Description
Direct-to-cloud connectivity and security for digital
transformation
Digital transformation is all about connecting distributed workforces to the resources
they need, no matter where they are. With applications and data moving to the cloud,
organizations are increasingly finding that old “hub-and-spoke” networking technologies
such as MPLS can no longer handle the load.
The Forcepoint NGFW 2200 Series provides the networking and security needed to
safely connect mid-size and large offices or small data centers directly to the Internet
for maximum performance and productivity using the cloud. The 2200 Series’ modular
interfaces offer up to sixteen 10 Gb Ethernet ports, up to two 25 Gb Ethernet ports, or
allowing organizations to tailor the appliance to their exact connectivity needs.
Reduced costs and footprint with integrated SD-WAN
and NGFW
The Forcepoint NGFW 2200 Series unites networking and security in a modular and
space efficient 1U rackmount appliance. It integrates multi-ISP SD-WAN connectivity,
site-to-site Multi-Link™ VPN and high-availability clustering with the industry’s strongest
next-generation firewall (NGFW)* and intrusion prevention (IPS) security.
It is centrally administered using the same Forcepoint Security Management Center
(SMC) that controls up to a 6,000 physical, virtual and cloud appliances from a single
console of glass. With zero-touch deployment, Forcepoint NGFW devices throughout the
world can be deployed quickly, without an on-site technician, and SMC enables access to
devices so that security policies can be updated remotely with just a few clicks.
Advanced clustering for high availability
Downtime is not an option for many organizations. That’s why the Forcepoint NGFW
2200 Series offers advanced clustering that allows multiple appliances (including other
Forcepoint NGFW models) to be used together to keep branch networks running even in
the middle of firmware updates or hardware failure. Built-in SD-WAN traffic management
enables links from more than one ISP to be used at the same time to further reduce the
chance of outages.
