The Juniper QFX5220 and QFX5130 are powerful next-generation datacentre switches designed to meet the needs of bandwidth-intensive environments. These models deliver exceptional performance with advanced telemetry, automation, and EVPN-VXLAN capabilities, enabling enterprises to create scalable and flexible network fabrics. As businesses in India explore datacenter expansion, the demand for QFX5220 and QFX5130 models continues to rise due to their strong performance-to-cost ratio.
The cost of Juniper QFX5220 in India depends on the configuration, including support for 25G, 100G, and 400G high-speed ports. The QFX5130 is built for 100G and 400G cloud-grade environments and is preferred by companies implementing spine-leaf architecture. These switches offer robust throughput, low latency, and intelligent automation features ideal for cloud, enterprise, and service provider networks.
Working with authorized Juniper suppliers and distributors is essential for accurate pricing, genuine hardware, and complete warranty coverage. Certified partners in India help customers choose the right QFX model and provide end-to-end support ranging from pre-sales consulting to implementation. Buyers often prefer established dealers due to their expertise in designing high-performance datacenter networks.
The cost of Juniper QFX5220 in India depends on the configuration, including support for 25G, 100G, and 400G high-speed ports. The QFX5130 is built for 100G and 400G cloud-grade environments and is preferred by companies implementing spine-leaf architecture. These switches offer robust throughput, low latency, and intelligent automation features ideal for cloud, enterprise, and service provider networks.
Working with authorized Juniper suppliers and distributors is essential for accurate pricing, genuine hardware, and complete warranty coverage. Certified partners in India help customers choose the right QFX model and provide end-to-end support ranging from pre-sales consulting to implementation. Buyers often prefer established dealers due to their expertise in designing high-performance datacenter networks.