Modular Ethernet Network Switches

The main difference is flexibility. Modular switches have a chassis with expansion slots, allowing you to add or change modules for different ports and features. Non-modular, or fixed, switches have a set number and type of ports that cannot be changed. Modular switches are ideal for growing enterprise cores and data centers, while fixed switches are common for simpler access layer deployments.

We specialize in high-end refurbished modular switches from industry-leading manufacturers. Our inventory primarily includes models from Cisco (Catalyst 4500/6500 series), Juniper Networks (QFX/EX series), Brocade (BigIron/VDX series), and Arista. This diverse selection allows us to meet the specific performance, density, and feature requirements for various network architectures and budgets.

All our modular switches are refurbished. We acquire pre-owned, high-end networking hardware and subject it to a rigorous 5-step quality assurance and testing process. This allows us to provide enterprise-grade equipment that performs like new but at a significantly lower cost, offering an excellent value proposition for our customers.

We stand behind the quality of our equipment with a rock-solid, one-year 'Bullet Proof' warranty. If you experience any issues with a modular switch purchased from us within the first year, we will provide a replacement unit or offer a full refund. This comprehensive warranty provides peace of mind and confidence in the reliability of our refurbished hardware.

Yes, we offer a robust asset recovery service. You can sell or trade in your used or surplus networking equipment from brands like Arista, Juniper, and Cisco. This service helps you recover value from outdated hardware, which can then be used to lower the total cost of ownership for your new switch purchase. Contact us for a free audit of your surplus gear.

Our modular Ethernet switches are designed for high-performance environments. They are commonly deployed in the core and distribution layers of enterprise campus networks, as spine or aggregation switches in data centers, and within service provider edge and core networks. Their high port density and support for speeds up to 400GbE make them ideal for demanding, high-throughput applications.