Juniper Routers

The Juniper PTX10002-36QDD Router is a next-generation cloud-optimized 2U fixed-configuration routing platform based on Juniper’s Express 5 ASIC. The platform delivers unparalleled performance, supporting dense 100GbE, 400GbE, and 800GbE for robust scaling in a myriad of WAN and data center network use cases. With an industry- leading 28.8 Tbps capacity, the PTX10002-36QDD excels in space- and power-constrained environments. Additionally, the PTX10002 features 800G inline MACsec, 10M+ FIB, deep buffering, and flexible filtering. Scale higher, converge faster, and optimize your cost per bit with this ultra-compact PTX routing solution.
PTX10002-36QDD offers flexible licensing options allowing you to optimize costs with your network's growth trajectory. The platform facilitates a seamless migration path from 400GbE to 800GbE without requiring any hardware or software updates. It supports a variety of critical WAN and data center use cases, including core, peering, data center interconnect, data center edge, metro aggregation, and AI data center networks.

The continuous expansion of mobile, video, and cloud-based services is disrupting traditional networks and impacting the businesses that rely on them. While annual double-digit traffic growth requires massive resource investments to prevent congestion and accommodate unpredictable traffic spikes, capturing return on that investment can be elusive. Emerging trends such as 5G mobility, Internet of Things (IoT) communications, and the continued growth of cloud networking promise even greater network challenges in the near future. The Juniper MX Series Universal Routers delivers the industry’s first end-to-end infrastructure security solution for enterprises as they look to move business-critical applications to public clouds. Delivering features, functionality, and secure services at scale in the 5G era with no compromises, the MX Series is a critical part of the network evolution happening now.

The MX304 Universal Routing Platform delivers massive scale and efficiency for space- and power-constrained environments. This carrier-grade, multiservice platform with extensive automation capabilities enables operators to meet constantly expanding bandwidth, subscriber, and service demands. The form factor and features make the MX304 an ideal fit in the business edge and metro Ethernet environments, as well as data center and colocation facilities.

Powered by Trio 6 silicon, the MX304 scales to 4.8 Tbps of throughput in just 2 RU, delivering unmatched edge router density and performance while consuming just 0.3 Watts/Gb of throughput. In addition, because it’s built on the Junos OS, the MX304 delivers nearly endless data-plane programmability, giving you the freedom to implement new network innovations.

As cloud builders, telecom service providers, and cable operators seek to improve customized digital experiences for their customers, they must concurrently address ever-increasing bandwidth demands on their network. Meeting these objectives requires a dynamic, service-oriented edge routing platform that cost-effectively scales to meet both current demand and long-term forecasts.

The SDN-ready MX2000 line of Universal Routing Platforms are true cloud-grade networking platforms that help network operators of all types achieve their business goals by combining unparalleled performance, reliability, and security with a programmable, software-centric design at massive scale including line-rate encryption capabilities. Simply put, the MX2000 routers offer the system capacity, line-rate port density, and service-oriented design that network operators need to thrive today and in the future.

The MX10004 and MX10008 Universal Routing Platforms provide performance that scales with your services, a cloud-optimized form factor, and superior cost-per-bit economics. They can be deployed at the edge to optimize converged-mobility, IoT, enterprise, and cable environments, and can also be used in multiservice edge and converged core architectures. They support label-switching router (LSR), provider edge, internet peering, and backbone applications for national or regional deployments.

Powered by Trio silicon, the MX10004 scales to 38.4 Tbps in 7 RU and the MX10008 scales to 76.8 Tbps throughput in 13 RU with ample capacity for long-term investment protection. They also have near endless data-plane programmability, giving you the freedom to implement new network innovations.

The modular Juniper PTX10004, PTX10008, and PTX100016 Routers, designed with Juniper’s latest generations of custom Express silicon, deliver ultra-high port density, unyielding throughput performance, and unmatched sustainable efficiencies for the most demanding WAN and data center architectures. Juniper PTX10000 modular series routers deliver no-excuses 400GbE and 800GbE performance along with industry-leading port density of 28.8 Tbps per line card. The PTX10000 series router family delivers tremendous versatility, supporting a broad spectrum of WAN and data center use cases, including core, peering, data center interconnect, data center edge, metro aggregation, and AI data center networking. The PTX10000 lets operators reduce their TCO with highly flexible, high performance, and sustainable platforms built for longevity in the most demanding environments.
Choose from three configurable PTX10000 models: PTX10004 (4 slots), PTX10008 (8 slots), and PTX10016 (16 slots).

The Juniper PTX Series Packet Routers transform the core network with physical and virtual innovations that deliver unprecedented scale at the lowest cost per bit. Two fixed-configuration platforms are available: the Juniper PTX10001-36MR Packet Transport Router, a compact, power-optimized 400GbE platform based on custom Express4 silicon, and the Juniper PTX10003 Router, the industry’s first 3U 400GbE-enabled packet transport routing device. These transport routers give cloud and communication providers the freedom to develop and deliver new virtualized services anywhere in the network with elastic architectures and precise traffic controls without compromising the service experience.