Micron 7500 MAX 12.8TB U.3 PCIe 4.0 Enterprise SSD

Brand: Micron | Category: Enterprise SSDs

SKU: MICRON-7500-MAX-12.8TB-U3-PCIE-4-SSD | Part #: MICRON-7500-MAX-12.8TB-U3-PCIE-4-SSD | MPN: MICRON-7500-MAX-12.8TB-U3-PCIE-4-SSD

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The MICRON-7500-MAX-12.8TB-U3-PCIE-4-SSD delivers 70.1 petabytes written (PBW) at 3 drive writes per day (DWPD) across its full 12.8TB capacity, making it a purpose-built solution for write-intensive workloads that demand both endurance and speed. Micron's 7500 MAX series has earned its position in production data centres because it bridges the gap between consumer-grade NVMe performance and enterprise-class durability—a distinction that matters when your infrastructure runs financial transaction logs, analytics pipelines, or multi-tenant virtualisation environments.

What sets this particular drive apart is the combination of sustained throughput and random I/O capability. The U.3 form factor SSD achieves up to 7,000 MB/s on sequential reads and writes, but the real differentiator emerges under random workloads, where it delivers 1.5 million read IOPS and 400,000 write IOPS at 4K block size. For storage architects and systems administrators in the GCC region who are evaluating platforms for database clusters, virtualised infrastructure, or backup appliances, this performance envelope means you can run mixed workloads—transactional and analytical—on the same physical tier without needing separate storage tiers just to handle spike loads. Micron built this drive around 176-layer TLC 3D NAND, which provides the density needed for 12.8TB in a 2.5-inch package without sacrificing the write endurance that high-concurrency environments require.

The MICRON-7500-MAX-12.8TB-U3-PCIE-4-SSD interface is PCIe 4.0 x4 with NVMe 1.4 compliance, connected via the SFF-8639 U.3 tri-mode connector. This tri-mode design means the drive negotiates backward compatibility with SATA and SAS environments if needed, though most modern data centres deploy it in native NVMe mode for maximum performance. The U.3 form factor itself is gaining traction in enterprise deployments because it offers a familiar mechanical footprint for systems engineers already familiar with 2.5-inch SAS drives, but without any of the SAS protocol overhead. Power consumption sits at approximately 25W under active load, a reasonable figure for drives operating in dense storage arrays where thermal management influences rack-level cooling strategy.

Security and data integrity are baked into the Micron 7500 MAX at the hardware level. The drive implements AES 256-bit encryption, TCG Opal 2.0 and TCG Enterprise compliance for key management integration, and T10 DIF/PI end-to-end data protection that detects corruption across the I/O stack. Capacitor-based power loss protection safeguards in-flight writes during unexpected power events, a critical safeguard in multi-tenant environments where a single unclean shutdown can corrupt not just your own data but that of adjacent tenants or systems. For storage teams managing compliance-sensitive workloads—healthcare systems, financial services, or regulated cloud providers across the Gulf region—these protections translate directly to audit readiness and reduced incident response overhead.

Micron rates the 7500 MAX for 2,000,000 hours mean time between failure (MTBF) and supports operating temperatures from 0°C to 70°C, parameters that align with standard data-centre climate controls. The MTBF figure is conservative and reflects the fact that Micron is engineering this drive for multi-year deployments in mission-critical roles, not consumer refresh cycles. For AI infrastructure teams and machine learning ops engineers who are provisioning storage clusters that will ingest terabytes per day of training data, this endurance rating means you can forecast drive lifecycle costs with reasonable confidence and plan replacement schedules without unexpected field failures disrupting training pipelines. The NVMe Management Interface (NVMe-MI) standard support allows remote monitoring and telemetry collection, enabling proactive health checks across large fleet deployments without requiring out-of-band access or proprietary tools.

Performance Specifications and Deployment Characteristics

• Sequential throughput of 7,000 MB/s read and write on PCIe 4.0 x4 NVMe 1.4 interface with SFF-8639 U.3 connector
• 1.5 million random read IOPS and 400,000 random write IOPS at 4K block size, enabling mixed transactional and analytical workloads on a single storage tier
• 70.1 PBW endurance rating at 3 DWPD across 12.8TB capacity, designed for write-intensive environments including databases, analytics engines, and backup appliances
• Micron 176-layer TLC 3D NAND with capacitor-backed power loss protection, AES 256-bit encryption, and T10 DIF/PI for end-to-end data integrity across virtualised infrastructure
• U.3 2.5-inch form factor with tri-mode SFF-8639 connector allows backward compatibility with SAS/SATA systems while supporting native NVMe deployment for modern data centres
• Active power consumption of 25W and operating temperature range of 0°C to 70°C align with standard data-centre thermal and power budgets in racks and dense storage arrays
• 2,000,000-hour MTBF and NVMe Management Interface (NVMe-MI) support enable predictable lifecycle management and remote fleet monitoring across multi-petabyte deployments

Omnixon Global supplies the MICRON-7500-MAX-12.8TB-U3-PCIE-4-SSD and complementary enterprise storage solutions to data centres, cloud operators, and AI infrastructure teams throughout the UAE, Saudi Arabia, Kuwait, and across Asia and Europe. Whether you are architecting a new storage cluster, expanding capacity for an existing virtualised environment, or specifying drives for a high-performance backup platform, our technical team in Dubai is positioned to source, validate, and support deployment of Micron enterprise SSDs at scale. Contact us to discuss your capacity and performance requirements or to request a formal quotation.