization

When planning purchases and inventory for this NVMe category, balance purchase price, expected lifespan, and replacement cadence. Light-endurance cards are generally more cost-effective per gigabyte than ultra-endurance enterprise SSDs.

Buying considerations

• Buy validated SKUs for specific HPE server models to simplify warranty support and compatibility.
• Purchase spare units and maintain an inventory for rapid replacement in production sites.
• Compare TCO across capacity tiers—sometimes multiple smaller cards offer better performance isolation than a single large drive.

Warranty and RMA

Verify warranty terms and RMA procedures. HPE-branded or HPE-qualified cards commonly include manufacturer support channels and may be covered under broader server support contracts—this can reduce downtime and administrative overhead.

Light Endurance vs. Mixed/High Endurance NVMe

• Light Endurance: Cost-optimized for read-heavy tasks; lower DWPD (drive writes per day) rating.
• Mixed Endurance: Broader suitability for both reads and moderate writes; mid-level pricing.
• High Endurance: Best for write-intensive databases, logging, and heavy transactional systems—higher price, higher DWPD.

NVMe AIC vs. U.2 NVMe SSDs

AICs save drive bays and may offer different thermal envelopes. U.2 devices are hot-swappable and fit into storage backplanes— which can be preferable for large-scale storage arrays and typical SAN/NAS topologies.

Final selection checklist

Before final procurement or deployment, ensure each of the following items is validated:

• Workload I/O profile aligns with light-endurance class.
• Server and BIOS/UEFI are NVMe-compatible and presented as a bootable device if needed.
• Thermal and power requirements are satisfied by the target chassis.
• Firmware is current and listed on HPE support matrices
• Monitoring and replacement processes are in place to manage lifecycle and RMA.

Related categories and cross-sell opportunities

When stocking or recommending this NVMe category, consider associated products that complement deployments:

• HPE server platform models validated for NVMe AICs
• PCIe riser cards and thermal baffles
• Spare NVMe cards and extended warranty plans
• Storage management software and backup/replication licensing

Closing technical reminder

The 803199-002 HPE 1.6TB PCIe NVMe Light Endurance HH-HL Card is a targeted solution for organizations seeking high read-performance, compact form factor, and cost-efficient flash capacity. Selecting the right endurance class and validating platform compatibility are essential to realizing predictable performance and maximizing return on investment.