Enquire: Asia & Africa - +65-98008081 USA - +1-919-995-4114

Home Networking Network Switches Huawei OceanStor SNS2248 48-Port 8Gb FC SAN Switch

Huawei OceanStor SNS2248 48-Port 8Gb FC SAN Switch

Brand:

Huawei OceanStor SNS2248 (SN2Z10FCSP) is an enterprise Fibre Channel SAN switch designed to provide high-speed, low-latency connectivity for storage area networks. Featuring 48 Fibre Channel ports with 8Gb connectivity, it enables efficient storage networking, scalable SAN expansion, and reliable data transport for mission-critical applications, virtualization platforms, and enterprise storage infrastructures.

View Ratings :  

OVERVIEW

  • Huawei OceanStor SNS2248 (SN2Z10FCSP) is a dedicated Fibre Channel SAN switch built to support enterprise storage environments that require reliable, high-performance connectivity between servers and storage systems. With 48 Fibre Channel ports and 8Gb bandwidth, it offers greater port density than smaller SAN switches, helping organizations scale storage networks while reducing infrastructure complexity. The switch is well suited for virtualization platforms, storage consolidation projects, disaster recovery architectures, and business-critical applications where low-latency storage access is essential. Its combination of high port availability, SAN scalability, and enterprise storage networking capabilities makes it a practical choice for organizations modernizing data center infrastructure and planning long-term storage growth.

USE CASES

  • Enterprise storage area network deployments
  • Data center SAN fabric expansion
  • Virtualized server infrastructure connectivity
  • Enterprise database storage networking
  • Storage consolidation projects
  • Disaster recovery storage environments
  • High-availability storage architectures
  • Private cloud storage connectivity
  • Business-critical application storage networks
  • Enterprise backup and recovery infrastructures

KEY FEATURES

  • 48 Fibre Channel ports
  • 8Gb Fibre Channel connectivity
  • Designed for SAN environments
  • Supports enterprise storage networking
  • Enables scalable SAN expansion
  • Optimized for low-latency storage traffic
  • Suitable for virtualization deployments
  • Supports storage consolidation initiatives
  • Facilitates data center modernization
  • Enhances storage connectivity efficiency
  • Supports business continuity objectives
  • Reliable enterprise networking architecture
  • Suitable for mission-critical workloads
  • Improves storage infrastructure scalability
  • Supports long-term SAN growth strategies
  • TECHNICAL SPECIFICATIONS

    • Brand: Huawei
    • Part Number: SN2Z10FCSP
    • Product Family: OceanStor SNS Series
    • Product Type: Fibre Channel SAN Switch
    • Model: SNS2248
    • Fibre Channel Ports: 48
    • Port Speed: 8Gb Fibre Channel

    WHY CHOOSE THIS PRODUCT?

    • Huawei OceanStor SNS2248 is an excellent option for organizations seeking to expand or modernize their storage networking infrastructure without introducing unnecessary complexity. Its 48-port design supports higher device density than smaller Fibre Channel switches, while 8Gb connectivity provides reliable performance for enterprise storage traffic. The switch helps organizations build scalable SAN environments that support virtualization, business continuity planning, storage consolidation, and future infrastructure growth. For enterprises investing in long-term storage networking strategies, the SNS2248 offers a practical balance of scalability, deployment flexibility, and operational efficiency.

    CUSTOMER REVIEW

    "Deployed in a SAN setup for storage networking—stable and predictable performance. Ozark delivered quickly in Singapore with proper configuration support. "

    Amanda Chua
    "Not entry-level, but solid for enterprise SAN use. Stable throughput and uptime. Ozark provided helpful pre-sales guidance. "

    Samuel Teo
    "Installed in a small data center—compact and efficient. Works as expected. Ozark handled shipping quickly with clear communication."

    Claudia Seah

    FAQ

    No FAQs Found