ACX7509 BASE CHASSIS

The Juniper Networks® ACX7500 line multiservice routers is designed to help operators achieve their capital, operational, and differentiated user experience goals. Part of the Juniper Networks ACX7000 Family of routers, the ACX7509 delivers exceptional TCO, investment protection, and support for Juniper® Cloud Metro and 5G solutions, IoT, and cloud applications, making it ideal for service provider, large enterprise, data center, and residential deployments that require extremely power-efficient, high-density, and high availability (HA) platforms.

ACX7000 Family Overview

The ACX7000 Family of routers, purposely built for the IP service fabric underlay of a Juniper Cloud Metro, leverages the industry's fastest chipset, provides a unique balance of system design, and delivers the most sustainable high-performance portfolio available in the market. Managed by Junos® OS Evolved and Juniper® Paragon Automation, ACX7000 routers are embedded with Paragon Active Assurance and Zero Trust security, enabling operators to deliver highly differentiated customer experiences. Available in hardened, fixed, fixed-plus-modular, and modular designs, these energy and footprint efficient, multiservice routers support high-precision timing technologies and are engineered for service provider, enterprise, residential (including PON with the Juniper® Unified PON Solution), IoT, and 4G/5G mobile applications.

The ACX7509, from the ACX7500 line, is an 8-slot, 4.8 Tbps, modular, high-density multiservice router engineered to offer best- in-class performance, footprint, power efficiency, and scale. The innovative design approach includes centralized architecture for operational simplification and bandwidth flexibility, opening new possibilities for network transformation. The ASIC-free interface modules provide 1GbE, 10GbE, 25GbE, 40GbE, 50GbE, 100GbE, 200GbE, and 400GbE build-as-you grow port speed flexibility- ideal for high fan-out aggregation services and legacy network support use cases.

Its breakthrough compact design with fabric-less architecture and fewer components, ICs, and ASICs sets new benchmarks for extremely low power consumption and TCO savings. Efficient cooling advances enable unrestricted use of high-power dense ZR/ZR+ transceivers on all supported ports in this fully redundant and high availability (HA) platform. Operators gain extended mean time between failures (MTBF) on an exceptionally small footprint consuming only 5 U and 60 cm deep of rack space, and a comparably simpler and less costly migration path to next- generation ASICs. ACX7905 platforms can realize a path to higher density, higher scale, higher port speeds, multiples of throughput, and future capabilities without a forklift or needing to change line cards, power supplies, and fans-as is necessary in competitive distributed chassis architectures. These improvements facilitate operational efficiency, investment protection, and radical capital and operational savings. ACX7509 capabilities also include Media Access Control Security (MACsec) on all ports, and the ability to seamlessly integrate with emerging distributed edge compute architectures.