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Home Networking Servers & Storage Huawei E9000 16-Slot 12U Blade Server Chassis

Huawei E9000 16-Slot 12U Blade Server Chassis

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The Huawei E9000 is a 12U converged blade-server chassis built to consolidate compute, storage, networking, management, power, and cooling within a single modular platform. It provides 16 half-width blade slots or 8 full-width slots, with redundant chassis-level infrastructure for enterprise data centers, private clouds, telecom environments, virtualization, and HPC deployments. Its modular architecture allows organizations to scale compute and networking resources without redesigning the entire rack infrastructure.

OVERVIEW

  • Huawei E9000 provides a high-density chassis platform for deploying multiple compute nodes while centralizing power, cooling, management, and networking. Compatibility: supports Huawei E9000-series compatible compute and switch modules; verify the exact node/module combination before purchase. Model comparison: the 16-slot configuration supports half-width nodes, while full-width configurations accommodate up to 8 nodes. 

USE CASES

  • Enterprise data centers – Consolidates multiple server nodes into a shared 12U chassis to improve rack-space utilization.
  • Private cloud infrastructure – Provides a modular foundation for deploying scalable compute resources.
  • Virtualization clusters – Supports multiple compute nodes within one managed chassis environment.
  • Telecom and carrier infrastructure – Suitable for dense modular deployments requiring integrated compute and networking.
  • High-performance computing – Provides a platform for compatible high-performance compute nodes and high-speed switching.
  • Converged infrastructure – Combines computing, storage, switching, management, cooling, and power within a common chassis.
  • Database and business applications – Enables multiple compute nodes to be deployed within a centralized enterprise infrastructure.
  • Data-center modernization – Helps organizations consolidate compatible server resources into a modular architecture.
  • System-integrator projects – Provides a standardized chassis platform for building customized Huawei compute configurations.
  • Scalable infrastructure deployments – Allows organizations to add compatible compute and switching modules as capacity requirements increase.

KEY FEATURES

  • 12U chassis design – Concentrates multiple compute resources into a compact rack footprint.
  • 16 half-width slots – Enables high node density for compatible half-width compute nodes.
  • 8 full-width slots – Supports larger compatible compute configurations.
  • Redundant power architecture – Improves availability by providing power-system redundancy.
  • Modular cooling architecture – Supports centralized thermal management for installed compute nodes.
  • Dedicated management modules – Enables centralized chassis and infrastructure management.
  • Four switch/pass-through module positions – Provides flexible networking architecture for compatible Huawei modules.
  • Modular compute architecture – Allows different supported compute-node configurations within the chassis.
  • AC or DC power options – Provides deployment flexibility for different data-center power infrastructures.
  • Passive midplane architecture – Reduces potential single points of failure within the chassis interconnect structure.
  • 19-inch rack installation – Fits standard 19-inch rack environments when the required rack depth is available.
  • Converged infrastructure design – Reduces the need to manage separate chassis-level power, cooling, management, and switching infrastructure. 

TECHNICAL SPECIFICATIONS

  • Brand: Huawei
  • Model: E9000
  • Product Type: Blade server chassis
  • Architecture: Converged modular blade-server platform
  • Form Factor: 12U
  • Half-Width Compute Slots: 16
  • Full-Width Compute Slots: 8
  • Compute Configuration: Supports flexible compatible node configurations
  • Management Module Slots: 2
  • Switch/Pass-Through Module Slots: 4
  • PSU Slots: 6
  • Fan Module Positions: 14
  • Power Architecture: Redundant modular power
  • PSU Redundancy: N+N / N+M configurations supported depending on PSU configuration
  • AC PSU Options: Up to six 3,000W or 2,000W AC PSUs, depending on configuration
  • DC PSU Option: Up to six 2,500W DC PSUs
  • Power Input: AC or DC, depending on PSU configuration
  • Rack Compatibility: Standard 19-inch rack
  • Recommended Rack Depth: 1,000mm or greater
  • Dimensions (H × W × D): Approximately 530 × 442 × 840mm
  • Switching Architecture: Midplane-based modular switching
  • Maximum Chassis Compute Density: Up to 16 half-width compute nodes
  • Compatibility: Huawei E9000-compatible compute/switch modules
  • CPU: Not included; depends on installed compute nodes
  • Memory: Not included; depends on installed compute nodes
  • Storage: Depends on installed compute/storage nodes

Why Choose This Product?

  • High compute density – Supports up to 16 half-width compute nodes in only 12U.
  • Centralized infrastructure – Power, cooling, management, and switching are integrated at chassis level.
  • Flexible node configuration – Supports half-width and full-width compatible node architectures.
  • Redundant infrastructure – Redundant power, management, cooling, and switching design improves platform availability.
  • Scalable deployment model – Allows compute and networking capacity to grow through modular components.
  • Rack-space efficiency – Consolidates multiple servers into a shared chassis instead of deploying separate rack systems.
  • Enterprise deployment flexibility – AC and DC power options accommodate different infrastructure environments.
  • Long-term infrastructure value – Modular architecture can simplify expansion, service planning, and hardware standardization.
  • Integrated networking – Dedicated switch/pass-through module positions allow networking to be incorporated into the chassis.
  • System-integrator friendly – The modular platform supports tailored compute, storage, and networking configurations.

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