MRD TNM4000 Industrial Switch 24 Multi-Gig SFP Ports

• Industrial fiber aggregation network deployments
• Smart factory backbone infrastructure projects
• Utility communication network modernization
• Transportation and rail communication systems
• Industrial campus fiber connectivity environments
• Industrial surveillance aggregation networks
• Critical infrastructure communication deployments
• Manufacturing facility backbone networking
• Industrial data collection and monitoring networks
• Large-scale operational technology network expansion

• 24 multi-gigabit SFP connectivity ports
• 4 dedicated 10G SFP+ uplink interfaces
• Fiber-centric industrial networking architecture
• Supports high-density aggregation deployments
• Optimized for long-distance fiber communications
• Facilitates industrial backbone connectivity
• Enables scalable network expansion strategies
• Supports bandwidth-intensive industrial applications
• Reduces network bottlenecks through 10G uplinks
• Suitable for critical infrastructure environments
• Enhances operational technology network performance
• Supports industrial digital transformation initiatives
• Provides flexible fiber deployment options
• Optimized for aggregation and distribution layers
• Supports future-ready network modernization projects

• Brand: MRD
• Part Number: TNM4000-TP28HH4X24MX
• Product Series: TNM4000 Series
• Product Type: Industrial Ethernet Switch
• SFP Ports: 24 × Multi-Gigabit SFP
• Uplink Ports: 4 × 10G SFP+
• Network Technology: Multi-Gigabit Ethernet, 10 Gigabit Ethernet
• Deployment Type: Industrial Aggregation and Backbone Switching
• Application Environment: Industrial Networks, Utilities, Transportation, Manufacturing

WHY CHOOSE THIS PRODUCT?

• Organizations select the MRD TNM4000-TP28HH4X24MX when network architectures require dense fiber connectivity, scalable backbone performance, and high-capacity uplink bandwidth. The combination of 24 multi-gig SFP ports and 4 dedicated 10G SFP+ uplinks differentiates it from conventional industrial switches that rely primarily on copper interfaces or lower-speed uplinks. For infrastructure modernization projects, industrial network expansion, and mission-critical communication environments, this switch delivers strong scalability, efficient aggregation capabilities, and long-term investment protection. Its fiber-focused architecture helps support future bandwidth requirements while enabling reliable connectivity across distributed industrial and operational technology infrastructures.