Access switches connect endpoints like computers, phones, and IoT devices to the network. The right choice depends on your port density, PoE needs, and management requirements.
Quick Recommendation
| Need | Best fit | Why it fits |
|---|---|---|
| High-density campus access | XS-AC-48X25-6X100-G1 | 48x 25G access ports with 6x 100G uplinks for modern campus networks. |
| PoE for IP devices | XS-AC-48X1G-4X10G-POE-G1 | 48x 1G PoE+ ports for phones, cameras, and access points. |
| Aggregation layer | XS-AG-8X100-G1 | 8x 100G ports for aggregating access switch traffic. |
How to Decide
Choose 25G access for modern endpoints
Workstations with 25G NICs and Wi-Fi 6E/7 access points benefit from 25G access ports. This provides headroom for future bandwidth growth without forklift upgrades.
Choose 1G PoE for traditional endpoints
IP phones, cameras, and older access points work well on 1G PoE switches. These are cost-effective for large-scale deployments with many low-bandwidth devices.
Tip: xSONiC access switches support OpenWiFi alignment, making them ideal for campus wireless deployments with open networking principles.
Related Guides
- How to Choose a Wireless Access Point — for Wi-Fi 6/6E/7 in campus environments.
- How to Choose a Data Center Switch — for core and aggregation layers.