Huawei EX1BS16704SD0 S16700 Core Switch 48x10GE SFP+

• Enterprise campus core switching
• Data center aggregation layer deployment
• Financial institution backbone networking
• Government network core infrastructure
• University campus network architecture
• Healthcare network aggregation environments
• High-density fiber connectivity deployments
• Enterprise virtualization infrastructure networks
• Cloud connectivity aggregation platforms
• Legacy core switch replacement projects

• 48 x 10GE SFP+ high-density fiber interfaces
• 1.2 Tbps switching capacity
• Enterprise core switching architecture
• Optimized for aggregation and backbone deployments
• High-bandwidth east-west traffic handling
• Scalable network expansion capabilities
• Supports large-scale enterprise environments
• Designed for fiber-rich infrastructures
• High-performance packet forwarding architecture
• Business continuity focused deployment model
• Network modernization ready platform
• Supports mission-critical connectivity requirements
• Enterprise-grade resiliency framework
• Infrastructure consolidation capabilities
• Long-term lifecycle investment protection

• Brand: Huawei
• Part Number: EX1BS16704SD0
• Series: S16700 Series
• Product Type: Core Switch
• Switch Positioning: Enterprise Core Switch
• Switching Capacity: 1.2 Tbps
• Port Configuration: 48 x 10GE SFP+
• Interface Type: SFP+ Fiber Interfaces
• Maximum Port Speed: 10 Gbps
• Power Supply: Not Included
• Power Input Support: AC 110V/220V
• Condition: New
• Deployment Layer: Core Layer / Aggregation Layer
• Network Type: Enterprise Campus Network
• Application Environment: Large Enterprise and Data Center Infrastructure

WHY CHOOSE THIS PRODUCT?

• Organizations select the EX1BS16704SD0 when building high-capacity core and aggregation networks that require dense 10 Gigabit fiber connectivity, predictable scalability, and long-term infrastructure value. The combination of 48 SFP+ interfaces and 1.2 Tbps switching performance makes it particularly attractive for enterprises consolidating multiple access layers into a centralized core architecture. Compared with lower-density alternatives, it improves fiber-port efficiency, reduces infrastructure complexity, and supports future bandwidth growth while preserving investment in existing 10GE network ecosystems. For procurement teams planning modernization initiatives, it offers a practical path toward scalable campus networking, data center aggregation, and business continuity without overinvesting in higher-cost chassis-based platforms.