FORTINET FS-548D - Fortinet L2 Switch 48X RJ45 4X10GE SFP+ 2X40G QSFP+

FortiSwitch Secure Access switches deliver outstanding security performance and manageability for threat conscious small to mid-sized businesses distributed enterprises and branch offices. Tightly integrated into the FortiGate® Network Security Platform the FortiSwitch Secure Access switches can be managed directly from the familiar FortiGate interface. This single pane of glass management provides complete visibility and control of all users and devices on the network regardless of how they connect.

When a device connects to a Secure Access Switch Ethernet port it is first identified and then the user is authenticated. Once authenticated access to the network is granted based non pre-defined security policy from the FortiGate ensuring secure network access across the enterprise without impacting the user experience.

Secure Managed Switches for Wire Closet Installation

The FortiSwitch D-Series switches are ideal for the next generation applications where increased productivity can be achieved through faster network access speeds via dedicated Gigabit Ethernet ports. With a compact 1RU form factor these switches are ideally suited for high density enterprise or classroom wire closet installations delivering a truly secure network access platform for wired Ethernet devices.

Simple Network Deployment and Compliance

The Power over Ethernet (PoE) capability enables simple installation of wireless Access Points and IP phones in the network with power and data being delivered over the same network cable. There is no need to contract electricians to install power for your PoE capable devices anymore reducing your overall network TCO.

By leveraging the FortiSwitch VLAN segmentation feature of the switches enterprise networks can support the convergence of voice data and wireless traffic onto a single network platform. FortiSwitch network segmentation can even be managed from the FortiGate interface simplifying the process of meeting compliance requirements for data separation.