Browse network switches for access, aggregation, core, data center, industrial, storage, and small-business environments where port count, PoE, multigigabit speed, stacking, routing, uplinks, management, optics, power, and lifecycle decide fit. This category can support multiple brands; use brand or series pages for exact SKU compatibility, licenses, software, and hardware options.
Showing 1–12 of 389 results
16x1G Data Ports – 2x1G SFP Uplinks – Fanless Access Switch
24x1G PoE+ Ports – 4x1G SFP Uplinks – 195W PoE Budget
24x1G PoE+ Ports – 4x10G SFP+ Uplinks – 195W PoE Budget
24x1G Data Ports – 4x1G SFP Uplinks – Fanless Catalyst 1000
24x1G Data Ports – 4x10G SFP+ Uplinks – Fanless Catalyst 1000
48x1G PoE+ Ports – 4x1G SFP Uplinks – 370W PoE Budget
48x1G PoE+ Ports – 4x10G SFP+ Uplinks – 370W PoE Budget
48x1G Data Ports – 4x1G SFP Uplinks – Catalyst 1000
48x1G Data Ports – 4x10G SFP+ Uplinks – Catalyst 1000
16×1G PoE+ Ports – 2×1G SFP Uplinks – Managed Switch
16x1G Data Ports – 2x1G SFP Uplinks – Catalyst 1200
24x1G PoE+ Ports – 4x1G SFP Uplinks – 375W PoE Budget
Network switches connect wired devices such as computers, servers, access points, phones, cameras, storage systems, and industrial equipment. They provide Ethernet or storage connectivity, VLAN segmentation, PoE power, uplinks, redundancy, and traffic forwarding inside a local network.
Choose by deployment role, port count, port speed, PoE budget, uplink type, stacking or chassis needs, Layer 2 or Layer 3 features, management model, power design, airflow, operating environment, license requirements, and lifecycle status.
Access switches connect endpoints, aggregation switches collect access-layer traffic, core switches move traffic across large networks, and data center switches support server and fabric designs. The role determines port speed, redundancy, routing, optics, and management requirements.
Choose a PoE switch when the same Ethernet cable must provide both data and power for access points, IP phones, cameras, sensors, door controllers, or other powered devices. Confirm per-port power, total PoE budget, and power supply redundancy.
Fixed switches fit predictable port counts, stacked switches simplify access growth and management, and modular switches support chassis-scale expansion and redundancy. The best choice depends on failure domain, rack design, port growth, and maintenance expectations.
Common switch decisions include 1G, 2.5G, 5G, 10G, 25G, 40G, 100G, 400G, and higher speeds depending on endpoint, uplink, server, or core requirements. Match port speed to traffic demand, cabling, optics, and upgrade timing.
Some switches work with included software, while others require feature licenses, cloud management subscriptions, support contracts, or security entitlements. Verify the license model for the brand, operating system, management platform, and features you plan to use.
Yes. This is a broad switch category and can include multiple brands, series, and operating systems over time. Use brand, series, port count, PoE, and role-specific pages when you need exact model compatibility or SKU-level details.
Avoid selecting only by port count. Check PoE load, uplink oversubscription, cabling, optics, management, stacking, routing, airflow, power, software support, security requirements, and whether the switch role matches access, aggregation, core, or data center use.
Verify brand, model, port count, PoE budget, port speeds, uplinks, optics, stacking or modular parts, license needs, management platform, power supplies, airflow, rack fit, environmental rating, lifecycle status, warranty, support, and lead time.
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