Meet DC3000ME: Enterprise-class NVMe built for modern workloads

Enterprise performance: DC3000ME leverages PCIe 5.0 NVMe over a 2.5-inch U.2 interface to deliver sustained throughput up to 13.67 GB/s read and up to 2.8M read IOPS, designed for consistent low-latency operations at scale.

Data protection: On‑board power loss protection (PLP) helps safeguard data during unplanned outages, paired with end‑to‑end data protection and NVMe‑MI 1.2b out‑of‑band management for enterprise reliability.

Security: Hardware‑based AES 256‑bit encryption with TCG Opal 2.0 helps protect sensitive data without sacrificing performance or manageability.

Compatibility: Although Gen5 capable, DC3000ME remains backward compatible with PCIe 4.0 servers and backplanes, easing phased upgrades across mixed fleets.

Right‑sized capacities: Available at CompSource in 3.84TB, 7.68TB, and 15.36TB with 1 DWPD endurance profiles to balance performance, cost, and lifecycle planning.

Why Gen5 U.2 NVMe for the data center

Performance headroom: The leap to PCIe 5.0 widens the bandwidth pipe and reduces latency contention under mixed, high‑parallel workloads—critical for AI inference, real‑time analytics, OLTP, and microservices architectures.

Operational consistency: The DC3000ME family is engineered with I/O consistency as a primary design goal, helping keep p99 latency predictable during peak traffic and background tasks like garbage collection.

Fleet flexibility: U.2 in a 2.5-inch form factor standardizes serviceability in dense servers while maintaining airflow and hot‑swap convenience, minimizing downtime during scaling or replacements.

Model comparison and recommendations

Quick recommendations

• Balanced performance per dollar: Choose 3.84TB (SEDC3000ME/3T8) for cache tiers, logging volumes, and smaller node footprints needing Gen5 throughput without over‑provisioning capacity.
• Mainstream enterprise sweet spot: Choose 7.68TB (SEDC3000ME/7T6) for general virtualization, OLTP databases, and AI inference nodes where write speed and read IOPS balance is key.
• Dense storage with high read rate: Choose 15.36TB (SEDC3000ME/15T3) for distributed analytics, object stores, SDS, and content platforms consolidating more datasets per node.

Where DC3000ME shines

AI and HPC

Inference pipelines: High sustained read bandwidth keeps models fed and batch latencies tight; consistent I/O reduces jitter across concurrent jobs.

Feature stores and checkpoints: Fast sequential transfer accelerates model loads and state saves, while PLP mitigates risk during power anomalies.

Databases and OLTP

Low‑latency transactions: Predictable p99 read IOPS and Opal 2.0 encryption support secure, high‑throughput transaction processing with simplified at‑rest protection.

Cloud, edge, and SDS

Scale‑out storage: U.2 hot‑swap serviceability and PCIe 4.0 backward compatibility make phased rollouts painless in mixed backplanes and multi‑generation clusters.

RAID and general server use

Resilience and consistency: End‑to‑end data protection and PLP enhance reliability in RAID sets and shared storage nodes under sustained mixed workloads.

Deployment best practices

• Validate backplane and PCIe lanes: Confirm U.2 support and lane allocation to avoid bandwidth oversubscription that can throttle Gen5 drives.
• Align file systems and queues: Use modern I/O schedulers and appropriate queue depths to unlock high parallelism without spiking tail latency.
• Right‑size endurance: 1 DWPD fits most read‑heavy and mixed enterprise workloads; check TBW against write amplification in your stack design.
• Enable security and PLP awareness: Turn on Opal policies where required and ensure power‑fail test coverage in DR plans.
• Plan airflow: Keep U.2 bays within recommended thermal envelopes to sustain peak performance and longevity.

Shop Kingston DC3000ME at CompSource

Featured models

• 3.84TB — SEDC3000ME/3T8: View product and pricing. Up to 13.67 GB/s read, 1 DWPD, 7008 TBW, AES 256‑bit with Opal 2.0.
• 7.68TB — SEDC3000ME/7T6: View product and pricing. Up to 13.67 GB/s read, 1 DWPD, 14016 TBW, strong write performance; fast and free shipping noted on product page.
• 15.36TB — SEDC3000ME/15T3: View product and pricing. Up to 13.67 GB/s read, 1 DWPD, 28032 TBW; fast and free shipping noted on product page.

Why buy from CompSource

• Price match and protection options: Product pages highlight price match guarantee and optional protection plans so you can buy with confidence.
• Business‑friendly fulfillment: Listings show real‑time availability and shipping options to meet tight deployment timelines.

Call to action: Ready to accelerate your cluster? Choose your capacity below and check out securely, or contact our specialists for configuration help.

Buy DC3000ME 3.84TB | Buy DC3000ME 7.68TB | Buy DC3000ME 15.36TB

Need a second opinion on sizing or compatibility?

Talk with us: Share your server models, backplane details, and workload mix. We’ll map the right capacity, RAID strategy, and rollout plan to your budget and timeline. The DC3000ME line is built to scale—let’s make it work perfectly in your environment.

Frequently asked questions

Is DC3000ME compatible with my PCIe 4.0 servers?

Yes: DC3000ME is backward compatible with PCIe 4.0 servers and backplanes, letting you standardize on Gen5 media before a full chassis refresh.

What security features are supported?

Hardware encryption: AES 256‑bit with TCG Opal 2.0 provides efficient, policy‑driven protection for data at rest, suitable for regulated environments.

How does power loss protection help?

PLP safeguards data: On‑board power loss protection reduces the risk of data loss or corruption during ungraceful power events, improving resiliency in edge and multi‑tenant settings.

What’s the endurance profile?

1 DWPD across the family: 3.84TB: 7008 TBW; 7.68TB: 14016 TBW; 15.36TB: 28032 TBW—well‑matched to read‑heavy or mixed enterprise workloads when sized correctly.

What performance can I expect?

Sustained throughput: Up to 13.67 GB/s read across the family, with high read IOPS up to 2.8M depending on capacity; write performance varies by model as shown above.