MicroBlade XEON D-2141I (8C 2 Node/Sled) support NVMe

The MicroBlade XEON D-2141I (8C 2 Node/Sled) support NVMe is a high‑density compute module designed for MicroBlade chassis environments. Each sled integrates Intel Xeon D-2141I processors with 8 physical cores, enabling efficient consolidation of workloads in compact server infrastructures.

This platform is intended for users who need to maximize compute density and energy efficiency while maintaining low latency I/O through NVMe support. It is suitable for modern data center architectures, edge deployments and scale‑out services where space and power are limited.

• High compute density – two independent nodes per sled enable higher core counts per rack unit, supporting virtualization, container platforms and micro‑services.
• Intel Xeon D-2141I – embedded‑class CPU with 8 cores, designed for always‑on, networked and edge workloads where performance per watt is critical.
• NVMe support – enables use of NVMe drives for significantly reduced storage latency compared to traditional SATA/SAS, improving responsiveness for databases, analytics and I/O‑intensive services.
• Optimized for MicroBlade chassis – integrates into MicroBlade ecosystems to simplify cabling, power distribution and management while increasing server density.
• Scalable architecture – multiple sleds can be combined to build scalable compute clusters for cloud, hosting or distributed applications.

Typical use cases

• Edge computing nodes and distributed PoP locations.
• Virtualization clusters and private cloud platforms.
• Container orchestration environments (Kubernetes and similar).
• Low‑latency NVMe‑backed services and micro‑databases.

Due to the modular nature of this product, detailed specifications such as memory capacity, network interfaces and exact storage configuration depend on the final system configuration within the chosen MicroBlade chassis. When planning deployment, focus on aligning CPU density and NVMe capabilities with workload requirements, power budgets and rack space constraints.