Fortinet Ethernet Switches deliver secure, high-performance switching solutions tailored for enterprise and branch networks.
Seamlessly integrated with Fortinet's Security Fabric, they provide centralized management and enhanced security capabilities.
These switches are designed to handle high throughput, making them ideal for IoT devices, unified communications, and cloud-based applications.
With advanced security features such as network segmentation and threat protection, Fortinet switches also support Power over Ethernet (PoE) to power devices like IP phones and access points.
They come in options for both Layer 2 and Layer 3 switching, offering scalability and adaptability for various network needs.
Available in diverse form factors, including compact models for small spaces and high-density versions for data centers, these switches fit a range of environments.
Managed centrally via FortiGate, they simplify operations and reduce costs.
Fortinet Ethernet Switches are a reliable choice for organizations requiring robust security, seamless integration, and scalable networking solutions.
Fortinet Ethernet Switches offer seamless integration with the Security Fabric, providing centralized management and enhanced network security.
They ensure high performance, scalability, and flexibility with Layer 2 and Layer 3 options. Features like PoE support simplify powering devices such as IP phones and access points. Advanced security measures, threat protection, and network segmentation make them ideal for IoT, cloud applications, and unified communications in any environment.
Seamless integration with Fortinet Security Fabric for streamlined network management.
Supports Layer 2 and Layer 3 switching, ensuring adaptability to growing network demands.
Simplifies powering devices like IP phones, cameras, and access points directly through switches.
Offers advanced features like threat protection and network segmentation for robust security.
Ideal for IoT, cloud-based workloads, and unified communications.
Available in compact models for small spaces and high-density options for data centers.