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| Unit Price: | £ |
| Part No: | FEICX8200-48NP2-E-G |
| Manufacturer No: | ICX8200-48NP2-E-G |
| Delivery: | In Stock: 1-2 Days |
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The Ruckus ICX8200-48NP2-E-G is a high-density enterprise access-layer switch designed to consolidate wired connectivity, PoE power delivery and high-speed uplinks in demanding edge environments. Built on the Ruckus ICX8200 platform, it combines multigigabit PoE++ access ports with 25GbE uplinks, making it well suited for campus closets, branch aggregation and high-device-count floors where predictable performance, power efficiency and future-ready bandwidth are essential.
The ICX8200-48NP2-E-G delivers 48 multigigabit PoE++ RJ-45 ports, enabling organisations to connect and power bandwidth-intensive devices such as Wi-Fi access points, IP cameras, phones and IoT endpoints. Support for 1, 2.5, 5 and 10Gbps speeds allows optimal use of existing cabling while scaling performance where required.
Eight 25GbE SFP28 uplinks provide ample headroom for aggregation or stacking, helping eliminate network bottlenecks as access-layer traffic grows. This uplink capacity supports future expansion and ensures consistent performance for high-density edge deployments.
With PoE++ (802.3bt) support, the switch can deliver high power levels directly over Ethernet, reducing reliance on local power adapters and simplifying endpoint placement. This makes it ideal for PoE-heavy environments where power and data need to be delivered efficiently from a single infrastructure layer.
Featuring a single power supply and a four-fan cooling design, the ICX8200-48NP2-E-G is optimised for straightforward enterprise access-layer deployments. Hot-swappable power supply and fans support serviceability while maintaining reliable thermal performance in busy wiring closets.
As part of the Ruckus ICX8200 family, this model is well suited to campus closets, branch aggregation points and high-device-count floors. It offers a balanced mix of port density, PoE capability and uplink speed for organisations standardising on Ruckus switching and planning for long-term network growth.
The Ruckus ICX8200-48NP2-E-G is a high-density enterprise access-layer switch designed to consolidate wired connectivity, PoE power delivery and high-speed uplinks in demanding edge environments. Built on the Ruckus ICX8200 platform, it combines multigigabit PoE++ access ports with 25GbE uplinks, making it well suited for campus closets, branch aggregation and high-device-count floors where predictable performance, power efficiency and future-ready bandwidth are essential.
The ICX8200-48NP2-E-G delivers 48 multigigabit PoE++ RJ-45 ports, enabling organisations to connect and power bandwidth-intensive devices such as Wi-Fi access points, IP cameras, phones and IoT endpoints. Support for 1, 2.5, 5 and 10Gbps speeds allows optimal use of existing cabling while scaling performance where required.
Eight 25GbE SFP28 uplinks provide ample headroom for aggregation or stacking, helping eliminate network bottlenecks as access-layer traffic grows. This uplink capacity supports future expansion and ensures consistent performance for high-density edge deployments.
With PoE++ (802.3bt) support, the switch can deliver high power levels directly over Ethernet, reducing reliance on local power adapters and simplifying endpoint placement. This makes it ideal for PoE-heavy environments where power and data need to be delivered efficiently from a single infrastructure layer.
Featuring a single power supply and a four-fan cooling design, the ICX8200-48NP2-E-G is optimised for straightforward enterprise access-layer deployments. Hot-swappable power supply and fans support serviceability while maintaining reliable thermal performance in busy wiring closets.
As part of the Ruckus ICX8200 family, this model is well suited to campus closets, branch aggregation points and high-device-count floors. It offers a balanced mix of port density, PoE capability and uplink speed for organisations standardising on Ruckus switching and planning for long-term network growth.
Product data is provided by Icecat, we do not warrant the accuracy of the material above.
