Extreme Density 6U 28-Node Blade Server

i0628

Overview

Extreme density and flexible architecture for data center deployment and optimal TCO. Designed for entry server scale-out applications, secure cloud services and web hosting.

Download i0628 Datasheet

Key Features

Power for Scale-Out Workloads

Intel® Xeon® E 2200 Series CPUs supporting up to 8 cores and memory speed up to 2666MHz. Each node supports NVMe and SSD drives, providing low latency and better storage access performance with greater capacity.

Simplified Operation and Serviceability

Modular design of individual network, fan and PSU modules for simplified, efficient front-end operation and maintenance. Integrated with redundant 1Gb/10Gb Ethernet switches and Chassis Management Modules.

Thermal and Power Efficiency

Optimized system thermal design. Smoother airflow, front I/O and shared cooling design with hot and cold air isolation for greater thermal efficiency in a data center.

Density and Lower TCO

High density design with 4.7x density enhancement per 1U server improves space utilization in the data center. Independent upgrades of compute modules without replacing the rest of the server infrastructure,

Model i0628 Blade Server
Supports 28x i0628 compute nodes in 6U chassis
Ethernet Switch 1+1 switch modules support redundant with 4*SFP+ uplink
Storage Up to 2x 2.5″ SAS3 drives or 1x SAS3 + 1x NVMe drives per blade
M.2: PCIe 3.0 x 4 or SATA3, M-Key per blade
Thermal 10x 8056 fan with error LED
System Management 1x CMC module with ISCMC support
PSU 6*2200W PSU support 3+3 redundant
Chassis Dimension 264mm (H) 6U x 449mm (W) x 910mm (D)
Model i0628 Single Node
CPU Socket H4 (LGA 1151)
Support Intel® Xeon® processor E-2100/2200 series
TDP up to 95W
Memory 4 DIMM slots per blade
Up to 128GB ECC VLP UDIMM DDR4-2666MHz
Storage Up to 2x 2.5″ SAS3 drives or 1x SAS3 + 1x NVMe drives per blade
M.2: PCIe 3.0 x 4 or SATA3, M-Key per blade
Controller Integrated SAS3008 (12Gbps)
NIC 2x 1G downlink Ethernet support by i350AM2
System Management Management by AST2500 BMC

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