SpeedFusion VPN is our foundation VPN engine. It is ideal for establishing a secure tunnel over any WAN link and is probably the world’s easiest VPN technology. SpeedFusion VPN is introduced to make it even easier to migrate to SpeedFusion and build SD-WAN enabled networks. It offers all the benefits of IPsec and other conventional tunneling protocols, plus a variety of performance and reliability features you won’t find anywhere else. Whether you want all the benefits of SpeedFusion right away or whether you prefer to migrate in stages, our new three-tier structure makes it simple, affordable, and convenient.
Long-Distance Ethernet Cable
SpeedFusion VPN allows a secure and seamless Ethernet tunnel over any IP connection (Layer 2 over Layer 3). It virtually provides a long-distance Ethernet cable over any WAN link.
SpeedFusion VPN and SpeedFusion share the same foundation VPN engine. It means all your SpeedFusion VPN and SpeedFusion devices will work flawlessly together. It also allows you to easily upgrade a SpeedFusion VPN endpoint to SpeedFusion, to take advantage of the added benefits, without having to worry about compatibility.
Works in Any Dynamic IP Environment
SpeedFusion VPN is fully compatible with any dynamic IP environment and NAT, allowing you to establish a VPN behind a NAT gateway or firewall without worrying about static IP addresses.
SpeedFusion Hot Failover
SpeedFusion Hot Failover is a premium add-on that manages multiple redundant connections to keep VPNs and VoIP deployments up and running at all times.
With other VPN technologies, WAN failover terminates existing site-to-site VPN connections, creating costly downtime. SpeedFusion Hot Failover prevents this by maintaining secure tunnels over all available WAN links. In case of a WAN failure, SpeedFusion Hot Failover will instantly and seamlessly switch traffic to another available tunnel. This provides unbreakable VPNs and VoIP sessions.
With SpeedFusion Hot Failover you can even mix wired and wireless links of different WAN technologies.
Packet-Level Bandwidth Bonding from SpeedFusion
Working hand-in-hand with Hot Failover and SpeedFusion VPN, SpeedFusion Bonding teams up all your connections to give you blazing throughput whenever you need it, giving you full SD-WAN flexibility and link resilience.
Multi-provider bandwidth bonding
SpeedFusion Bonding combines multiple links from multiple providers into a single, superfast tunnel.
Automatic Hot Failover handoff
SpeedFusion Bonding intelligently monitors connections and automatically turns control over to Hot Failover when links become unstable.
Easy, on-demand scalability
With SpeedFusion Bonding, you can plug in connections from any provider and get more bandwidth instantly. And you can unplug connections at any time, keeping your connectivity costs under control.
With our new three-tier structure, it’s never been easier to migrate to SpeedFusion and see why customers around the world have replaced IPsec and other conventional site-to-site VPN technologies. Still not sure which SpeedFusion technologies are right for you? Check out the chart below.
|IPsec||SpeedFusion VPN||SpeedFusion Hot Failover||SpeedFusion|
|256-bit AES Encryption|
|SpeedFusion VPN Engine|
|Ease of Use|
|Support Any Dynamic IP Environments|
|Seamless, Hot Failover − Unbreakable VoIP and VPN 1|
|VPN Bonding Across Multiple WAN Links|
Can I upgrade SpeedFusion VPN to SpeedFusion?
Yes, Peplink / Pepwave device with multiple WAN interfaces can generally be upgraded to support SpeedFusion. For details please refer to your device’s technical specifications and ordering information page.
Can I use SpeedFusion VPN to connect to SpeedFusion-enabled devices?
Yes, you can use SpeedFusion VPN to connect to SpeedFusion-enabled devices.
Can I aggregate bandwidth with SpeedFusion VPN?
SpeedFusion VPN can only use a single WAN connection at any one time. It can connect to bonded WANs on other SpeedFusion-enabled devices, however.
Is there a SpeedFusion VPN Software client?
VPN is a device-to-device VPN protocol, and there is no software client at this time.