Netgear GSM4352S

NETGEAR GSM4352S managed switch is designed for enterprise networks requiring high performance and reliability. It offers a total of 48 Gigabit and 4 10-Gigabit ports to connect a large number of devices. With L2 and L3 layer support, it handles advanced network management including static and dynamic routing. Stacking capabilities let you connect up to eight units into a single logical entity, while redundant power supplies ensure continuous operation in critical applications.

High connectivity and robust design

The switch provides wide connectivity options thanks to 48 10/100/1000Base-T ports and 4 10GbE ports. It also includes two SFP+ ports for high-speed fibre-optic connection to other network elements. A total switching capacity of 176Gb/s guarantees smooth, lag-free data flow even under full load on all ports. A metal chassis and rack-mount design ensure mechanical durability and easy integration into standard server racks.

Comprehensive network management on L2 and L3

With L2 and L3 layer support, you have full control over network traffic. L2 features, such as VLANs, let you logically segment the network to increase security and efficiency. Link aggregation (LACP) increases throughput and ensures link redundancy. On the L3 layer, the switch supports dynamic routing protocols including RIP, OSPF and PIM, enabling it to efficiently route traffic between different subnets without the need for an external router. Management features are complemented by QoS for traffic prioritisation.

Scalability and continuous operation

The switch is designed for future growth and maximum reliability. It is stackable for up to 8 switches, which can be managed as a single device with a single IP address, significantly simplifying the administration of large networks. Redundant power supplies ensure continuous operation even in the event of a single power supply failure. IPv6 protocol support guarantees compatibility with modern network standards. Security features include DoS attack prevention and DHCP snooping.