The ACX710 Universal Metro Router is a multiservice router that delivers maximum operational and deployment flexibility for universal metro access and aggregation services. It combines high port density (1GbE/10GbE to 100GbE), advanced timing, and synchronization features in a fixed, hardened platform. With its compact 1U form factor and 315-millimeter depth, it can be deployed in a variety of metro access and aggregation environments.The ACX710 supports a comprehensive set of service provider, enterprise, and utility use cases, including Ethernet business services, residential cable and fiber, and 5G mobile applications. With 320-Gbps switching capacity, it delivers the performance, capacity, and features to meet demanding universal metro service delivery requirements. Part of the ACX Series of SDN-enabled, subscriber-aware IP transport solutions, the ACX710 is powered by the industry’s preferred network operating system, Junos OS.
5G-Ready Multiservice Solution: Support a wide range of next-generation Cloud + 5G + AI operations, including network slicing, closed-loop operations, and use cases that require advanced timing and synchronization.
Compact and Hardened Form Factor: Reduce rack space requirements and operational costs with a platform that delivers 320-Gbps switching capacity in a hardened 1U platform with a depth of just 315 millimeters.
High Port Density and Performance: Get broad deployment flexibility in a small footprint that provides 24x 1/10GbE SFP+ ports and 4x 100GbE QSFP28 ports. Each 100GbE port can be configured as 4x 10GbE, 4x 25GbE, 1x 40GbE, or 1x 100GbE).
Cost-Optimized Solution: Meet the full range of universal metro requirements with a platform optimized to deliver maximum capacity and flexibility with low power consumption.
Advanced Timing and Synchronization: Meet the requirements of demanding next-generation services with support for SyncE with Ethernet Synchronization Message Channel, Network Time Protocol, and Stratum 3E Clock.
Zero-Touch Provisioning (ZTP): Use fast, remote provisioning to accelerate the delivery of new services while reducing operational costs and resource utilization.





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