Micron 3500 Enterprise SSD (Expected) - 1.92TB

Brand: Micron | Category: Enterprise SSDs

SKU: MTFDKCD1T9TFS-2BC1ZABYY | Part #: MTFDKCD1T9TFS-2BC1ZABYY | MPN: MTFDKCD1T9TFS-2BC1ZABYY

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At approximately 12W during active operation, the Micron 3500 Enterprise SSD (1.92TB) delivers exceptional power efficiency for dense storage configurations—a critical consideration when storage architects evaluate total cost of ownership across hundreds or thousands of drives. With a 1.92TB capacity, this works out to roughly 6.25W per terabyte of active throughput, a metric that compounds significantly in large-scale deployments where power budgets and thermal management directly impact operational costs. The MTFDKCD1T9TFS-2BC1ZABYY part number represents Micron's commitment to delivering enterprise-grade NAND that doesn't sacrifice efficiency at the altar of performance.

The Micron 3500 series occupies a specific niche in the modern data centre: it is neither the ultra-high-performance NVMe tier nor the cost-optimized commodity segment, but rather a purposeful middle ground designed for read-heavy transactional workloads, virtualised environments, and scenarios where sustained throughput matters more than extreme latency variance. The drive's 176-layer TLC NAND architecture reflects Micron's manufacturing heritage and delivers up to 6,800 MB/s sequential read performance and 4,000 MB/s sequential write performance—sufficient for most virtualisation stacks, containerised applications, and moderate-to-heavy analytical queries. The random read capability reaches 1,000,000 IOPS at 4K block size, a figure that will resonate with storage administrators managing mixed workloads across virtual machines and microservices platforms. Write performance sits at 200,000 IOPS, which, combined with power-loss protection via onboard capacitors, provides the data integrity guarantees that enterprise procurement teams require before they sign off on large orders.

What distinguishes the Micron 3500 in the eyes of infrastructure teams is the combination of PCIe Gen 4 x4 connectivity (NVMe 1.4 compliance) with the U.2 2.5-inch 15mm form factor—a form factor that many data centres already have infrastructure built around. Storage architects appreciate this because it means retrofit deployments into existing chassis or hybrid environments do not require wholesale redesign of cable trays, thermal shrouds, or host adapter configurations. The drive's 3,504 TBW endurance rating and 1 DWPD (Drive Writes Per Day) over a five-year service life ensures predictable replacement cycles and allows procurement teams to model refresh schedules with confidence. Coupled with AES-256 self-encrypting drive capability and end-to-end data protection, the MTFDKCD1T9TFS-2BC1ZABYY satisfies compliance requirements in regulated environments—healthcare, financial services, and government sectors—without requiring external encryption appliances or additional software licensing overhead.

The thermal envelope is equally pragmatic: the drive operates between 0°C and 70°C, a range that accommodates most data centre CRAC/CRAH strategies without special cooling provisions. In a large hyperscale deployment, this thermal tractability translates to simpler thermal modelling and lower fan-speed scheduling, which in turn reduces acoustic noise and auxiliary power draw. Network and infrastructure engineers who have deployed Micron storage before tend to recommend it again, not out of brand loyalty, but because the product profile is predictable—it performs as specified, failures are rare, and integration into standard storage stacks (whether Dell EMC, NetApp, or pure-play hypervisor environments) follows established patterns.

Omnixon Global carries the Micron 3500 series for customers across the GCC, South Asia, and Europe who need reliable enterprise SSD inventory without the lead-time uncertainty of spot-market purchasing. We stock the MTFDKCD1T9TFS-2BC1ZABYY and maintain relationships with Micron that allow us to forecast allocation for larger orders. Whether you are a data centre operator planning a storage refresh, a systems integrator building bids for AI infrastructure, or an enterprise IT team evaluating flash options for your virtualisation cluster, we invite you to submit your requirements through our RFQ process. Our technical team can advise on configuration options, compatibility verification, and logistics to your site in Dubai, Abu Dhabi, or regional warehouses.

Performance and Endurance Specifications

• Sequential read up to 6,800 MB/s with PCIe Gen 4 x4 interface; sequential write to 4,000 MB/s supports mixed-workload virtualisation and moderate analytical query loads
• Random read performance of 1,000,000 IOPS (4K) ensures responsive transactional workload handling in multi-tenant environments
• 3,504 TBW endurance and 1 DWPD over five years provide predictable refresh cycles and support ROI modelling for capacity planning
• Capacitor-backed power-loss protection and AES-256 self-encrypting drive technology satisfy compliance and data integrity requirements in regulated sectors
• U.2 2.5-inch 15mm form factor integrates into existing data centre infrastructure without requiring enclosure or thermal redesign
• 12W active power consumption and broad operating temperature range (0°C–70°C) simplify thermal management and reduce auxiliary cooling overhead
• NVMe 1.4 compliance and end-to-end data protection enable deployment in modern hypervisor, containerised, and composable infrastructure stacks