H3C IE4100-28F Industrial Switch 24SFP 4Combo Rackmount

• Industrial fiber backbone aggregation
• Manufacturing plant network deployment
• Smart factory communication infrastructure
• Utility and power distribution networking
• Transportation and railway communication systems
• Oil and gas industrial Ethernet networks
• Industrial IoT connectivity projects
• Enterprise campus fiber aggregation
• Critical infrastructure modernization initiatives
• High-density industrial edge networking

• 24 Gigabit SFP fiber interfaces
• 4 Gigabit Combo ports
• Rack-mount industrial switch design
• Fanless architecture for reduced maintenance
• Power-supply-free platform for deployment flexibility
• Optimized for industrial Ethernet environments
• Supports high-density fiber connectivity
• Suitable for enterprise and OT networks
• Enables infrastructure modernization projects
• Supports scalable industrial network expansion
• Designed for mission-critical communication networks
• Enhances operational reliability
• Supports hybrid enterprise and industrial deployments
• Simplifies fiber aggregation architecture
• Built for long-term industrial network operation

• Brand: H3C
• Part Number: IE4100-28F
• Product Series: IE4100 Series
• Product Name: IE4100-28F Industrial Ethernet Switch
• Product Type: Industrial Ethernet Switch
• Form Factor: Rack-Mount
• Gigabit SFP Ports: 24
• Gigabit Combo Ports: 4
• Cooling Design: Fanless
• Power Supply: No Power Supply Included
• Primary Function: Industrial Ethernet Switching

WHY CHOOSE THIS PRODUCT?

• The H3C IE4100-28F is an excellent choice for enterprises and industrial operators requiring high-density fiber connectivity with deployment flexibility. Compared with smaller IE4100 Series models, its 24 Gigabit SFP ports provide greater aggregation capacity for fiber-intensive networks, while the 4 Gigabit Combo ports enable seamless copper or fiber integration. The fanless design reduces maintenance requirements, and the power-supply-free architecture allows organizations to standardize power configurations based on operational needs. These advantages make it well suited for industrial automation, utilities, transportation, smart manufacturing, and enterprise infrastructure modernization projects where scalability, reliability, and long-term ROI are critical.