Ruckus Networks
24PRT MGPOE 6X25G SFP28 1PSU 2FAN NONTAA
Out of Stock
Ruckus ICX8200-24XP2-E-G 24-Port mGig Switch 6x25G SFP28 | 1 PSU, 2 Fans
Ruckus Networks
MPN: ICX8200-24XP2-E-G
$7,786.35$10,890.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 24-port multi-gigabit PoE access layer
- 6 x 25G SFP28 uplink ports
- Single power supply design
- Dual-fan cooling configuration
- Enterprise edge switching platform
- Non-TAA configuration
- Ruckus ICX8200 series chassis
- Consolidate access switching using 24 multi-gigabit PoE ports
Move beyond basic access switching with the Ruckus ICX8200-24XP2-E-G. This platform combines 24 multi-gigabit PoE ports with 6 x 25G SFP28 uplinks, giving network teams the port density and uplink bandwidth needed for Wi-Fi 6/6E access, high-performance endpoints, and aggregation-heavy edge designs.
The 25G SFP28 uplinks provide a cleaner path for traffic growth than 10G-only designs, especially where access switches feed distribution or core layers with sustained east-west and north-south traffic. Multi-gigabit PoE support helps simplify endpoint deployment by reducing the need for separate power infrastructure at the edge.
A single power supply and dual-fan design keep the chassis straightforward to deploy in standard rack environments. For teams standardizing on Ruckus switching, this model offers a practical balance of access density, uplink capacity, and operational simplicity for enterprise networks that need to scale without overbuilding.
Ideal For
- Wi-Fi 6/6E access layer switching for dense office floors
- Edge aggregation for high-bandwidth user and device segments
- PoE-powered endpoint deployments in enterprise campuses
- Rack-mounted access switching with 25G uplinks to distribution
Why This Product
- 125G uplinks provide more headroom than 10G access switches
- 224 mGig PoE ports support modern high-bandwidth endpoints
- 3Single PSU design simplifies standard rack deployment
- 4Dual fans support consistent thermal performance

