H3C IE4320-G-F16G4 Smart Substation Industrial Switch

• Smart substation communication networks
• Power utility automation infrastructure
• Electrical grid monitoring and control networks
• Substation fiber aggregation
• Industrial OT network modernization
• High-speed utility network uplinks
• Smart grid communication infrastructure
• Power transmission and distribution networks
• Industrial fiber backbone deployments
• Replacement of legacy substation Ethernet switches

• 16 × 100/1000BASE-X SFP interfaces
• 4 × 100M/1G/10G SFP+ interfaces
• 336Gbps switching capacity
• 126Mpps packet forwarding rate
• Dual redundant AC/DC power input
• Two MMS communication interfaces
• Rack-mount installation
• Fanless natural cooling design
• -40°C to 70°C operating temperature
• 5%–100% non-condensing operating humidity
• IP40 protection rating
• Supports industrial network redundancy features
• Supports VLAN-based network segmentation
• Supports network management and monitoring functions
• Designed for smart-substation industrial networking

• Brand: H3C
• Part Number: IE4320-G-F16G4
• Product Family: IE4320-G Series
• Product Type: Smart Substation Industrial Ethernet Switch
• Installation: Rack Mount
• 100/1000BASE-X SFP Ports: 16
• 100M/1G/10G SFP+ Ports: 4
• MMS Communication Interfaces: 2
• Switching Capacity: 336Gbps
• Forwarding Rate: 126Mpps
• Power Input: AC/DC
• AC Input: 100–240VAC rated; 85–264VAC maximum
• DC Input: 110–220VDC rated; 88–264VDC maximum
• Power Configuration: Dual redundant power input
• Static Power Consumption: 21W single AC/DC; 22W dual AC/DC
• Full-Load Power Consumption: 45W single AC/DC; 46W dual AC/DC
• Dimensions: 440 × 320 × 44 mm
• Weight: =5.2 kg
• Operating Temperature: -40°C to 70°C
• Storage Temperature: -40°C to 85°C
• Operating Humidity: 5%–100%, non-condensing
• Protection Rating: IP40
• Cooling: Fanless, natural cooling
• Installation Form Factor: Rack-mount

Why Choose This Product?

• H3C IE4320-G-F16G4 is a strong choice for buyers requiring dense fiber connectivity, 10G-capable SFP+ uplinks and redundant AC/DC power in a smart-substation platform. Its utility-focused design can simplify network modernization while providing the port flexibility and lifecycle capacity needed for expanding power infrastructure.