HPE 800GB NVMe MO000800KXBPE Gen4 0 Hrs MU SFF BC U.3 CM6 w/Tray SSD

HPE MO000800KXBPE 800GB NVMe Gen4 SSD

The HPE MO000800KXBPE is an enterprise-grade solid-state drive engineered for modern data centres, high-performance servers, and mission-critical storage arrays. Built to the NVMe Gen4 specification and supplied in a compact small-form-factor U.3 package with mounting tray, this 800GB drive blends low-latency access, solid endurance characteristics, and platform interoperability — making it a versatile choice for database acceleration, virtualization hosts, and heavy I/O workloads.

Manufacturer details

• Manufacturer: HPE
• Part Number: MO000800KXBPE

Technical Specifications

• Capacity: 800GB
• Interface: NVMe over PCIe Gen4
• Form Factor: Small Form Factor — U.3 with tray

Physical and mechanical attributes

• High drive-per-node density in blade and rack servers.
• Tool-less or standard bay insertion with tray compatibility.
• Thermal management when used with vendor-validated caddies and airflow channels.

NVMe Gen4 performance advantages

• Faster random read/write response for latency-sensitive workloads (databases, caching layers).
• Higher sustained sequential transfer rates for bulk data movement and VM image provisioning.
• Greater headroom for parallel I/O when multiple VMs or containers access storage concurrently.

Typical application scenarios:

• High-throughput database systems (OLTP/NoSQL) where fast small-block I/O matters.
• Virtualized infrastructure hosting many small VMs or container images.
• Edge and distributed compute nodes that must deliver enterprise-grade responsiveness in a compact form.
• Write-optimized or mixed-workload caching tiers in hybrid storage architectures.

NAND and endurance considerations

• Endurance ratings suited for mixed or write-intensive enterprise use (consult HPE datasheet for precise DWPD or TBW figures).
• Robust bad-block management and SMART telemetry for proactive health monitoring.

Diagnostic procedures and best practices:

• Run vendor-recommended diagnostics at predictable intervals during maintenance windows.
• Capture SMART logs and NVMe health logs before troubleshooting or returning units under RMA.
• Maintain a detailed records system: firmware level, serial number, host configuration, and performance baselines.

Hardware and firmware security features

• Confirm the presence and implementation of encryption (self-encrypting drive functionality) if regulatory compliance or data-at-rest protection is required.
• Use vendor-specified secure-erase routines for end-of-life disposal or redeployment.
• Record and audit cryptographic key management operations if encryption is used in production.

Environmental considerations

• RoHS and REACH chemical restrictions.
• Electromagnetic compatibility (EMC) and safety certifications for your deployment region.
• Manufacturer warranty and extended support terms that may depend on operating conditions and use-cases.

Operational recommendations

• Right-size drive counts for endurance and performance goals rather than overloading a single device.
• Use monitoring to identify hot-spots and rebalance workloads if any drive approaches its recommended write thresholds.
• Document firmware versions and change windows; rolling firmware updates across nodes reduces the blast radius of unexpected beha viour.

Replacement and hot-swap considerations

• Quick field replacement with minimal service interruption.
• Safe removal and insertion following vendor-recommended procedures to prevent data corruption and ensure host OS stability.

Optimization tips and advanced tuning

• Enable appropriate over-provisioning if your controller or host software supports it.
• Avoid sustained, unnecessary full-disk writes — prefer workload spreading and queue management.
• Monitor SMART/NVMe telemetry for early warning signs and automate alerts for threshold breaches.

keyword-friendly attributes

• SKU: MO000800KXBPE — HPE 800GB NVMe Gen4 enterprise SSD, U.3 SFF, shipped with tray.
• Performance: Gen4 NVMe throughput and low-latency random I/O for transactional workloads.
• Form factor: Small Form Factor (U.3) — high density for server bays and blade systems.
• State: 0 hours of power-on time — new/unused inventory condition.
• Target: Databases, virtualization, caching, and performance tiers in converged infrastructure.
• Management: SMART and NVMe telemetry for predictive maintenance and analytics.
• Security: Supports enterprise security workflows — check HPE documentation for encryption features and secure-erase methods.

This SKU to Enterprise

• Actionable, benefit-led bullets that highlight speed, density, and supportability.
• Clear model and MPN visibility (MO000800KXBPE) to reduce SKU confusion.
• Compatibility notes and links to vendor server compatibility matrices to lower return rates.
• Technical resources (datasheet, firmware notes, whitepapers) accessible near the product listing for infrastructure teams.

HPE MO000800KXBPE 800GB NVMe Gen4 Category

The HPE MO000800KXBPE 800GB NVMe Gen4 SSD sits in the high-performance enterprise storage category, representing modern NVMe Gen4 solid-state drives designed for data center workloads that demand low latency, high bandwidth, and consistent I/O performance. This category covers HPE-branded U.3 form-factor NVMe drives (CM6 family style), small form factor (SFF) enterprise modules supplied with trays for easy rack-server fitment, and "0 Hrs" condition inventory (new, unused). It’s intended for system architects, storage admins, cloud providers, and enterprises looking to refresh server flash storage with Gen4 NVMe speed and modern drive interface compatibility.

Key category keywords

Optimize for searchers seeking: HPE NVMe Gen4 SSD, 800GB U.3 CM6, HPE MO000800KXBPE, enterprise NVMe SSD, SFF U.3 tray SSD, CM6 compatibility, server flash upgrade, and HPE Gen4 drive replacement. These keyword phrases align with buyer intent at research, specification-matching, and procurement stages.

HPE MO000800KXBPE 800GB NVMe Gen4 drive

Buyers choose the HPE MO000800KXBPE for its balance of performance, vendor assurance, and plug-and-play server compatibility with HPE ProLiant and other Gen4-capable platforms. The unit's advantages include improved throughput from PCIe Gen4 lanes, reduced latency for random I/O, and an enterprise-focused firmware stack tuned for predictable performance under sustained load. The presence of a drive tray simplifies installation and maintenance for enterprise technicians and reduces downtime during replacements.

NVMe Gen4

The design of the HPE MO000800KXBPE SSD provides versatility in server and storage configurations. Its compact form factor allows for dense storage deployments, optimizing rack space while still delivering enterprise-grade performance. The drive fits seamlessly into HPE ProLiant server bays, ensuring simple integration without the need for specialized adapters. Additionally, the smaller footprint contributes to reduced power consumption and lower cooling requirements, which are critical considerations in large-scale data center operations.

Triple-Level Cell (TLC) NAND for Reliable 

Equipped with TLC NAND technology, the HPE MO000800KXBPE balances storage density and cost-efficiency without compromising reliability. TLC NAND stores three bits per cell, enabling high-capacity solutions in a compact form factor. HPE's proprietary controller technology and firmware management ensure that the drive maintains data integrity, mitigates wear, and prolongs operational lifespan. The combination of TLC NAND and NVMe protocol allows organizations to maximize storage resources while maintaining consistent performance levels across a broad range of enterprise applications.

Compatibility

The U.3 connector standard and SFF (2.5-inch) form factor make this drive a drop-in replacement for modern server bays that support U.3 or U.2 with backplane adapters. The "CM6" designation references the controller generation and family compatibility in the wider NVMe ecosystem — ensuring support for Gen4 PCIe lanes and advanced NVMe features. For procurement, verify that your server's backplane supports U.3 NVMe devices and that the host BIOS/firmware versions are updated to recognize Gen4 devices to avoid compatibility or boot issues.

Drive health and firmware management

Firmware updates for enterprise drives can include performance optimizations, bug fixes, and compatibility enhancements. Maintain a tested firmware update process: stage updates in a non-production cluster, validate behavior under real workloads, and schedule rolling updates during maintenance windows. Track SMART attributes and media wear indicators (percentage used, spare area status) to plan safe retirements and replacements before end-of-life or degraded performance.

Reliability, and data protection

Enterprise NVMe SSDs are built with endurance ratings and power-loss-protection (PLP) features to protect in-flight data. While specific endurance figures depend on the drive's NAND and controller, this category assumes enterprise-grade write endurance appropriate for mixed-use workloads. Pair drives with RAID or erasure-coded arrays where required, and apply rigorous backup and snapshot policies to protect against controller-level failures, although modern enterprise SSDs are reliable enough to be primary data stores for many mission-critical applications.

Workload sizing and density planning

When designing storage tiers, match MO000800KXBPE SSD capacity and endurance characteristics to workload write amplification and retention requirements. Consider overprovisioning ratios and leave headroom for wear leveling to maintain consistent performance. In shared environments, use quality of service (QoS) controls where possible to prevent noisy-neighbor scenarios and ensure predictable application performance.

Hot-swap best practices

For hot-swap replacements, follow vendor procedures: migrate or evacuate data if the drive is part of a RAID set, confirm array rebuild policies, and trigger scrubs after rebuilds to verify integrity. For single-drive removal in non-redundant configurations, maintain backups and use filesystem-level tools or hypervisor-level migration to minimize downtime.

Firmware 

Leverage vendor-supplied tools for firmware updates, health checks, and diagnostics. Integrate NVMe monitoring into centralized logging and alerting, and create dashboards for capacity, throughput, latency, and endurance metrics. Use NVMe CLI or vendor utilities to extract transport-layer metrics and device-specific diagnostic logs during troubleshooting.

Rack-level design and thermal considerations

High-performance NVMe drives can affect thermal dynamics in dense server configurations. Plan rack airflow with adequate front-to-back cooling, monitor drive temperatures via telemetry, and avoid populating all drive bays at maximum density without evaluating thermal impact under sustained load. Some servers offer dynamic cooling profiles or fan-speed policies that adapt to drive temperature; confirm these are configured for your data center's ambient conditions.

Inventory and stock strategies

Maintain a small pool of spare drives to accelerate replacements and reduce mean time to repair (MTTR). Use FIFO stock rotations for drives in staging areas, and track warranty expiration dates in asset management systems. For large fleets, consider contract-level supply agreements with suppliers to secure shipment lead times and pricing stability.

Environmental and compliance

Enterprise hardware buying often requires compliance with environmental and electronic disposal regulations. Ensure proper recycling channels for retired drives and consider secure erasure processes or cryptographic erase features built into enterprise SSDs to handle data sanitization requirements. Confirm that drive specifications meet organizational standards for vibration, shock, and operating temperature if deploying in harsher environments.

The HPE MO000800KXBPE compatible with my server

Check your server's backplane for U.3 or U.2 compatibility and verify PCIe Gen4 support in the server platform. If your server supports Gen3 only, the drive will operate at the lower generation's link speed — still functional but with reduced performance compared to Gen4-enabled hosts.