Juniper ACX7100-32C-DCO-K 32-Port QSFP28 Edge Router

• Carrier Ethernet aggregation networks
• 5G transport infrastructure
• Metro Ethernet backbone deployments
• Cloud edge networking
• Data center interconnect environments
• Enterprise core routing
• Internet exchange point connectivity
• Service provider edge infrastructure
• Hybrid cloud transport networks
• Large-scale infrastructure modernization

• 32 QSFP28 high-speed interfaces
• 4 QSFP56-DD multi-rate interfaces
• DC-powered platform
• Airflow Optimized (AFO) cooling
• Designed for Juniper ACX7100 Series
• Supports high-density deployments
• Optimized for carrier-grade environments
• Ideal for enterprise edge routing
• Supports scalable bandwidth growth
• Enables infrastructure consolidation
• Designed for cloud connectivity
• Supports network modernization initiatives
• Built for high availability deployments
• Simplifies long-term capacity planning
• Suitable for telecom and enterprise networks

• Brand: Juniper Networks
• Part Number: ACX7100-32C-DCO-K
• Manufacturer: Juniper Networks
• Product Family: ACX Series
• Product Model: ACX7100-32C-DCO-K
• Product Type: Carrier Ethernet Router
• QSFP28 Ports: 32
• QSFP56-DD Multi-Rate Ports: 4
• Power Supply Type: DC
• Cooling Type: Airflow Optimized (AFO)
• Deployment Environment: Enterprise, Carrier, Cloud, Data Center Networks
• Application: Edge Routing and Network Aggregation
• Infrastructure Role: Enterprise Edge and Service Provider Router
• High Availability Deployment: Supported

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Juniper ACX7100-32C-DCO-K for its combination of high-density connectivity, telecom-ready DC power architecture, and next-generation multi-rate interfaces that support long-term infrastructure growth. Compared with standard edge platforms, it provides higher interface scalability, improved deployment flexibility for DC-powered facilities, and optimized airflow for operational efficiency. The platform helps enterprises and service providers modernize transport networks, simplify capacity expansion, improve business continuity, reduce infrastructure complexity, and maximize return on investment through an architecture built for evolving cloud, carrier, and hybrid networking environments.