The benefits of owning RUCKUS ICX switches is that they deliver a simple, secure and scalable high-performance network solution, supporting today’s and tomorrow’s most demanding networking needs. RUCKUS ICX switches; integrate easily with RUCKUS APs, SmartZone network controllers and RUCKUS One to provide a high-performing wired and wireless access solution. RUCKUS ICX switches work seamlessly to simplify networks and enhance security.
All RUCKUS ICX switches offer at least 120 Gbps, 10 GbE SPF+ uplink options at the entry-level and 40 GbE and 100 GbE at a mid-range level to eliminate bottlenecks between layers and ensure reliable user performance in high-density wireless environments. the RUCKUS switches are compatible with most RUCKUS products allowing for seamless continuity.
Fibre offers robust and reliable speed over the network infrastructure. With RUCKUS ICX switches you can effectively run from 10, 40 or 100-gigabit speeds. The greatest benefit of fibre is that you can go up to 100km and if you’re using multi-mode, you can go up to 300 meters at 10 gigabits.
With fibre switches, you can not only have the speed advantage, but it is a flexible approach that allows you to run your network at 1 gigabit/10 gigabit or even faster. This is the most versatile RUCKUS switching solution that can last your business a long time, without having to upgrade too frequently.
24 Ports 1G/10G SFP/SFP+ Aggregation Switch
48 Ports 1G/10G SFP/SFP+ Agrregation Switch
24 Port 1G SFP & 24 Port 10G SFP+ Aggregation Switch
32 Ports 100G Chassis Replacement Core Switch
48 Ports 10G/SFP+ Chassis Replacement Core Switch with MACsec & LRM
32 Ports 100G Chassis Replacement Core Switch
24 Port 1G SFP & 24 Port 10G SFP+ Aggregation Switch
RUCKUS ICX is a broad portfolio of stackable switches to meet the requirements of any vertical market, by offering simplified wired and wireless management across the network.
Every ICX switch with PoE supports standard PoE (802.3af; 15 watts), and PoE+ (802.3at; 30 watts). Each ICX switch can provide power to even the most densely populated environments.