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Home Networking Servers & Storage Huawei eKitStor Xtreme 200E 512GB PCIe 4.0 NVMe SSD 02356BQV

Huawei eKitStor Xtreme 200E 512GB PCIe 4.0 NVMe SSD 02356BQV

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Huawei eKitStor Xtreme 200E 02356BQV is a 512GB M.2 2280 NVMe SSD with PCIe 4.0 architecture, QLC NAND, HMB and graphene thermal management for boot, cache and read-intensive deployments.

OVERVIEW

  • Huawei eKitStor Xtreme 200E 02356BQV is a 512GB internal NVMe SSD designed for organizations deploying compact, low-latency storage in servers, edge appliances and workstations. Its M.2 2280 M-Key form factor and PCIe 4.0 interface provide efficient platform integration, while QLC NAND, HMB and graphene thermal management are suited to read-focused boot, cache and application workloads. It belongs to Huawei's eKitStor Xtreme 200E SSD family.
  • Compatibility / Model Compare: M.2 2280 M-Key, PCIe 4.0 NVMe; 02356BQV is the 512GB Xtreme 200E model.

USE CASES

  • Server boot storage for compact infrastructure deployments
  • Read-intensive cache tiers in enterprise server platforms
  • Edge appliances requiring compact internal NVMe storage
  • Workstations needing fast application and OS storage
  • VDI environments with read-focused image access
  • Content distribution nodes requiring responsive local storage
  • Compact infrastructure with limited internal drive space
  • Application startup acceleration on supported platforms
  • Read-tier storage for general-purpose infrastructure workloads
  • Always-on edge systems requiring low idle power
  • Server deployments requiring M.2 PCIe 4.0 storage
  • Workload acceleration where low-latency NVMe access matters

KEY FEATURES

  • 512GB capacity supports compact OS and application storage
  • PCIe 4.0 interface enables efficient NVMe bandwidth usage
  • M.2 2280 form factor suits space-constrained platforms
  • M-Key design supports compatible M.2 storage interfaces
  • NVMe architecture supports low-latency storage operations
  • QLC NAND targets read-intensive enterprise workloads
  • HMB architecture reduces reliance on onboard DRAM
  • Graphene spreader helps manage sustained storage thermals
  • Designed for server boot and application acceleration
  • Suitable for cache tiers in compact infrastructure
  • Supports edge appliances with constrained storage space
  • Compact design helps maximize internal platform capacity
  • Useful for read-focused VDI and content distribution nodes
  • Low idle power suits continuously operating deployments
  • Built for workstation and infrastructure storage expansion

TECHNICAL SPECIFICATIONS

  • Brand: Huawei
  • Product Family: eKitStor Xtreme 200E
  • Model: 02356BQV
  • Product Name: eKitStor Xtreme 200E (M.2 NVMe SSD)
  • Product Type: Internal NVMe SSD
  • Capacity: 512GB
  • Form Factor: M.2 2280
  • Key Type: M-Key
  • Interface: PCIe 4.0
  • Storage Protocol: NVMe
  • NAND Type: QLC
  • Memory Architecture: HMB
  • Thermal Management: Graphene Thermal Spreader
  • Deployment Type: Internal Storage
  • Workload Focus: Boot, Cache and Read-Intensive
  • Target Platforms: Servers, Edge Appliances, Workstations
  • Primary Workload: Read-Intensive Applications
  • Storage Role: Boot / Cache / Read Tier
  • Installation: Internal M.2 Slot
  • Performance Focus: Low-Latency NVMe Access
  • Power Profile: Ultra-Low Idle Power
  • Compatibility: Compatible M.2 2280 PCIe NVMe platforms
  • Model Compare: 02356BQV is the 512GB eKitStor Xtreme 200E model.

WHY CHOOSE THIS PRODUCT?

  • Compact enterprise storage: The M.2 2280 design fits platforms where conventional 2.5-inch storage may not be practical, helping conserve internal chassis space.
  • PCIe 4.0 NVMe architecture: The interface is designed for efficient high-bandwidth storage communication, supporting responsive boot and application access.
  • Read-intensive optimization: QLC NAND makes the drive suitable for workloads centered on frequent data reads rather than write-heavy storage tiers.
  • HMB efficiency: Host Memory Buffer architecture reduces dependence on dedicated onboard DRAM, supporting a compact SSD design for suitable platforms.
  • Thermal-aware deployment: The graphene thermal spreader helps manage heat during sustained access, supporting more stable operation in constrained environments.
  • Versatile infrastructure role: One 512GB module can serve boot, cache or read-tier requirements across supported server, edge and workstation platforms.
  • Space-efficient modernization: M.2 installation allows organizations to add NVMe storage without consuming conventional drive-bay space.
  • Edge-ready power profile: Ultra-low idle power is suited to always-on edge infrastructure where energy consumption and thermal load require attention.

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