Scalable architectures for every data center. Juniper Networks™ switching platforms provide a high density, high—performance foundation for the most demanding data center and cloud environments. They can be deployed within […]
Scalable architectures for every data center. Juniper Networks™ switching platforms provide a high density, high—performance foundation for the most demanding data center and cloud environments. They can be deployed within multiple fabric architectures to support anywhere from dozens to thousands of ports, scaling to address current and future business needs while protecting investments. Flexible building blocks. Juniper Networks™ switches support deployments ranging from dozens to thousands of ports while providing a solid foundation for SDN. Multiple fabric architectures. Juniper Networks™ switches work in a variety of data center architectures, including Juniper Networks Junos Fusion™, QFabric System™, Virtual Chassis Fabric™, and Virtual Chassis™ technology, addressing our customers’ current and future business needs while protecting investments. Scalable architectures for every data center. Juniper Networks™ switching platforms provide a high density, high performance foundation for the most demanding data center and cloud environments. They can be deployed within multiple fabric architectures to support anywhere from dozens to thousands of ports, scaling to address current and future business needs while protecting investments.
Juniper Networks™ switching platforms — Juniper Networks™ switches support deployments ranging from dozens to thousands of ports while providing a solid foundation for SDN. Multiple fabric architectures. Juniper Networks™switches work in a variety of data center architectures, including Juniper Networks Junos Fusion™, QFabric System™, Virtual Chassis Fabric™, and Virtual Chassis™ technology, addressing Juniper Networks™ customers’ current and future business needs while protecting investments. Critical cornerstone of Juniper Networks MetaFabric™ architecture. Juniper Networks™ data center switching architectures contribute to a comprehensive MetaFabric datacenter architecture that accelerates application deployment and delivery within and across multiple sites and clouds, improving time to value and maximizing long—term value for the IT infrastructure. Critical cornerstone of MetaFabric Architecture. Juniper Networks™ data center switching architectures contribute to a comprehensive MetaFabric data center architecture that accelerates application deployment and delivery within and across multiple sites and clouds, improving time to value and maximizing long—term value for the IT infrastructure.
Industry leading performance and density. Juniper Networks QFX™ Series switches are high performance, high density platforms that satisfy the needs of today’s most demanding enterprise and service provider environments. Designed for top of rack, end of row, and spine and core aggregation deployments in modern data centers, Juniper Networks QFX™ Series switches can be deployed as 10GbE, 40GbE or 100GbE access, spine, core or aggregation devices in Juniper Networks Virtual Chassis™, Virtual Chassis Fabric™, Multi Chassis LAG and Junos Fusion™ architectures. Data center fabric building blocks—Juniper Networks QFX™ Series switches provide the universal building blocks for multiple data center fabric architectures, including Juniper Networks Junos Fusion™, QFabric System™, Virtual Chassis™ and Virtual Chassis Fabric™. Highly available — redundant fabrics, power and cooling, combined with separate control and data planes, ensure maximum system availability. High performance, low latency—with throughput of up to 6 Tbps per slot, Juniper Networks QFX™ Series switches deliver sustained wire speed switching with low latency and jitter for virtualized data center environments.
Scalable fabric switching system. The Juniper Networks QFabric System™ is composed of multiple components working together as a single switch. It flattens the network to a single tier to provide high performance, any to any connectivity and management simplicity, making it the ideal network foundation for cloud ready, virtualized data centers. QFX3000—M QFabric System™—designed for mid tier, satellite, and containerized data centers, supports up to 768 10GbE ports with average port to port latency of 3 microseconds. QFX3000—G QFabric System™ — designed for large enterprises, service providers, and cloud data centers, supports up to 6,144 10GbE ports with an average port to port latency of 5 microseconds. Standards based bridging, routing, VMware NSX™ Layer 2 gateway, and Fibre Channel technology enable interoperability and easy integration.
Open networking, cloud optimized switch. The Juniper Networks OCX1100™ open networking switch combines a cloud optimized Open Compute Project (OCP) hardware design with the performance and reliability of the proven, carrier class Junos operating system, to deliver a cost—effective switching solution for customers that require massive scale cloud deployments. The Juniper Networks OCX1100™ open networking switch is designed for large cloud builders looking to capitalize on innovations derived from real world massive scale data center customer environments and backed by the industry recognized Open Compute Project (OCP) Foundation. Critical cornerstone of Juniper Networks MetaFabric™ architecture — Juniper Networks™ datacenter switching architectures contribute to a comprehensive Juniper Networks MetaFabric™ datacenter architecture that accelerates application deployment and delivery within and across multiple sites and clouds, improving time to value and maximizing long—term value for the IT infrastructure.
These carrier class switching solutions are for converged enterprise branch offices, campuses, and data centers, as well as for service provider deployments. They address escalating demands for high availability, unified communications, mobility, and virtualization within enterprise networks. Juniper Networks Virtual Chassis™, Virtual Chassis Fabric™ and Junos Fusion Enterprise™ technologies on select models enable multiple interconnected Juniper Networks EX™ Series campus switches to operate as a single device, reducing operational expense and management complexity. Juniper Networks™ data center switching architectures contribute to a comprehensive MetaFabric datacenter architecture that accelerates application deployment and delivery within and across multiple sites and clouds, improving time to value and maximizing long—term value for the IT infrastructure. Juniper Networks™ switches work in a variety of data center architectures, including Juniper Networks Junos Fusion™, QFabric System™, Virtual Chassis Fabric™, and Virtual Chassis™ technology, addressing our customers’ current and future business needs while protecting investments.
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